Shell Products Handbook - Hollon Oil Company

July 31, 2009

Dear Valued Distributor, Earlier this month we released a Shell Lubricants Handbook (material no. 5066096) which is a field-guide for sales, customer service, and technical staff and which contains detailed product information including specifications and equipment coverage of Shell branded products. The previous book was released some time ago, so this latest edition contains some new items that may not be familiar to you. The handbook includes mostly products available within the US. Some products are also available in both the US and Canada. (Shell Lubricants Canada releases a separate handbook for that market.) Some other products that are part of our global portfolio and are not yet available, but could be made available in the future, are for the sake of completeness included in the current handbook. And there is one omission due to printer error. Some examples of the above products: CI-4 PLUS Products not available in Canada: The Handbook lists both Shell Rimula Premium® (p. 136) and Shell Rotella® T Multigrade (p. 144) products; both are unavailable in Canada. Shell Rotella® products on pages 152 – 163 not yet available in the US: Shell Rotella® T1 (p. 152), Shell Rotella® T2 (p. 154), Shell Rotella® T3 (p. 156), Shell Rotella® T5 (p. 158), Shell Rotella® T5 0W-30 (p. 160), Shell Rotella® T6 (p. 162), not yet available in the US. The omission of FormulaShell® conventional motor oil in 5W-20, 5W-30, and 10W-30 is regrettable. We strive to continue to grow our lubricants business, and we continue to manage our portfolio to provide the right products for the needs of our customers. This process involves both introducing new products and eliminating offerings that have run their course; both types may appear in the handbook. Prior to the launch of any new products already in the handbook, comprehensive sales training and materials will drive successful implementation. Likewise, we strive to deliver usable information at your fingertips. In case that you have a product information request that is not covered in the handbook or are looking for a replacement for a product no longer available, please try http://www.epc.shell.com/, www.shelllubricants.com, or call the Technical Information Center at 800-237-8645. Please make sure that sales and customer service personnel use the handbook and other resources as much as possible to achieve sales excellence in the marketplace. Also, please contact your Shell Lubricants sales representative with any questions you may have regarding our products or the new handbook. We appreciate and value your business. Sincerely,

Luis Guimaraes General Manager, Marketing, North America Shell Lubricants

The expression “Shell Lubricants” refers to the companies of the Royal Dutch/Shell Group, which are engaged in the lubricants businesses, and has no legal significance. Each of the companies is an independent entity and has its own separate identity.

1 of 1

Shell Lubricants Handbook

Shell Oil Products US www.shell-lubricants.com

Shell Lubricants Handbook

© 2009 SOPUS Products. All rights reserved. 5066096

Confidential

Preface This handbook provides a quick, convenient guide to Shell branded lubricants. The product pages provide information on the following:

• Product Descriptions

• Approvals, Specifications, and Recommendations • Performance Features and Benefits • Typical Properties • Main Applications

A Product Categories and Applications Index is provided to facilitate use of this handbook. Products are grouped under these major categories and applications:

• Aviation Lubricants

• Bearing and Circulating Oils

• Compressor Oils

• Coolants/Antifreeze

• Cylinder Oils

• Engine Oils

• Gear Oils

• Greases

• Hydraulic Oils

• Metalworking Fluids

• Power Steering and Brake Fluids

• Turbine Oils

• Various Industrial Applications For a quick reference, refer to the Alphabetical Product Index following the Product Categories and Applications Index. Note: Product properties and physical characteristics included in this handbook are typical of current production and shown for guidance only. While future production is guaranteed to conform to Shell’s International manufacturing specifications, variations in characteristics may occur. Quoted typical figures do not constitute any form of specification or guarantee. Protect the environment. Do not discharge lubricants into drains or the environment.

1

This page intentionally left blank.

2

Contents Preface.................................................................................................................... 1 Product Categories and Applications Index................................................................... 5 Alphabetical Product Index......................................................................................... 9 Product Information Sheets....................................................................................... 13 Appendix Lubricants Storage, Handling, and HSE Guidelines................................................... 447 Product Code List.................................................................................................. 455 Test Methods and Procedures.................................................................................. 473 Summary of Commonly used DIN Specifications....................................................... 480 Units and Specifications......................................................................................... 482 Viscosity Classifications......................................................................................... 488 Comparative Viscosity Classifications...................................................................... 493 API Service Classifications...................................................................................... 494 API Engine Service Categories (Gasoline Engines).................................................... 495 API Engine Service Categories (Diesel Engines)........................................................ 496 Glossary of Terms Terms and Acronyms Relating to the Petroleum Industry.............................................. 501

3


4

Index by Categories and Product Applications Page

Aviation Hydraulic Oil AeroShell® Fluid 4 AeroShell® Fluid 31 AeroShell® Fluid 41

16 14 18

Grease AeroShell® Grease

20

Turbine Oil AeroShell® Turbine AeroShell® Turbine AeroShell® Turbine AeroShell® Turbine

Oil Oil Oil Oil

500 555 560 750

Page Transport Products Shell Extended Life Coolant Conversion Fluid 78 Shell Fully Formulated Phosphate Free 80 Shell HD Coolant-N Pre-Diluted 50/50 82 91 Shell ROTELLA® ELC Extended Life Coolant 94 Shell ROTELLA® Ultra ELC Antifreeze Concentrate Shell Rotella® Ultra ELC Coolant Pre-Diluted 50/50 96 Automotive Products Shell Dex-Cool® Antifreeze/Coolant Shell Diesel Ready ShellZone® Antifreeze/Coolant ShellZone® Multi-Vehicle Extended Life

38 40 42 44

Engine Oil AeroShell® Fluid 2F AeroShell® Oil AeroShell® Oil Diesel 10W-40 AeroShell® Oil Sport Plus 2 AeroShell® Oil Sport Plus 4 AeroShell® Oil W AeroShell® Oil W 100 Plus and 80 Plus AeroShell® Oil W 15W-50 AeroShell® Smoke Oil

13 23 25 27 29 31 33 35 37

Industrial Products Shell CYPRINA® Oil 963 Shell DELIMA® Oil Shell DELIMA® Oil S Shell MORLINA® Oil HS Shell MORLINA® Oil SD Shell MORLINA® Oil T Shell OMALA® Oil RL Shell VSI Circulating Oil

46 47 49 50 51 53 54 56

Cylinder Oil

Industrial Products Shell ALEXIA® Oil 50 Shell ALEXIA® Oil LS Shell CORENA® Oil K Shell MADRELA® Oil GP Shell VALVATA® Oil J

Industrial Products Natural Gas Engine Oil 125 Shell MYSELLA® Oil 127 Shell MYSELLA® Oil LA 129 Shell MYSELLA® Oil MA 131 Shell MYSELLA® Oil XL Transport Products Marine 115 Shell ARGINA® Oil T 117 Shell CAPRINUS® Oil XR 119 Shell CAPRINUS® Oil XS 120 Shell CAPRINUS® Oil XT 121 Shell GADINIA® Oil 123 Shell MELINA® S 30 132 Shell NAUTILUS® On-Highway and Off-Highway 134 Shell RIMULA® Oil 136 Shell RIMULA® Premium 138 Shell RIMULA® Super 140 Shell ROTELLA® SB Synthetic-Blend 142 Shell ROTELLA® T Multigrade Shell ROTELLA® T Multigrade/advanced soot control 144 146 Shell ROTELLA® T Single Grade Oil 148 Shell ROTELLA® T Synthetic 150 Shell ROTELLA® T Triple Protection 152 Shell ROTELLA® T1 154 Shell ROTELLA® T2 156 Shell ROTELLA® T3 158 Shell ROTELLA® T5 160 Shell ROTELLA® T5 0W-30

Compressor Oil

60 61 62 64 66 68 70 72

58

Coolants/Antifreeze Industrial Products Shell Industrial ELC Shell Industrial HTF

102 104 105 106 108

Engine Oil

Bearing and Circulating Oil

Industrial Products Shell CLAVUS® Oil Shell CLAVUS® Oil S Shell CORENA® Oil AP Shell CORENA® Oil AS Shell CORENA® Oil P Shell CORENA® Oil PGE Shell CORENA® Oil S Shell MADRELA® Oil S Industrial Food Grade Products Shell CASSIDA® Fluid CR

74 76 98 100

84 88

5

Page Shell ROTELLA® T6 Shell SIRIUS® X Passenger Car and Light Truck Engine Oil FormulaShell® Full Synthetic Motor Oil FormulaShell® HD Engine Oil FormulaShell® High Mileage Motor Oil FormulaShell® Motor Oil SB

Page Shell DARINA® Grease SD Shell MALLEUS® GL 3500 Shell MALLEUS® GL 400 and 500 Shell MALLEUS® Grease OGM Heavy Shell MALLEUS® Grease OGM Medium Shell NERITA® Grease HV Shell RHODINA® Grease BBZ Shell RHODINA® Grease SDX Shell STAMINA® Grease HDS Shell STAMINA® Grease RL Shell STAMINA® Grease RLS SHELL STEELROL® Grease EPH Industrial Food Grade Products Shell CASSIDA® Grease EPS Shell CASSIDA® Grease HTS Shell CASSIDA® Grease LTS Shell CASSIDA® Grease RLS Shell CASSIDA® Grease VTS Shell FM Grease EPC Shell FM Grease HD Shell Grease FM Transport Products Shell ALBIDA® Grease SLC 220 Shell ALVANIA® Grease DTR Shell ALVANIA® Grease WFX Shell CYPRINA® Grease RA Shell Gear Grease TM and TM-H Shell RETINAX® Fifth Wheel Grease Shell RETINAX® Grease CMX Shell RETINAX® Grease EPX Shell RETINAX® Grease LX Shell RETINAX® Grease MDX Shell RETINAX® Grease TL 00 Shell RETINAX® Grease WR Shell RHODINA® Grease SDX Shell ROTELLA® Grease HD Shell Super Duty® Grease

162 164

110 112 113 114

Gear Oil Industrial Products Shell OMALA® Oil Shell OMALA® Oil HD Shell OMALA® Oil SW Shell Sugar Mill Clear Shell Sugar Mill Clear Oil LT Shell TIVELA® Oil S Industrial Food Products Shell CASSIDA® Fluid GL Shell CASSIDA® Fluid GLE Shell CASSIDA® Fluid WG Shell FM Gear Oil Shell FM Gear Oil TLS Transport Products Shell DONAX® CFD Shell DENTAX® Oil Shell ROTELLA® Heavy Duty Gear Oils Shell SPIRAX® HD Shell SPIRAX® EW SAE 75W-90 Shell SPIRAX® EW SAE 80W-140 Shell SPIRAX® ASX R SAE 75W-90 Shell SPIRAX® ASX SAE 80W-140 Automotive Products Products Shell SPIRAX® LS Shell SPIRAX® MB Shell SPIRAX® SB SAE 80W-90

177 179 181 197 198 199

165 167 170 174 175

173 172 182 192 188 190 184 186

194 195 196

Grease

Industrial Products Shell ALBIDA® Grease EMS Shell ALBIDA® Grease EP Shell ALBIDA® Grease HDX Shell ALBIDA® Grease HLS Shell ALBIDA® Grease MP Shell ALBIDA® Grease MPS Shell ALBIDA® Grease PPS Shell ALBIDA® Grease SDS Shell ALBIDA® Grease SLC 220 Shell ALBIDA® Grease WR Shell ALVANIA® Grease CG Shell ALVANIA® Grease EP Shell ALVANIA® Grease RL Shell CARDIUM® Fluid EP Shell DARINA® Grease RL

236 246 248 250 252 254 267 268 272 273 274 276

224 226 228 230 232 238 240 244

212 217 221 234 242 255 257 259 260 261 263 265 268 270 278

Hydraulic Oil Industrial Products Shell AW Hydraulic Oil Shell IRUS® Fluid C-NA Shell IRUS® Fluid DU-NA Shell NATURELLE® Oil HF-E Shell NATURELLE® Oil HF-M Shell TELLUS® Fluid EE Shell TELLUS® Oil Shell TELLUS® Oil Premium Shell TELLUS® Oil S Shell TELLUS® Oil STX Shell TELLUS® Oil T Shell TURBO® Fluid DR 46 Industrial Food Grade Products Shell CASSIDA® Fluid HF

201 202 203 204 205 207 209 210 212 213 215 218 220 223 235

6

280 286 287 289 291 293 295 297 299 300 302 304

281

Shell FM Hydraulic Oil

Page 284

Page

Metalworking Fluids Cleaners Shell CALLINA® Shell CALLINA® Shell CALLINA® Shell CALLINA® Shell CALLINA® Shell CALLINA®

Fluid Fluid Fluid Fluid Fluid Fluid

1100 1200 1210 2100 3100 3250

312 313 314 315 316 317

Neat Oil Shell GARIA® 405 M-22 and M-32 Shell GARIA® 4402 CM-32 Shell GARIA® 496 CF-26 Shell GARIA® 601 M-12 and M-22 Shell GARIA® 699 CM-16 Shell GARIA® Alum-Mag Oil Shell GARIA® Extra Oil 38 Shell GARIA® Oil Shell GARIA® Oil 631S and 632S Shell MACRON® 2208 M-4 Shell MACRON® 2425 S-14 Shell MACRON® 2429 S-8 Shell MACRON® Oil EDM 130 Shell MACRON® Oil Shell MACRON® SL 502 Shell PELLA® Oil A

341 342 343 344 345 346 347 348 351 353 354 355 356 357 359 366

Forming Oil Shell FENELLA® Shell FENELLA® Shell FENELLA® Shell FENELLA® Shell FENELLA® Shell FENELLA® Shell FENELLA® Shell FENELLA® Shell FENELLA® Shell FENELLA® Shell FENELLA® Shell FENELLA® Shell FENELLA®

326 327 328 329 331 332 333 334 335 337 338 339 340

CSS 200 Fluid D 4450 Fluid D 4470 Fluid D 601 Fluid SP 802 Fluid SRC 865 S and 866 S Fluid SRH 80 Oil BCR Oil CH Oil D 1602 Oil D 805 C Oil P 401 N VD 201 N and 601 N

Machine Way Oil Shell TONNA® Oil G Shell TONNA® Oil T Shell TONNA® Oil V

372 373 375

Micro-Emulsion Shell ADRANA® Shell ADRANA® Shell ADRANA® Shell ADRANA®

306 308 309 310

B 3202 D 208 D 408 D 601.01

Quenching Oil Shell VOLUTA® C 201 Shell VOLUTA® C 302 Shell VOLUTA® C 400 Shell VOLUTA® VH 401

377 379 381 383

Rust Inhibitors Shell ENSIS® Compound DW 1016 Shell ENSIS® Compound WB 1200 Shell ENSIS® DW 662 and 1262 Shell ENSIS® DWO 600 and 1262 Shell ENSIS® PL 1608

320 321 322 323 325

Soluble Oil Shell DROMUS® B Shell DROMUS® BLC Shell SITALA® CD 400 Shell SITALA® D 201.03 Shell SITALA® D 3403

318 319 367 368 369

Synthetic Coolant Shell METALINA® B 3650 Shell METALINA® B 3850 Shell METALINA® BY 2211 Shell METALINA® D 200 Shell METALINA® D 400 Shell Sump Cleaner 100

360 361 362 363 364 371

Power Steering and Brake Fluid

FormulaShell® DOT3 Brake Fluid FormulaShell® Power Steering Fluid Shell Power Steering Fluid 20631

385 386 387

Transmission and Converter Fluid

Transport Products Shell DONAX® TA-389 Shell DONAX® TC Shell DONAX® TD Shell DONAX® TX Shell ROTELLA® HD Tractor Fluid Shell SPIRAX GSX Automotive Products FormulaShell® Multi-Vehicle ATF Shell DONAX® TA Shell DONAX® TA-389 Shell MTX Fluid

391 392 394 396 399 401

388 390 391 398

Turbine Oil

Industrial Products Shell TURBO® Oil CC Shell TURBO® Oil J 32 Shell TURBO® Oil SG 32 Shell TURBO® Oil T Shell TURBO® Oil TX 32

7

403 405 407 409 411

Various Industrial Applications

Page

Page Industrial Food Grade Products Chain Oil Shell CASSIDA® Chain Oil Shell CASSIDA® Chain Oil HT Shell CASSIDA® Chain Oil LT

415 417 419

Industrial Products Heat Transfer Fluid Shell THERMIA® Oil C

437

Mist Lubricants Shell TORCULA® Fluid DE

439

Forming Oil Shell CASSIDA® Fluid DC 32

421

Naphthenic Mineral Oil Shell CARNEA® Oil E

414

Rotary Cooker Oil Shell CASSIDA® Fluid RC 220

426

Paraffinic Mineral Oil Shell VITREA® Oil

443

Rock Drill Oil Shell TORCULA® Oil

Spray Lubricant Shell CASSIDA® Fluid PL Shell CASSIDA® Silicone Fluid

424 430

441

Saw Guide Oil Shell Saw Guide Oil

Vacuum Pump Fluid Shell CASSIDA® Oil VP

428

436

Transformer Oil Shell DIALA® Oil AX

432

Textile Oil Shell ONDINA® Oil

435

Barrier Fluid Shell Barrier Fluid

413

8

Index – Alphabetical Full Product Name

Aviation AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell® AeroShell®

Fluid 2F Fluid 31 Fluid 4 Fluid 41 Grease Oil Oil Diesel 10W-40 Oil Sport Plus 2 Oil Sport Plus 4 Oil W Oil W 100 Plus and 80 Plus Oil W 15W-50 Smoke Oil Turbine Oil 500 Turbine Oil 555 Turbine Oil 560 Turbine Oil 750

Page

Full Product Name

Cylinder Oil

13 14 16 18 20 23 25 27 29 31 33 35 37 38 40 42 44

Shell Shell Shell Shell Shell

CYPRINA® Oil 963 DELIMA® Oil DELIMA® Oil S MORLINA® Oil HS MORLINA® Oil SD MORLINA® Oil T OMALA® Oil RL VSI Circulating Oil

Shell Shell Shell Shell Shell Shell Shell Shell Shell

CASSIDA® Fluid CR CLAVUS® Oil CLAVUS® Oil S CORENA® Oil AP CORENA® Oil AS CORENA® Oil P CORENA® Oil PGE CORENA® Oil S MADRELA® Oil S

102 104 105 106 108

Engine Oil

FormulaShell® Full Synthetic Motor Oil 110 112 FormulaShell® HD Engine Oil 113 FormulaShell® High Mileage Motor Oil 114 FormulaShell® Motor Oil SB 115 Shell ARGINA® Oil T 117 Shell CAPRINUS® Oil XR 119 Shell CAPRINUS® Oil XS 120 Shell CAPRINUS® Oil XT 121 Shell GADINIA® Oil 123 Shell MELINA® S 30 125 Shell MYSELLA® Oil 127 Shell MYSELLA® Oil LA 129 Shell MYSELLA® Oil MA 131 Shell MYSELLA® Oil XL 132 Shell NAUTILUS® 134 Shell RIMULA® Oil 136 Shell RIMULA® Premium 138 Shell RIMULA® Super 140 Shell ROTELLA® SB Synthetic-Blend 142 Shell ROTELLA® T Multigrade Shell ROTELLA® T Multigrade/advanced soot control 144 146 Shell ROTELLA® T Single Grade Oil 148 Shell ROTELLA® T Synthetic 150 Shell ROTELLA® T Triple Protection 152 Shell ROTELLA® T1 154 Shell ROTELLA® T2 156 Shell ROTELLA® T3 158 Shell ROTELLA® T5 160 Shell ROTELLA® T5 0W-30 162 Shell ROTELLA® T6 164 Shell SIRIUS® X


Shell Shell Shell Shell Shell Shell Shell Shell

ALEXIA® Oil 50 ALEXIA® Oil LS CORENA® Oil K MADRELA® Oil GP VALVATA® Oil J

Page

46 47 49 50 51 53 54 56

Compressor Oil 58 60 61 62 64 66 68 70 72

Coolants/Antifreeze

Gear Oil

Shell Dex-Cool® Antifreeze/Coolant 74 Shell Diesel Ready 76 Shell Extended Life Coolant Conversion Fluid 78 Shell Fully Formulated Phosphate Free 80 Shell HD Coolant-N Pre-Diluted 50/50 82 Shell Industrial ELC 84 Shell Industrial HTF 88 91 Shell ROTELLA® ELC Extended Life Coolant 94 Shell ROTELLA® Ultra ELC Antifreeze Concentrate Shell Rotella® Ultra ELC Coolant Pre-Diluted 50/50 96 98 ShellZone® Antifreeze/Coolant 100 ShellZone® Multi-Vehicle Extended Life

Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell

9

CASSIDA® Fluid GL CASSIDA® Fluid GLE CASSIDA® Fluid WG DENTAX® Oil DONAX® CFD FM Gear Oil FM Gear Oil TLS OMALA® Oil OMALA® Oil HD OMALA® Oil SW ROTELLA® Heavy Duty Gear Oils SPIRAX® ASX R SAE 75W-90

165 167 170 172 173 174 175 177 179 181 182 184

Index – Alphabetical Full Product Name Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell

SPIRAX® ASX SAE 80W-140 SPIRAX® EW SAE 75W-90 SPIRAX® EW SAE 80W-140 SPIRAX® HD SPIRAX® LS SPIRAX® MB SPIRAX® SB SAE 80W-90 Sugar Mill Clear Sugar Mill Clear Oil LT TIVELA® Oil S

Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell

ALBIDA® Grease EMS ALBIDA® Grease EP ALBIDA® Grease HDX ALBIDA® Grease HLS ALBIDA® Grease MP ALBIDA® Grease MPS ALBIDA® Grease PPS ALBIDA® Grease SDS ALBIDA® Grease SLC 220 ALBIDA® Grease WR ALVANIA® Grease CG ALVANIA® Grease DTR ALVANIA® Grease EP ALVANIA® Grease RL ALVANIA® Grease WFX CARDIUM® Fluid EP CASSIDA® Grease EPS CASSIDA® Grease HTS CASSIDA® Grease LTS CASSIDA® Grease RLS CASSIDA® Grease VTS CYPRINA® Grease RA DARINA® Grease RL DARINA® Grease SD FM Grease EPC FM Grease HD Gear Grease TM and TM-H Grease FM MALLEUS® GL 3500 MALLEUS® GL 400 and 500 MALLEUS® Grease OGM Heavy MALLEUS® Grease OGM Medium NERITA® Grease HV RETINAX® Fifth Wheel Grease RETINAX® Grease CMX RETINAX® Grease EPX RETINAX® Grease LX RETINAX® Grease MDX RETINAX® Grease TL 00 RETINAX® Grease WR RHODINA® Grease BBZ RHODINA® Grease SDX ROTELLA® Grease HD

Page

Full Product Name

Page

186 188 190 192 194 195 196 197 198 199

Shell STAMINA® Grease HDS Shell STAMINA® Grease RL Shell STAMINA® Grease RLS SHELL STEELROL® Grease EPH Shell Super Duty® Grease

272 273 274 276 278

Hydraulic Oil

Grease 201 202 203 204 205 207 209 210 212 213 215 217 218 220 221 223 224 226 228 230 232 234 235 236 238 240 242 244 246 248 250 252 254 255 257 259 260 261 263 265 267 268 270

Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell

AW Hydraulic Oil CASSIDA® Fluid HF FM Hydraulic Oil IRUS® Fluid C-NA IRUS® Fluid DU-NA NATURELLE® Oil HF-E NATURELLE® Oil HF-M TELLUS® Fluid EE TELLUS® Oil TELLUS® Oil Premium TELLUS® Oil S TELLUS® Oil STX TELLUS® Oil T TURBO® Fluid DR 46

Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell

ADRANA® B 3202 ADRANA® D 208 ADRANA® D 408 ADRANA® D 601.01 CALLINA® Fluid 1100 CALLINA® Fluid 1200 CALLINA® Fluid 1210 CALLINA® Fluid 2100 CALLINA® Fluid 3100 CALLINA® Fluid 3250 DROMUS® B DROMUS® BLC ENSIS® Compound DW 1016 ENSIS® Compound WB 1200 ENSIS® DW 662 and 1262 ENSIS® DWO 600 and 1262 ENSIS® PL 1608 FENELLA® CSS 200 FENELLA® Fluid D 4450 FENELLA® Fluid D 4470 FENELLA® Fluid D 601 FENELLA® Fluid SP 802 FENELLA® Fluid SRC 865 S and 866 S FENELLA® Fluid SRH 80 FENELLA® Oil BCR FENELLA® Oil CH FENELLA® Oil D 1602 FENELLA® Oil D 805 C FENELLA® Oil P 401 N FENELLA® VD 201 N and 601 N GARIA® 405 M-22 and M-32 GARIA® 4402 CM-32

280 281 284 286 287 289 291 293 295 297 299 300 302 304

Metalworking Fluids

10

306 308 309 310 312 313 314 315 316 317 318 319 320 321 322 323 325 326 327 328 329 331 332 333 334 335 337 338 339 340 341 342

Index – Alphabetical Full Product Name Shell GARIA® 496 CF-26 Shell GARIA® 601 M-12 and M-22 Shell GARIA® 699 CM-16 Shell GARIA® Alum-Mag Oil Shell GARIA® Extra Oil 38 Shell GARIA® Oil Shell GARIA® Oil 631S and 632S Shell MACRON® 2208 M-4 Shell MACRON® 2425 S-14 Shell MACRON® 2429 S-8 Shell MACRON® Oil EDM 130 Shell MACRON® Oil Shell MACRON® SL 502 Shell METALINA® B 3650 Shell METALINA® B 3850 Shell METALINA® BY 2211 Shell METALINA® D 200 Shell METALINA® D 400 Shell PELLA® Oil A Shell SITALA® CD 400 Shell SITALA® D 201.03 Shell SITALA® D 3403 Shell Sump Cleaner 100 Shell TONNA® Oil G Shell TONNA® Oil T Shell TONNA® Oil V Shell VOLUTA® C 201 Shell VOLUTA® C 302 Shell VOLUTA® C 400 Shell VOLUTA® VH 401

Page 343 344 345 346 347 348 351 353 354 355 356 357 359 360 361 362 363 364 366 367 368 369 371 372 373 375 377 379 381 383

FormulaShell® DOT3 Brake Fluid FormulaShell® Power Steering Fluid Shell Power Steering Fluid 20631

385 386 387

Full Product Name

Transmission and Converter Fluid FormulaShell® Multi-Vehicle ATF Shell DONAX® TA Shell DONAX® TA-389 Shell DONAX® TC Shell DONAX® TD Shell DONAX® TX Shell MTX Fluid Shell ROTELLA® HD Tractor Fluid Shell SPIRAX GSX

Page 388 390 391 392 394 396 398 399 401

Turbine Oil

Shell Shell Shell Shell Shell

TURBO® TURBO® TURBO® TURBO® TURBO®

Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell Shell

Barrier Fluid CARNEA® Oil E CASSIDA® Chain Oil CASSIDA® Chain Oil HT CASSIDA® Chain Oil LT CASSIDA® Fluid DC 32 CASSIDA® Fluid PL CASSIDA® Fluid RC 220 CASSIDA® Oil VP CASSIDA® Silicone Fluid DIALA® Oil AX ONDINA® Oil Saw Guide Oil THERMIA® Oil C TORCULA® Fluid DE TORCULA® Oil VITREA® Oil

Oil Oil Oil Oil Oil

CC J 32 SG 32 T TX 32

403 405 407 409 411


Power Steering and Brake Fluid

11

413 414 415 417 419 421 424 426 428 430 432 435 436 437 439 441 443


12

AeroShell® Fluid 2F Corrosion Preventive Compound for Reciprocating Aircraft Engines AeroShell® Fluid 2F is a rust and corrosion preventive oil commonly used to preserve aircraft internal combustion engines. The ashless anti-corrosion additive package and highly refined petroleum base oils protect the engine by minimizing the effects of humidity and neutralizing the acidic components of engine oil oxidation and combustion by-products. Meets the requirement of MIL-C-6529 Type II specification for corrosion preventives for aircraft engines. Main Applications

Specifications, Approvals, and Recommendations

AeroShell® Fluid 2F is normally used as a preservation grade engine oil for the internal preservation of engines or engine parts and accessories during moderate outdoor to long-term indoor storage periods.This oil can also be used as a “flyaway” oil for reciprocating engines; however, Shell does not recommend that you fly an opposed engine more than 50 hours during the TBO (Time Before Overhaul) cycle. The engine to be preserved should be filled to normal capacity with AeroShell® Fluid 2F and then run at the idle until the engine reaches normal operating temperature (approximately 10-15 minutes).

• MIL-C6529 Type II

Handling and Safety Information For information on the safe handling, storage, or use of this product, refer to its Material Safety Data Sheet at http://www.epc.shell.com/. If you are a Shell Distributor, please call 1+800-332-6457 for all of your service needs. All other customers please call 1+800-237-8645 for all of your service needs. Information is also available on the World Wide Web: http://www.aeroshell.com/.

Protect the Environment Advice on applications not covered in this handbook may be obtained from your Shell representative.

Do not discharge into drains, soil, or water.

Typical Physical Characteristics AeroShell® Fluid 2F Color

ASTM Method Visual

Dark Amber

Viscosity, cSt @ 100ºC

ASTM D 445

20.0

Flash Point, ºC min

ASTM D 92

283

Pour Point, ºC max

ASTM D 97

-15

ASTM D 1298

890

Density @ 15ºC kg/m3 Carbon Residue

D 4530

0.3

Ash

D 482

0.001

These characteristics are typical of current production. While future production will conform to Shell specifications, variation in these characteristics may occur.

13

Aviation

AeroShell® Fluid 31 Synthetic hydrocarbon based aircraft hydraulic fluid AeroShell® Fluid 31 is compatible with AeroShell® Fluids 4, 41, 51, 61 and 71 and can be used in systems designed to operate with MIL-PRF-5606, MIL-PRF-6083, MIL-PRF-87257 and MIL-PRF-46170 fluids. Chlorinated solvents should not be used for cleaning hydraulic components which use AeroShell® Fluid 31. The residual solvent contaminates the hydraulic fluid and may lead to corrosion.

AeroShell® Fluid 31 is a synthetic hydrocarbon based aircraft hydraulic fluid with greatly improved fire resistance characteristics when compared with conventional petroleum products. AeroShell® Fluid 31 has a specially designed base stock which imparts a relatively high flash point, excellent low temperature properties and good oxidation and thermal stability. In addition, AeroShell® Fluid 31 is formulated with high technology additives to provide oxidation and corrosion resistance, antiwear, and anti-foaming protection. AeroShell® Fluid 31 is superclean filtered to ensure optimum performance in particulate monitored systems. AeroShell® Fluid 31 is dyed red. The useful operating temperature range is –40 to +205°C.

Advice on applications not covered in this handbook may be obtained from your Shell representative.

Specifications, Approvals, and Recommendations • • • • • •

Main Applications AeroShell® Fluid 31 is recommended for use in aircraft, ordnance, and missile systems operating from –40°C to +205°C. This fluid should be considered for use in auto pilots, shock absorbers, brakes, flight control systems, hydraulic servocontrolled systems and other systems using synthetic elastomer seals. An increasing number of aircraft manufacturers now recommend use of this type of fluid in aircraft hydraulic systems in preference to mineral hydraulic oils. This move has been prompted by need to use fluids with better fire resistant properties. AeroShell® Fluid 31 is also approved for use in the Honeywell (formerly Garrett) cooling turbine (cabin air compressors). Increasingly this type of hydraulic fluid is being adopted for use in hydraulic systems of military aircraft in place of mineral hydraulic fluids. AeroShell® Fluid 31 is a synthetic hydrocarbon oil and should not be used in contact with incompatible seal materials. Refer to the General Notes at the front of this section for further information.

Aviation

U.S. British French Russian NATO Code Joint Service Designation

Approved MIL-PRF-83282D (MIL-PRF-83282D) Equivalent to DCSEA 437/A – H-537 OX-19


Protect the Environment Do not discharge into drains, soil, or water.

14

Typical Physical Characteristics Properties

MIL-PRF-83282D

Typical

Oil type

Synthetic Hydrocarbon

Synthetic Hydrocarbon

Kinematic Viscosity cSt @ 205°C @ 100°C @ 40°C @ –40°C

1.0 min 3.45 min 14.0 min 2200 max

1.07 3.53 14.33 2098

Flashpoint Cleveland Open Cup, °C

205 min

237

Fire Point °C

245 min

251

Total Acidity, mgKOH/g

0.10 max

0.01

Evaporation loss 6.5 hrs @150°C % m

20 max

10

Relative density @ 15.6/15.6°C

Report

0.850

Pourpoint °C

–55 max

Below –55

Low temperature stability, 72 hrs @ −40 °C

Must Pass

Passes

High temperature stability 100 hrs @ 205°C

Must Pass

Passes

Gravimetric Filtration mg/100ml Filtration time minutes

0.3 max 15 max

0.2 Less than 15

Particle Count, Automatic, per Lt 5 to 15 µm 16 to 25 µm 26 to 50 µm 51 to 100 µm >100 µm

10000 max 1000 max 150 max 20 max 5 max

1331 190 55 4 0

Water content, ppm

100 max

82

Foam resistance, ASTM Seq 1

Must Pass

Passes

Flame propagation, cm/s

Must Pass

Passes

Rubber swell, NBR-L %

18 to 30

Passes

4-Ball Wear, 1 hr @ 75 ºC scar dia, mm 1 kg load/1200 rpm 10 kg load/1200 rpm 40 kg load/1200 rpm

0.21 max 0.30 max 0.65 max

0.18 0.24 0.50

Oxidation & corrosion stability, 168 hrs @ 121 °C Must Pass - metal weight change 10 max - viscosity change @ 40 °C % 0.2 max - change in acidity mgKOH/g

Passes Less than 10 Less than 0.02

Flammability

Passes

Must Pass


15

Aviation

AeroShell® Fluid 4 Aviation hydraulic fluid AeroShell® Fluid 4 is a mineral-based hydraulic oil with low temperature characteristics that is capable of operating over a wide range of temperatures. This fluid is oxidation inhibited and contains a special antiwear additive. AeroShell® Fluid 4 is dyed red for identification and leak detection purposes. This product can be used in both aviation and non-aviation systems with synthetic rubber components, but should not be used in systems that incorporate natural rubber. Performance Features and Benefits • • • •


Excellent low temperature properties Compatibility with synthetic rubber components Dyed red for easy identification Good anti-wear properties

• An aircraft hydraulic fluid which meets the MILH-5606A (obsolete) specification requirements

Handling and Safety Information Main Applications

For information on the safe handling, storage, or use of this product, refer to its Material Safety Data Sheet at http://www.epc.shell.com/. If you are a Shell Distributor, please call 1+800-332-6457 for all of your service needs. All other customers please call 1+800-237-8645 for all of your service needs. Information is also available on the World Wide Web: http://www.aeroshell.com/.

• Aircraft applications where a MIL-L-5606A fluid is specified or recommended • Hydraulic oil systems, particularly those that are subject to a wide variation in ambient operating temperatures • Winter service for bucket trucks and other portable equipment subject to severe low temperature operation • Should not be used in aviation applications that call for a MIL-H-5606G type fluid



Aviation

16

Typical Physical Characteristics AeroShell® Fluid 4

Test Method

Viscosity @ -40°F, cP @ 130°F, cSt

D 2602 D 445

431 10.45

Gravity, °API

D 1298

31.7

Color

Visual

Red

Flash Point, °F

D 92

215

Pour Point, °F

D 97

Below -75

Acid Number, mg KOH/g

D 974

0.03

Cu corrosion, 212°F, 72 hours

D 130

Pass

Precipitation No

D 91

0

Low Temperature Stability

1

F3451

Pass

Rubber Swell, Synthetic, % Inc

F36041

23.2

1

Federal Test Method


17

Aviation

AeroShell® Fluid 41 Aviation hydraulic fluid AeroShell® Fluid 41 is mineral oil based aircraft hydraulic oil with excellent low temperature characteristics that is capable of operating over a wide range of temperatures. This fluid is oxidation inhibited and contains a special anti-wear additive. AeroShell® Fluid 41 is dyed red for identification and leak detection purposes. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Performance Features and Benefits • Meets the MIL-PRF-5606H cleanliness requirements for aviation hydraulic oils • Excellent low temperature properties • Compatibility with synthetic rubber components • Dyed red for easy identification • Good anti-wear properties

Specifications, Approvals, and Recommendations • MIL-PRF-5606H

Main Applications

Handling and Safety Information

• Aircraft applications where a MIL-PRF-5606H fluid is specified or recommended • Hydraulic oil systems, particularly those that are subject to a wide variation in ambient operating temperatures • In winter service for bucket trucks and other portable equipment subject to severe low temperature operation • This product can be used in both aviation and non-aviation systems with synthetic rubber components, but should not be used in systems that incorporate natural rubber.

For information on the safe handling, storage, or use of this product, refer to its Material Safety Data Sheet at http://www.epc.shell.com/. If you are a Shell Distributor, please call 1+800-332-6457 for all of your service needs. All other customers please call 1+800-237-8645 for all of your service needs. Information is also available on the World Wide Web: http://www.aeroshell.com/.

Aviation


18

Typical Physical Characteristics AeroShell® Fluid 41 Property

Test Method

Viscosity @ -40°C, cSt @ 130°F, cSt

D 445 D 445

434 10.5

Gravity, °API

D 1298

31.7

Color

Visual

Red

Flash Point, °F

D 92

215

Pour Point, °F

D 97

Below -75


D 974

0.03

Cu corrosion, 212°F, 72 hrs

D 130

Pass

Precipitation No

D 91

0

Low Temperature Stability

F 34511

Pass

Rubber Swell, Synthetic, % Inc

F 36041

23.2

1

Federal Test Method


19

Aviation

AeroShell® Greases Premium military approved greases for the aviation industry Shell offers a complete line of seven aviation greases designed to fill almost every lubrication need of the aviation community. The product line consists of seven products each designed for specific applications. Four of the Shell aviation greases are based on Microgel®, an inorganic thickening agent. One grease is soap type grease specifically designed to provide the unique lubricant requirements of helicopter main and tail rotor bearings. Two greases are thickened with lithium complex soap and are approved against both Boeing and military specifications. outstanding low temperature torque properties and resistance to water. It has a useful temperature range of 40° F (-40° C) to +250° F (+121° C). It is also used in other non-aviation applications requiring excellent low temperature lubrication properties. AeroShell® Grease 6 is qualified under MIL-G-24139A and MIL-G7711A (obsolete) specifications. • AeroShell® Grease 7 is low temperature multipurpose aviation grease recommended for instruments and general airframe lubrication of turbine powered aircraft as well as highly loaded gears and actuator screw mechanisms. It is made with synthetic diester base oil and a Microgel® non-melting inorganic thickener, which provides a useful temperature range of -100° F (-73° C), to +300° F (+149° C). AeroShell® Grease 7 is qualified under the MIL-PRF-23827C (Type II) specification. • AeroShell® Grease 14 is the leading multipurpose helicopter grease used for most helicopter main and tail rotor bearings (where specified). It is made with mineral base oil and a calcium soap thickener, which provides outstanding protection against moisture, corrosion and fretting. It has a useful temperature range of -65° F (-54° C) to +200° F (+93° C). AeroShell® Grease 14 is qualified under MIL-G-25537C specification. • AeroShell® Grease 22 is versatile multipurpose grease recommended for aircraft wheel bearings, engine accessories and airframe lubrication, and for general anti-friction bearings operating at high speeds and at high or low temperatures. It is made with synthetic base oil and Microgel® non-melting inorganic thickener, which provides excellent anti-wear properties and load carrying capacity. It has a

Main Applications Whenever an aircraft is certified, all of the lubricants are specified for each application point on the type certificate. The type certificate will specify, either by military specification number or by specific product names, those products which are qualified to be used. The FAA regulations state that only products qualified for specific applications can be used in certified aircraft. Therefore, in aviation it is the responsibility of the aircraft owner or designated representative to determine which products should be used. Lubricant recommendation charts for specific aircraft should be consulted, or the original airframe manufacturer should be contacted for specific product recommendations. Advice on applications not covered in this handbook may be obtained from your Shell representative.

The Products • AeroShell® Grease 5 is high temperature aircraft wheel bearing and engine accessory grease. It is made with high viscosity base oil and a Microgel® non-melting inorganic thickener, providing excellent load carrying ability and resistance to water washout. It has a useful temperature range of -10° F (-23° C) to +350° F (+177° C). This grease is increasingly being used in high temperature industrial applications, such as drying ovens. AeroShell® Grease 5 is qualified under the former MIL-G-3545C (obsolete) specification. • AeroShell® Grease 6 is general-purpose airframe grease used primarily in plain and anti-friction bearings. It is made with a Microgel® inorganic thickener, which provides

Aviation

20

useful temperature range of -85° F (-65° C) to +400° F (+204° C). AeroShell® Grease 22 is qualified under MIL-PRF-81322G and DOD-G-24508A specifications. • AeroShell® Grease 33 is multipurpose airframe grease specifically developed for Boeing to be used in roller bearings, actuator screws and other airframe equipment. It is made with synthetic base oil and a lithium complex thickener, which provides enhanced corrosion resistance and load-carrying capacity. It has a useful temperature range of -100° F (-73° C) to +250° F (+121° C). AeroShell® Grease 33 is qualified under MIL-PRF-23827C (Type I) and Boeing Specification BMS 3-33A. AeroShell® Grease 33MS comprises AeroShell® Grease 33 fortified with 5% molybdenum disulphide. It possesses the enhanced anti-wear and anti-corrosion properties of AeroShell® Grease 33 with added EP (Extreme Pressure)

properties required in highly loaded, sliding applications. It has a useful temperature range of -73º C to +121ºC. AeroShell® Grease 33MS is qualified under MIL-G-21164D.



Typical Physical Characteristics AeroShell® Greases

5

6

7

14

22

33

Water Resistance (ASTM D1264) Loss, wt%, @100°F

0.5

2.0

0.8

7.2

0.5

6 (@ 175ºF) (@ 175ºF)

300 600+

250 2000+

250 2460+

200 1700+

350 400+

250 1100+

250 1000+

Mean Hertz Load, Kg. (ASTM D2596) Oil Separation (FED-STD-791.321) 30 hrs @ 212°F, wt% 30 hrs @ 350°F, wt%

37

33

60

----

45

60

80

0.5 ----

0.7 ----

3.0 ----

2.0 ----

---4.7

2.0 ----

1.6 ---

Color

Amber

Brown

Amber

Tan

Amber

Kelly Green

Dark Grey

Qualified Under Specifications

Former MIL-G3545C (obs)

MIL-GMIL-PRF- MIL-GMIL-PRF24139A 23827C 25537C 81322G; Type II DOD-G24508A

Anti-friction Bearing Performance (ASTM D3336) Temperature, °F Time, Hrs

MIL-PRF23827C Type I; BMS 333A

33MS

MIL-G21164D


21

Aviation

Typical Physical Characteristics AeroShell® Greases

5

22

33 Lithium Microgel Complex

33MS Lithium Complex

Thickener

Microgel Microgel Microgel Calcium

Oil Type

Mineral

Mineral

Synthetic Mineral Diester

Synthetic Synthetic HydroBase Oil carbon Blend

Synthetic Base Oil Blend

Viscosity @ 100°C, cSt (ASTM D 445)

31.8

5.5

3.1

3.1

5.8

3.4

3.4

Useful Temp. Range, °F

-10 to +350

-40 to +250

-100 to +300

-65 to +200

-85 to +400

-100 to +250

-100 to +250

Dropping Point, °F (ASTM D2265)

500+

500+

500+

300

500+

420+

420+

Penetration @ 77°F (ASTM D217) Unworked Worked

281 284

287 300

283 296

267 273

271 275

290 297

288 281

Evaporation in 22 hrs (ASTM D2595) Test Temperature, °F Loss, wt%

300 1.0

250 1.3

210 0.5

210 6.8

350 4.3

250 250 12

>12

>12

>12

>12

>12


55


Shell VSI Circulating Oil Hydraulic and lubricating oil for rust protection in vapor spaces Shell developed VSI (Vapor Space Inhibiting) Circulating Oil with an anti-rust compound which is oil soluble and volatile. This corrosion inhibitor fills the vapor space above the oil level to form a rust preventive barrier on exposed metal surfaces and helps combat vapor space rusting. Moisture in enclosed air spaces over circulating oils is very likely to cause rusting when it condenses on the cool walls of gear cases or reservoirs. Further, this condensed moisture is constantly replenished as the system “breathes” through vents and other openings. • The equipment should be clean before installing Shell VSI Circulating Oil. Contamination may promote rusting. • Freshly cleaned surfaces should be immediately coated with Shell VSI Circulating Oil, if possible, to afford protection until rust inhibiting vapors can form. • Shell VSI Circulating Oil is designed primarily for protection of ferrous metals. It is noncorrosive to most non-ferrous metals including brass, copper, bronze, zinc, babbitt, aluminum and magnesium. However, contact with lead and lead alloys should be avoided unless the alloys have been tested for suitability under actual operating conditions. • For maximum effectiveness, the maximum distance from the oil to the surfaces requiring protection should be kept reasonably short. Experience indicates that with 80°F oil the distance should be no more than about six feet. Where temperatures are lower, the maximum distance should be less, and at temperatures over 80°F it may be somewhat greater. • Because of the significant effect that temperature and ventilation have on depleting the rustinhibiting additive, and because of differences in make-up rates, it is difficult to predict oil service life. However, experience has indicated that while the oil change interval is shorter than that for premium quality turbine oils, it is sufficiently long to fit in with plant preventive maintenance schedules.

Performance Features and Benefits • Excellent demulsibilty • Excellent corrosion protection

Main Applications • Hydraulic, turbine, and general lubricating applications • Enclosed lubricating oil systems where rusting is likely to occur • Anti-friction bearings and gears, reservoirs, system housings, piping and similar system components • Machine tools that may be idle for weekends or longer Advice on applications not covered in this handbook may be obtained from your Shell representative.

Recommended Practices for Using Shell VSI Circulating Oil • High temperature will accelerate inhibitor release while low temperature will retard it. An initial temperature of 80° to 100°F will assist in early distribution of the VSI agent. In operating systems recommended bulk oil temperatures are 80° to 150°F. Temperatures over 200°F should be avoided because of the excessive rust inhibiting vapor loss. • A tightly closed system is best, and no attempt should be made to protect a completely open system. Most oil circulating systems and reservoirs afford a relatively closed system to keep the oil free of contamination. Any reduction in system ventilation will help improve the corrosion inhibiting action. Bearing and Circulating Oil

56


Protect the Environment

For information on the safe handling, storage, or use of this product, refer to its Material Safety Data Sheet at http://www.epc.shell.com/. If you are a Shell Distributor, please call 1+800-332-6457 for all of your service needs. All other customers please call 1+800-237-8645 for all of your service needs.


Typical Physical Characteristics Shell VSI Circulating Oil

Test Method

Property

ISO Viscosity Grade 32

Gravity, °API @ 60°F

D 1298

31

Flash Point, COC, °F

D 92

395

Viscosity: @ 40°C, cSt @ 100°C, cSt

D 445 D 445

31.1 5.2

Viscosity Index

D 2270

100

Pour Point, °C, (°F)

D 97

-10 (14)

Copper Corrosion

D 130

1b


D 974

0.45

Rust Test, Synthetic Sea Water

D 665B

No Rust


57


Shell CASSIDA® Fluid CR Compressor lubricants for food manufacturing machinery Shell CASSIDA® Fluid CR 46 and 100 are high performance fluids specially developed for use in rotary screw and vane air compressors used in the food and beverage processing and packaging industry. They are based on a careful blend of synthetic fluids and selected additives chosen for their ability to meet the stringent requirements of the food industry. Performance Features and Benefits

Seal and Paint Compatibility

• Base fluids have an ability to provide superior lubrication under the majority of operating conditions • Very good anti-wear performance resulting in greater plant utilization. • Shell CASSIDA® Fluids CR have inherently good water shedding properties and resistance to foaming • Excellent high temperature performance resists the formation of harmful products of oxidation at elevated temperatures, resulting in long oil life • Neutral odor and taste • High viscosity index • Good protection against corrosion of all metal working surfaces • Good low temperature properties down to -40°C

Compatible with the elastomers, gaskets, seals and paints normally used in food machinery lubrication systems.

Additional Information Synthetic Lubricant • Does not contain any natural products derived from animals, nuts or genetically modified organisms (GMO). • Suitable for use where vegetarian and ‘nut-free’ food is prepared. • Biostatic; does not promote the growth of bacteria or fungal organisms.

Specifications and Certificates • • • • •

These products have demonstrated similar performance to conventional compressor lubricants in rotary air compressors (Hydrovane type) operating at normal temperatures, e.g. up to 100°C. It is strongly recommended that a used oil and/or equipment condition monitoring service be employed for extended periods of operation in excess of the pump manufacturers’ recommended oil change intervals.

Specifications, Approvals, and Recommendations This is an ongoing process, please contact your local Shell company for any updates. • Extensive field experience with Shell CASSIDA® Fluid CR for: - Atlas Copco - Grassair - Compair - Ingersoll Rand - Kaeser/HPC • FAG recommendation

Main Applications • Screw and vane compressors • Plain and anti-friction bearings • General purpose lubrication including light duty gearboxes Advice on applications not covered in this handbook may be obtained from your Shell representative.

Compressor Oil

NSF H1 NSF ISO 21469 Kosher Halal DIN 51506 VBL, VCL, VDL

58

“Incidental Food contact”

Storage Requirements

Registered by NSF (Class H1) and meets the USDA H1 guidelines (1998) for lubricants for use where there is a potential for incidental food contact. Certified by NSF for ISO 21469, safety of machinery, lubricants with incidental product contact, hygiene requirements. Made only from substances permitted under the US FDA Title 21 CFR 178.3570, 178.3620 and/or those generally regarded as safe (US 21 CFR 182) for use in food grade lubricants. To comply with the requirements of US 21 CFR 178.3570, contact with food should be avoided where possible. In the case of incidental food contact, the concentration of this product in the food must not exceed 10 parts per million (10mg/kg of foodstuff). In locations and/or applications where local legislation does not specify maximum concentration limits, Shell recommends that this same 10 ppm limit be observed, as up to this concentration Shell CASSIDA® Fluid CR will not impart undesirable taste, odor or color to food, nor will cause adverse health effects. Consistent with good manufacturing practice, use only the amount necessary to achieve correct lubrication and take appropriate corrective action should excessive incidental contact with food be detected.

All food grade lubricants, such as Shell CASSIDA® Fluid CR, should be stored separately, out of direct sunlight or other heat sources, from other lubricants, chemical substances and foodstuffs. Provided that the product has been stored under these conditions we recommend that the product be used within 5 years from the date of manufacture. Consult your local Shell Company for details. Accept for use new Shell CASSIDA® Fluid CR only if the manufacturer’s seal is intact. Before opening the pack ensure the area around the closure is clean. It is recommended that it be cleaned with Shell CASSIDA® Fluid PL and/or potable water and then dried with a clean cloth before opening. Record the date the seal was broken. To prevent product contamination, always close the package after use. Upon opening a pack, the product must be used within 2 years (or within 5 years of date of manufacture, whichever is the sooner).

Handling and Safety Information For information on the safe handling, storage, or use of this product, refer to its Material Safety Data Sheet at http://www.epc.shell.com/. If you are a Shell Distributor, please call 1+800-332-6457 for all of your service needs. All other customers please call 1+800-237-8645 for all of your service needs.

Oil condition during use It is recommended that the condition of the oil and the equipment be regularly checked to ensure safe operation.


Typical Physical Characteristics Shell CASSIDA® Fluid CR

46

Property Color Density @ 15°C Flashpoint Pourpoint Kinematic Viscosity @ 40 °C @ 100 °C Viscosity index Demulsibility @ 54 °C

100

Test method Pale yellow kg/m3 °C °C cSt cSt min.

ISO 12185 ISO 2592 ISO 3016 ISO 3104 ISO 3104 ISO 2909 DIN 6614

838 252 -57 46 7.88 142 15

846 258 -54 10046 14.6 151 20 (82 ºC)


59

Compressor Oil

Shell CLAVUS® Oils Refrigerator Compressor Lubricant Shell CLAVUS® Oils are high quality, hydrotreated, naphthenic mineral oils without additives. Specific selection of the base oil gives a range of products specially suited for the efficient lubrication of refrigerator compressors. • General lubrication Apart from the application in refrigerators Shell CLAVUS® Oils can also be used for general lubrication at low temperatures. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Performance Features and Benefits • Very good stability The specific selection of the base oils provides very good chemical stability in contact with ammonia as refrigerant, very good oxidative stability and in good thermal stability. • Good cleanliness The build up of sludge and deposits is clearly reduced. • Good lubricity Good lubrication properties and good low temperature fluidity.

Specifications, Approvals, and Recommendations Shell CLAVUS® Oils meet the requirements of DIN 51503 KAA, KC and KE.

Main Applications


• Refrigerator compressors Shell CLAVUS® Oils are designed for the lubrication of compressors with ammonia (R717) as refrigerant. It can also be used when hydrocarbon (e.g. R600a) are the refrigerant. It may be used with halogenated hydrocarbon (R12, R22). For all refrigeration and air-conditioning applications: domestic, commercial and industrial systems with high, moderate or low evaporation temperatures.



Typical Physical Characteristics Shell CLAVUS® Oils Kinematic viscosity @ 40 °C @ 100 °C Density @ 60 °F

ASTM D445 cSt cSt

68 7

(lbs/gal)

ASTM D 4052

0.902 (7.53)

Flash Point (COC)

°C (°F)

D 92

210 (410)

Pour Point

°C (°F)

D 598

-30 (-22)

Fluidity in U-tube

°C (°F)

DIN 51568

-21 (-6)

Neutralization number

mg KOH/g

D 664

100

65

4.8

5.7

Flash point (ºC) (ASTM D 93) Film thickness (µm)


Metalworking Fluids

324

Shell ENSIS® PL 1608 Prelube for cold rolled sheet steel and coated strip Shell ENSIS® PL 1608 is a rust preventive prelube oil designed for application to automotive grade cold rolled steel sheet and coated strip which meets the German VDA 230-201 specification and exhibits excellent drawing properties combined with easy removal. Performance Features and Benefits

Specification, Approvals, and Recommendations

• Excellent corrosion prevention, condensation, indoor and covered outdoor conditions • Outstanding deep drawing properties reducing the need for additional lubrication • Applicable on various metals suitable for use on ferrous or coated steel • Easily removed by alkaline cleaners compatible with normal post treatment operations • Thixotropic nature resulting in reduced run-off and providing optimum film stability • Suitable for electrostatic applications approved by spray equipment suppliers • Free from heavy metals such as barium

Shell ENSIS® PL 1608 is formulated to meet the German Automobile Manufacturers specification VDA 230-201.

Compatibility Shell ENSIS® PL 1608 is compatible with multimetal components/pipework systems. It is compatible with all seal materials and down stream operations.

Storage Requirements Store in dry conditions away from other combustible materials, heat and direct sunlight.

Main Applications Rust protection of cold rolled sheets • Shell ENSIS® PL 1608 can be used as a rust preventive oil on rolled sheet steel and coated strip, during the finishing process in order to provide corrosion protection during storage and transit. • Shell ENSIS® PL 1608 can be applied neat by roll transfer, drip feed or electrostatic application methods. Typical coating weights are between 1.5 to 2.5 g/m2.






Typical Physical Characteristics Shell ENSIS® PL 1608 Appearance @ 25ºC Specific Gravity @ 15ºC Kinematic Viscosity @ 40ºC Flash Point (SFCC) Fire Point (COC)

Unit – kg/L cSt ºC ºC

Test Method ASTM D 4052 ASTM D 445 ASTM D 92 ASTM D 92

Brown 0.912 65-75 200 205


325

Metalworking Fluids

Shell FENELLA® CSS 200 Neat cold rolling oils Shell FENELLA® CSS 200 is a neat lubricating oil for cold rolling mills. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Main Applications Shell FENELLA CSS 200 is designed for cold rolling mills producing ferrous and non-ferrous material such as high carbon alloy, copper and stainless steel. Shell FENELLA® CSS 200 is a fully formulated lubricant blended from highly refined base oil and selected additives providing excellent properties such as: • High stability to oxidation • Anti-wear properties • High film strength formation • Anti-rust properties • High resistance to the foam formation • Excellent filterability, suitable for cartridge and media type filtration. ®

Storage Requirements Store in clean and dry conditions away from combustible materials, heat and direct sunlight. Protect from frost.


Shell FENELLA® CSS 200 is applied by circulation, lubricating the roll gap. The series is also suitable for lubrication of bearings in cluster type mills.


Typical Physical Characteristics Method

Shell FENELLA® CSS 200

Specific gravity @ 20 ºC

ASTM D 4052

0.859 kg/L

Viscosity @ 40 ºC

ASTM D 445

7.7 cSt

Saponification Value

ASTM D 94

207

Appearance Density @ 15 ºC

Shell FENELLA® Oil D 1602 Brown Liquid


337

Metalworking Fluids

Shell FENELLA® Oil D 805 C Metalworking neat drawing oil Shell FENELLA® Oil D 805 C is a neat drawing oil with low aromatic content and no heavy metals. The product has very high EP properties along with high lubricity and polar additives for excellent wetting of metal surfaces. Performance Features and Benefits


Shell FENELLA® Oil D 805 C is containing EP, anti-wear, lubricity and polaire additives. Due to this package the product provides an excellent tool life. Good corrosion protection is obtained. Degreasing can be done easily with solvents or alkaline solution.

Product may not be stored outside and has to be protected from water.


Main Applications Shell FENELLA® Oil D 805 C is a special heavy duty oil for fine blanking and drawing operations. Advice on applications not covered in this handbook may be obtained from your Shell representative.


Typical Physical Characteristics Unit Kinematic Viscosity @ 40 ºC @ 100 ºC

Method ASTM D 445

cSt cSt

Density at 15 ºC

kg/L

Flashpoint COC

ºC

89 10.8

Cu Corrosion Test Four-Ball, Weld Load Appearance

Shell FENELLA® Oil D 805 C

Kgf

ASTM 4052

1.041

ASTM D 92

186

ASTM D 130

4c

ASTM 2783

Visual

>800 Orange / Yellow, Cloudy


Metalworking Fluids

338

Shell FENELLA® Oil P 401 N Neat Profiling Oil Shell FENELLA® Oil P 401 N is a special synthetic product for Cu-coated steel tubes production. Performance Features and Benefits


Shell FENELLA® Oil P 401 N is chlorine free product and does not contain heavy metals. It is free from aromatic hydrocarbons. The product provides good lubricity and does not leave any carbon residue in and on the tubes after annealing. Shell FENELLA® Oil P 401 N gives an excellent surface quality of tubes and helps to increase the lifetime of tools.

The product should be stored inside (41-104ºF) no more than 2 years and be protected from freezing.


Main Applications Shell FENELLA® Oil P 401 N is a special synthetic lubricant which was developed for Bundy, to be operational in the production of Cu-coated steel tubes.



Typical Physical Characteristics Method

Shell FENELLA® Oil P 401 N

Density @ 20 ºC in kg/L

ASTM D 4052

0.967

Kinematic Viscosity cSt @ 40 ºC @ 100 ºC

ASTM D 7042

Flashpoint in ºC (COC)

ASTM D 92

240

Ash residue %

DIN 51575

Max 0.01

Cu Corrosion

ASTM D 130

59 11

Color

3b Colorless


339

Metalworking Fluids

Shell FENELLA® VD 201 N and 601 N Metalworking neat volatile drawing oils Shell FENELLA® VD 201 N and 601 N are chlorine free, aromatic free and heavy metal free volatile drawing oils. Performance Features and Benefits


Shell FENELLA® VD 201 N and 601 N are low viscosity stamping and drawing oils characterized by the absence of residual films after evaporation. These product are based on polar and anticorrosion additives. Shell FENELLA® VD 201 N and 601 N do not stain yellow metals.

Recommended temperature: 41-105 ºF Storage time: 3 years


Main Applications Shell FENELLA® VD 201 N and 601 N are an evaporative product for stamping and drawing of thin non ferrous and ferrous materials. These products does not leave a residual film or react with paint. Degreasing of parts before assembly or welding is not necessary.



Typical Physical Characteristics Shell FENELLA® VD

Unit

Method

201 N

601 N

Density @ 20 ºC

kg/L

ASTM D 1298

0.760

0.784

Kinematic Viscosity @ 20 ºC

cSt

ASTM D 445

2.2

3.3

Flash Point COC

ºC

ASTM 093

65

65

1a

1a

Colorless

Light Yellow

Cu Corrosion Color


Metalworking Fluids

340

Shell GARIA® 405 M-22 and M-32 Neat cutting oil Shell GARIA® 405 M-22 and M-32 are neat cutting oils for general machining on automatic lathes, gear hobbing and on thread- or tooth-flank grinding machines. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Performance Features and Benefits Shell GARIA® 405 M-22 and M-32 are based on hydro treated mineral oils with a low aromatic content. Combinations of polar, extreme pressure and anti wear additives provide the oils with high load carrying properties. The oils provide good tool life and good surface finish of the machined work pieces. High efficient anti mist additives reduce the mist load in the air. Due to the active sulfur in the Shell GARIA® 405 M-22 and M-32 there is a risk of staining of yellow metals. Shell GARIA® 405 M-22 and M-32 are free of chlorine and heavy metals.



Main Applications


Shell GARIA® 405 M-22 and M-32 are neat cutting oils for general machining and particularly for working on middle to high resistance alloyed and low carbon steels and aluminum or magnesium alloys.

Typical Physical Characteristics Shell GARIA® 405 Appearance Kinematic viscosity @ 40 ºC

M-22

M-32

Yellow

Yellow

cSt

(ASTM D 7042)

22

32

Density @ 20 ºC

kg/m3

(DIN EN ISO 12185)

865

875

Flash Point COC

ºC

(DIN EN ISO 2592)

190

200

(ASTM D 130)

4a

4a

Cu-Corrosion Test

Alfa


341

Metalworking Fluids

Shell GARIA® 4402 CM-32 Heavy duty neat cutting oil Shell GARIA® 4402 CM-32 is a premium quality, light colored, extreme pressure cutting oil manufactured from blends of solvent refined mineral oils and selected additives. It is intended for medium to high severity cutting operations of ferrous metals. Performance Features and Benefits


• Excellent machining performance - high quality surface finish • Controlled extreme pressure properties - allows for higher metal removal rate, encouraging lower machining costs • Good tool life - minimum downtime and increased production • Stain resistant on yellow metals

Shell GARIA® 4402 CM-32 should be stored under cover, avoiding extreme temperatures. Product should be kept sealed when not in use. When storage of product in the outdoors cannot be avoided, unopened containers should be kept on their side to avoid collection of moisture/water at top of container (where the bug or spout access may be).


Main Applications


Shell GARIA 4402 CM-32 is a heavy duty neat cutting oil for use in general machining of ferrous metals. This product makes it possible to consolidate to one cutting oil - covers many applications. Shell GARIA® 4402 CM-32 will not stain yellow metals. ®



Typical Physical Characteristics Unit

Method

Shell GARIA® 4402 CM-32

cSt

ASTM D 445

33.5

Density @ 15 ºC

kg/L

ASTM D 4052

0.89

Flash Point PMCC

ºF

ASTM D 93

410

Kinematic viscosity @ 40 ºC

These characteristics are typical of current production. While future production will conform to Shell's specification, variations in these characteristics may occur.

Metalworking Fluids

342

Shell GARIA® 496 CF-26 Neat cutting oil Shell GARIA® 496 CF-26 is a chlorine containing neat cutting oil for general machining processes. Performance Features and Benefits


The product is based on hydro treated mineral oils with a low aromatic content. Combinations of polar, extreme pressure nd anti wear additives provide the oils with high load carrying properties. The oils provide good tool life and good surface finish of the machined work pieces. High efficient anti mist additives reduce the mist load in the air.

The product should be stored inside (41-104 ºC) for no more than 2 years.


Main Applications Shell GARIA® 496 CF-26 is neat cutting oil for medium severe to severe machining of steel and cast iron. The product is mainly used for turning operations and general gear cutting with relatively low cutting speed.




Method

Appearance Kinematic viscosity @ 40 ºC

Shell GARIA® 496 CF-26 Yellow Clear

cSt

ASTM D 445

26

Density @ 20 ºC

kg/L

ASTM D 4052

0.890

Flash point COC

ºC

ASTM D 92

180


343

Metalworking Fluids

Shell GARIA® 601 M-12 and M-22 Neat cutting oils Shell GARIA® 601 M-12 and M-22 are neat cutting oils for machining of high alloy steels (stainless, heat resistant, austenitic, etc.) and aluminum or magnesium alloys. excellent results in working with many difficult operations like broaching, deep-hole drilling, tapping, shaping, and shaving of gears. Shell GARIA® 601 M-12 and M-22 products are also very good grinding oils.

Performance Features and Benefits • Formulation based on hydrotreated mineral oils low aromatic content • Polar, extreme pressure and antiwear additives provide high load carrying properties • Controlled extreme pressure properties - allows for higher metal removal rate, encouraging lower machining costs • Good tool life • Excellent surface finish of machined work pieces • Highly efficient ant-mist additives



Shell GARIA® 601 M-12 and M-22 are free of chlorine and heavy metals.


Main Applications


Shell GARIA® 601 M-12 and M-22 are neat cutting oils for machining of high alloy steels (stainless, heat resistant, austenitic, etc.) and aluminum or magnesium alloys. The oils show


Shell GARIA® 601 M-12 and M-22 contain active sulfur - there is a risk of staining of yellow metals.

Typical Physical Characteristics Shell GARIA® 601

Unit

Method

Appearance Kinematic viscosity @ 40 ºC @ 100 ºC

M-12

M-22

Light brown

Light brown

12 3.1

22 4.5

ASTM D 445 cSt cSt

Density @ 20 ºC

kg/L

ASTM D 4052

0.875

0.875

Flash Point COC

ºF

ASTM D 92

329

374

ASTM D 130

4b -4c

4b -4c

Cu-Corrosion Test


Metalworking Fluids

344

Shell GARIA® 699 CM-16 Neat Cutting Oil Shell GARIA® 699 CM-16 is a high performance neat cutting oil for many heavy-duty machinging processes Performance Features and Benefits


Shell GARIA® 699 CM-16 is based on hydro treated mineral oils with a low aromatic content. Combinations of polar extreme pressure and antiwear additives provide the oil with high load carrying properties. In this way long tool life and excellent surfaces of the machined work pieces can be achieved. Shell GARIA® 699 CM-16 may stain yellow metals.

The product should be stored inside (41-104ºF) for no more than 2 years.


Main Applications Shell GARIA® 699 CM-16 is a high performance neat cutting oil, which can be used for high alloyed, rust and acid resistant and austenitic steels, as well as steels with a low carbon content which tend to stick and form built-up edges. Shell GARIA® 699 CM-16 can be used for many heavy duty machining processes, broaching, gear shavng and deep hole drilling operations.




Method

Shell GARIA® 699 CM-16

Visual

Yellow

cSt

ASTM D 445

16

Density @ 20°C

kg/L

ASTM D 4052

0.970

Flash point COC

°C

ASTM D 92

160

Appearance Kinematic viscosity @ 40°C


345

Metalworking Fluids

Shell GARIA® Alum-Mag Oils Low Viscosity, inactive cutting oils designed especially for aluminum and magnesium Shell GARIA® Alum-Mag and Shell GARIA® Alum-Mag Special are low viscosity, non-active cutting oils designed for use in light duty machining and grinding operations on ferrous and non-ferrous metals, particularly aluminum, magnesium and their alloys. Shell GARIA® Alum-Mag and Shell GARIA® Alum-Mag Special are transparent, light colored cutting oils that have been formulated using high quality refined base stocks. Shell GARIA® Alum-Mag is a straight mineral oil. Shell GARIA® Alum-Mag Special contains fatty oil which provides enhanced lubricity and improved surface finish. Both products have low viscosities which provide faster wetting of metal surfaces and penetration to the cutting zone. The products exhibit good cooling properties and oxidation stability. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Performance Features and Benefits • Excellent cooling properties • Outstanding oxidation stability • Non-staining to both ferrous and non-ferrous metals • Helps improve surface finish on machined parts • Excellent filterability • High dielectric properties


Main Applications • Light duty machining and grinding of magnesium, aluminum and their alloys. It is also suited for grinding of other high machinability rating ferrous and non-ferrous metals when an extreme pressure product is not required. • Glass grinding • Honing


Typical Physical Properties Shell GARIA® Appearance Odor Gravity, °API @ 60 °F Viscosity, cSt @ 40 °C Flash Point, COC, °F Pour Point, °F Fatty Oil

Test Method

D 1298 D 445 D 92 D 97

Alum - Mag

Alum - Mag Special

Pale Mild 30.0 9.5 295 -40 None

Dark Pale Mild 29.8 10.8 310 -15 Present


Metalworking Fluids

346

Shell GARIA® Extra Oil 38 Versatile, compounded cutting oil with fatty oil Shell GARIA® Extra Oil 38 is a compounded mineral oil containing high quality fatty oil. It was developed for use in a wide variety of machining operations, as a supplement to the fluid used where an exceptional surface finish was required. Shell GARIA® Extra Oil 38 is suitable for machining metals and alloys where active sulfur type fluids cannot be used. Shell GARIA® Extra Oil 38 is also suitable as a supplement to other cutting oils to increase surface finish. The high concentration of fatty oil in Shell GARIA® Extra Oil 38 makes it easy to increase the fat content in cutting fluids. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Performance Features and Benefits • Excellent wetability and oiliness properties • Improved surface finish on machined parts • Non-staining to both ferrous and non-ferrous metals • Ease of addition to other fluids


Main Applications • Supplement to cutting fluid to improve surface finish • Light to medium cutting and grinding • Ferrous and non-ferrous metals • Operations where surface finish is critical


Typical Physical Properties Test Method Appearance

Pale to Amber

Odor Gravity, ºAPI

Shell GARIA® Extra Oil 38 Mild

D 1298

25.2

Viscosity @ 40 ºC, cSt

D 445

38.3

Flash Point, COC, ºF

D 92

365

Pour Point, ºF

D 97

Fatty Oil

20 Present


347

Metalworking Fluids

Shell GARIA® Oils High quality active sulfur cutting oils Shell GARIA® Oils are light colored, anti-mist, active sulfur cutting oils designed for use in moderate to severe machining operations. Shell GARIA® cutting oils are available in different EP levels and viscosity grades to cover a wide variety of machining operations and metals. Both the “CM Series” and “M-Series” of Shell GARIA® cutting oils contain unique synergistic extreme pressure additive systems that readily react at the chip-tool interface to form extremely effective boundary lubricating films which reduce frictional heat and prevent metal-to-metal contact of the tool and workpiece. • Shell GARIA® 622S-34 can be used to machine even the most difficult of metals. Shell GARIA® 622S-34 is particularly suited for the machining of titanium and its alloys since it contains no chlorinated additive that may react with the metal and weaken the surface. • Shell GARIA® 623CS-52 and Shell GARIA® 623S-54 have the highest levels of EP of all the products in this series and can be used where most other cutting oils fail. Shell GARIA® 623CS-52 and Shell GARIA® 623S-54 can handle the most difficult operations and can machine the most difficult metals and alloys.

• Shell GARIA® 422CM-36 and Shell GARIA® 422M-36, all of the product family contain fatty oil additives which increase the lubricity and provides better surface finish of workpieces. All of these cutting oils possess excellent anti-wear and anti-weld properties to help maximize tool life. • Shell GARIA® 421CM-12 and Shell GARIA® 421M-12 are low viscosity cutting oils, particularly suited for deep hole drilling, grinding, and other operations where a low viscosity cutting oil would be preferred. Chips and grinding swarf readily settle in Shell GARIA® 421CM-12 and Shell GARIA® 421M12. Due to their low viscosity, loss of oil due to carry-off with the chips is also minimized with Shell GARIA® 421CM-12 and Shell GARIA® 421M-12. • Shell GARIA® 422CM-36 and Shell GARIA® 421M-36 can be used in a wide variety of operations where the machining requirements range from moderate to severe. Shell GARIA® 422CM-36 and Shell GARIA® 421M-36 contain no fatty oil and are, therefore, particularly useful in operations where surface finish is not critical. Shell GARIA® 422CM-36 is also suitable for use in some of the more severe grinding applications where products containing fat could lead to loading of the grinding wheel. • Shell GARIA® 621CM-36 and Shell GARIA® 621M-36 are useful in an extremely wide range of applications and are particularly useful in difficult applications where surface finish is of extreme importance. Shell GARIA® 621CM-36 and Shell GARIA® 621M-36 are particularly useful in form grinding applications and in deep hole drilling operations of metals and alloys with very low machinability ratings.

Metalworking Fluids

Performance Features and Benefits • Light transparent color and low odor properties • Excellent lubricity and extreme pressure properties • Chip-to-tool welding (built-up edge) minimization • Promotes increased tool life • Closer tolerances • Corrosion/rust protection of part and machine • Low smoke/mist tendencies

Main Applications • • • • • • •

348

Deep hole drilling Broaching and tapping Gear cutting and shaving Reaming Grinding, honing and lapping Turning, planing, shaping, drilling and milling Shell GARIA® products should not be used where staining of copper and its alloys is a concern.




Typical Physical Properties Shell GARIA® Oils

Test Method

Appearance Odor

421CM-12

422CM-36

621CM-36

623CS-52

Light Pale

Light Pale

Light Pale

Light Pale

Mild

Mild

Mild

Mild

Color

D 1500

L1.0

L1.0

L1.5

L1.5

Gravity, ºAPI

D 1298

27.0

30.0

28.9

25.8

Viscosity: @ 40 ºC, cSt @ 100 ºC, cSt @ 100 ºF, SUS @ 210 ºF, SUS

D 445 D 445 D 88 D 88

12.1 3.20 69.6 41.1

35.4 6.09 181.7 44.4

35.1 6.32 179.7 49

52.2 7.81 268.4 55.5

Viscosity Index

D 2270

134

119

132

116


D 92

290

380

355

380

Pour Point, ºF

D 97

-40

10

10

10

100 620

83 500

82 500

100 620

Sulfur

Present

Present

Present

Present

Chlorine

Present

Present

Present

Present

Phosphorus

None

None

None

Present

Fatty Oil

Present

None

Present

Present

Four Ball EP Load Wear Index, kgf Weld Point, kgf

D 2783


349

Metalworking Fluids

Typical Physical Properties Shell GARIA® Oils

Test Method

Appearance Odor

421M-12

422M-36

621M-36

622S-34

623S-54

Light Pale

Light Pale

Light Pale

Light Pale

Light Pale

Mild

Mild

Mild

Mild

Mild

Color

D 1500

L1.5

L2.0

L1.5

L2.0

L2.0

Gravity, ºAPI

D 1298

28.0

30.5

29.5

30.8

26.7

Viscosity: @ 40 ºC, cSt @ 100 ºC, cSt @ 100 ºF, SUS @ 210 ºF, SUS

D 445 D 445 D 88 D 88

13.0 3.22 73.5 37.1

35.9 6.12 184.0 46.6

36.0 6.14 184.8 46.8

34.1 5.96 175.1 46.2

53.5 7.90 275.3 52.7

Viscosity Index

D 2270

114

117

118

120

114

Copper Corrosion

D 130

1a

1a

1a

1a

1a


D 92

300

395

360

355

360

Pour Point, ºF

D 97

-40

10

10

10

10

135 620

116 620

128 620

76 500

133 620

Sulfur

Present

Present

Present

Present

Present

Chlorine

None

None

None

None

None

Phosphorus

None

Present

None

None

Present

Fatty Oil

Present

None

Present

Present

Present

Four Ball EP Load Wear Index, kgf Weld Point, kgf

D 2783


Metalworking Fluids

350

Shell GARIA® Oils 631S and 632S Dark colored, active sulfur, heavy duty cutting oils Shell GARIA®631S-32 and Shell GARIA®632S-46 lubricants are dark, active sulfur, heavy duty cutting oils formulated using severely hydroprocessed base stocks with a naturally high viscosity indices. Shell GARIA®631S-32 and Shell GARIA®632S-46 lubricants contain highly effective extreme pressure and lubricity additives that help extend tool life, and prevent welding of chip-to-tool. They are also effective at providing rust and corrosion protection of the parts, the cutting tools, and the machine. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Performance Features and Benefits • Excellent lubricity and extreme pressure properties • Chip to tool welding (built up edge) minimization • Promotes long tool life • Excellent surface finish • Corrosion/rust protection of part and machine


Main Applications • • • • • •

Broaching Tapping Threading Form grinding Deep hole drilling Both lubricants contain active sulfur which can stain copper and its alloys and should not be used to machine these metals.


351

Metalworking Fluids

Typical Physical Properties Shell GARIA® Oils Appearance Odor Gravity,°API Viscosity: @ 40 °C, cSt @ 100 °C, cSt @ 100 °F, SUS @ 212 °F, SUS Viscosity Index Flash Point, COC, °F Pour Point, °F Rust Test, Distilled Water

Test Method

D 1298

631S-32 Black Liquid Compounded 30.2

632S-46 Black Liquid Compounded 27.8

D 445 D 445 D 88 D 88 D 2270 D 92 D 97 D 665A

32.6 5.5 168.1 44.7 104 390 0 Pass

46.7 7.1 240.3 50.0 110 395 10 Pass

Four-Ball EP Load Wear Index, kgf Weld Point, kgf

D 2783 107 620+

118+ 620+

Present None None Present

Present None Present Present

Sulfur Chlorine Phosphorus Fatty Oil


Metalworking Fluids

352

Shell MACRON® 2208 M-4 Neat Cutting Oil Shell MACRON® 2208 M-4 is a cutting oil for honing of cast iron and hardened steels. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Performance Features and Benefits Shell MACRON 2208 M-4 is a chlorine-free cutting oil with a very low aromatic content, with low oil mist and vapor. A well-selected combination of polar, extreme pressure and anti-wear additives provide particularly high load carrying properties. ®

Storage Requirements The product should be stored inside (41 – 104 °F) for no more than 2 years.


Shell MACRON® 2208 M-4 provides: • Good tool life • Good surface finish of the machined work pieces. • Low mist load in the air due to the high efficient anti mist additives. There is no risk of staining yellow metals.


Main Applications


Shell MACRON® 2208 M-4 is used for the honing of cast iron and hardened steels, hardened by tempering or cementation, producing short chips. The product is also used for the machining of light metals and glass at high cutting speeds or for the grinding of tools with diamond or ceramic wheels.



Method

kg/L

ASTM 4052

0.827

Kinematic Viscosity @ 40 ºC @ 100 ºC

cSt

ASTM D 445

4 1.6

Flash Point COC

ºC

ASTM D 92

125

Cu Corrosion Test

Alfa

ASTM D 130

1a


Shell MACRON® 2208 M-4 Light Yellow


353

Metalworking Fluids

Shell MACRON® 2425 S-14 Metalworking neat cutting Oil Shell MACRON® 2425 S-14 is a chlorine free, heavy metal free neat cutting oil containing low aromatic components delivering a benefit of low oil mist and vapor. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Performance Features and Benefits Shell MACRON 2425 S-14 is a chlorine-free, high performance neat grinding oil. Shell MACRON® 2425 S-14 is based on specially treated mineral base oil for enhanced skin compatibility. A well-selected combination of chemically-active phosphorous additives together with polar additives provide particularly high load carrying properties. Through this, prolonged tool live and the excellent surface finish of the machined workpieces may be achieved. Shell MACRON® 2425 S-14 does not stain nonferrous and light metals, has a very mild odor and due to its light color, permits good observation of the grinding process. ®

Storage Requirements Recommended temperature: 41-104 ºF Storage time: 3 years

Handling and Safety Information Shell MACRON® 2425 S-14 is unlikely to present any significant health and safety hazard when properly used in recommended applications and good standards of industrial and personal hygiene are maintained. For information on the safe handling, storage, or use of this product, refer to its Material Safety Data Sheet at http://www.epc.shell.com/. If you are a Shell Distributor, please call 1+800-332-6457 for all of your service needs. All other customers please call 1+800-237-8645 for all of your service needs.

Main Applications Shell MACRON® 2425 S-14 is a high performance grinding oil, used for flute grinding on high-speed steel as well in combination with ceramic and diamond or boron nitrite grinding wheels. Shell MACRON® 2425 S-14 can also be used for grinding of spiral toothed bevel gears and flat or cylindrical grinding processes on complete range of steels and non-ferrous metals.


Typical Physical Characteristics Kinematic Viscosity @ 40 ºC

Unit

Method

Shell MACRON® 2425 S-14

cSt

ASTM 445

13.3

Density @ 20 ºC

kg/L

ASTM 445

0.863

Flash Point COC

ºC

ASTM D 92

170

Visual

Yellowish

Appearance


Metalworking Fluids

354

Shell MACRON® 2429 S-8 Metalworking Neat Cutting Oil Shell MACRON® 2429 S-8 is a chlorine free, heavy metal free neat cutting oil containing low aromatic components delivering a benefit of low oil mist and vapor. Performance Features and Benefits


Shell MACRON® 2429 S-8 is based on hydrotreated mineral oils with a very low aromatic content. A combination of polar, extreme pressure and anti wear additives provide the oils with high load carrying properties. The oil provides good tool life and good surface finish of the machined workpieces. High efficient anti mist additives reduce the mist load in the air. There is no risk of staining yellow metals.

The product should be stored inside (41 – 104°C) for no more than 3 years and be protected from freezing.


Main Applications Shell MACRON® 2429 S-8 is a high performance grinding oil, used for grinding of high speed steel and cemented carbide, with ceramic, diamond and boron nitrite (CBN) grinding wheels. The product can also be used for machining of light alloyed steels, yellow metals and light metals (Mg) and glass at high cutting speeds.




Method

Shell MACRON® 2429 S-8

visual

Light Yellow

kg/L

ASTM D 4052

0.815

Kinematic Viscosity @ 40 ºC

cSt

ASTM D 445

7.5

Flash Point COC

ºC

ASTM D 92

165

ASTM D 130

1b


Cu Corrosion Test


355

Metalworking Fluids

Shell MACRON® Oil EDM 130 High quality electrical discharge machining oil Shell MACRON® Oil EDM 130 is a premium dielectric fluid meeting the requirements for insulation and controlled dielectric discharge during electric discharge machining operations. Shell MACRON® Oil EDM 130 is formulated with a highly refined, narrow cut paraffinic base stock. Performance Features and Benefits


• Mild odor • Relatively high flash and low viscosity • Outstanding oxidation resistance helps reduce the formation of oxidation products that will alter the dielectric strength of the fluid • High dielectric strength provides insulation of the tool and workpiece and helps control electric discharge during machining operation • Excellent filterability



Main Applications • Plunge or ram electrical discharge machining • Glass grinding Advice on applications not covered in this handbook may be obtained from your Shell representative.

Typical Physical Characteristics Method Appearance

Shell MACRON® Oil EDM 130 Water White

Odor

Mild

Viscosity, cSt @ 40 ºC

ASTM D 445

3.45

Gravity, ºAPI @ 60 ºF

ASTM D 1298

44.1

Pour Point ºF

ASTM D 97

5


ASTM D 92

275


Metalworking Fluids

356

Shell MACRON® Oils Premium tri-purpose cutting oils Shell MACRON® cutting oils are transparent, light colored cutting oils formulated from high quality severely hydroprocessed base stocks with a naturally high viscosity index. Shell MACRON® 221CM and 222CM cutting oils are formulated with a conventional chlorinated extreme pressure additive, whereas the Shell MACRON® “M Series” of cutting oils utilize a combination of passive and inactive extreme pressure additives. • Hobbing of high machinability carbon steels and some alloys of copper and magnesium • Gundrilling of high machinability carbon steels and some alloys of copper and magnesium • Automatic screw machines • Grinding a wide variety of metals

Performance Features and Benefits • Excellent machining without zinc, phosphorus and heavy metals • Excellent machining without chlorine (M series only) • Good oxidation stability • Corrosion/rust protection of parts and machines • Helps give excellent finish on parts • Helps reduce smoke and mist • Reduced tool wear • Helps prevent varnish and sludge formation • Non-staining to yellow metals • Tri-purpose oil that can be used as a hydraulic oil, machine lube, or cutting oil in machine tools such as automatic screw machines and NC/CNC machining centers.



Main Applications • Turning, milling, reaming, drilling, and shaping of a wide variety of metals • Broaching of some alloys of aluminum, copper and brass and magnesium • Tapping and external threading of cast iron and some alloys of copper and magnesium


357

Metalworking Fluids

Typical Properties of Shell MACRON® Oils Test Method Appearance Odor Gravity, °API Viscosity: @ 40 °C, cSt @ 100 °C, cSt @ 100 °F, SUS @ 212 °F, SUS Viscosity Index Flash Point, COC, °F Pour Point, °F Copper Strip Corrosion 6 hours @ 160 °F 3 hours @ 212 °F Four Ball EP Load Wear Index, kgf Weld Point, kgf

D 1298 D 445 D 445 D 88 D 88 D 2270 D 92 D 97 D 130

221 CM-32 Light Pale Mild 31.2

222 CM-58 Light Pale Mild 29.1

31.0 5.73 159 45.4 128 400 5

58.2 8.16 307 53.3 106 425 10

1a 1b

1a 1b

37 200

37 200

Present

Present

D 2783

Chlorine


Typical Properties of Shell MACRON® Oils (Chlorine free “M Series”) Test Method Appearance Odor Gravity, °API @ 60ºF Viscosity: @ 40 °C, cSt @ 100 °C, cSt @ 100 °F, SUS @ 210 °F, SUS Viscosity Index Flash Point, COC, °F Pour Point, °F Copper Strip Corrosion 6 hours @ 160 °F 3 hours @ 212 °F Four Ball EP Load Wear Index, kgf Weld Point, kgf Sulfur Chlorine Calcium

D 1298 D 445 D 445 D 88 D 88 D 2270 D 92 D 97 D 130

221 M-32 Light Pale Mild 31.7

223 M-37 Light Pale Mild 30.6

36.6 6.27 188 47.2 121 395 10

36.7 6.27 188 47.2 120 395 5

1b 1b

1b 1b

36 250 Present None Present

52 400 Present None Present

D 2783


Metalworking Fluids

358

Shell MACRON® SL 502 Neat Cutting Oil Shell MACRON® SL 502 is a product based on ester derivate for MQL (Minimum Quantity Lubrication) Advice on applications not covered in this handbook may be obtained from your Shell representative.

Performance Features and Benefits • Good tool life and improved surface finish of the machined work pieces • Excellent oxidation stability • Extremely low oil mist • Skin compatible and friendly • Environmentally responsible • Chlorine free • Sulfur free • Free of heavy metals (zinc free) • Free of aromatic hydrocarbons

Storage Requirements The product should be stored inside (41 – 104°C) for no more than 2 years and be protected from freezing.


Main Applications Shell MACRON® SL 502 is designed for MQL Minimum Quantity Lubrication. It is used for operations such as drilling, tapping, sawing, reaming in a wide range of materials such as steel of low to medium tensile strength, yellow metals and especially for aluminum alloys. The product is totally consumed during machining if used in the right dosage.


Typical Physical Characteristics Unit Appearance

Method

Shell MACRON® SL 502

visual

clear

Density @ 20 ºC

kg/L

ASTM D 4052

840

Viscosity @ 40 ºC

cSt

ASTM D 445

20

Flash Point COC

ºC

ASTM D 92

160

Pour Point

ºC

ASTM D 97

-39

ASTM 130

1a

Cu Corrosion Test 3h @ 100 ºC


359

Metalworking Fluids

SHELL METALINA® B 3650 Water extendible metalworking fluid SHELL METALINA® B 3650 is a full synthetic, high quality coolant free of chlorine, secondary amines, and boron. It is recommended for medium to heavy duty cutting applications of steel alloys. • General machining : 4 – 6 % • Heavy duty operations : 8 – 10 %

Performance Features and Benefits • High lubricity – resulting in prolonged tool life, increased surface finish, lower reject rate • High stability – consistent product quality and performance maintained throughout its life • Full rejection of tramp oil – better working conditions, provides cleaner components, reduced degreasing and disposal costs • Excellent foaming behavior • Transparent solution – excellent visibility of the work piece • Operator friendly

Storage Requirements The product should be stored inside (41-104°F) for no more than one year. Freezing should be avoided.

Handling and Safety Information Please note that mixed coolants work over long periods of time, therefore chemical contamination (hydraulic oils, greases, metal solutions, paints, rust inhibitors, etc.) or bacterial contamination (from dirty hands, work pieces, industrial grade water, sundry waste, etc.) can often occur. Contamination with the above materials should be minimized/ eliminated. Regular monitoring of the in-use product is recommended to maintain optimum product condition and for determination of it’s useful working life. For information on the safe handling, storage, or use of this product, refer to its Material Safety Data Sheet at http://www.epc.shell.com/. If you are a Shell Distributor, please call 1+800-332-6457 for all of your service needs. All other customers please call 1+800-237-8645 for all of your service needs.

Main Applications SHELL METALINA® B 3650 is recommended for cutting operations on steel alloys. It is strongly advised to use SHELL METALINA® B 3650 only in combination with demineralized or very soft water (< 7°dH). Advice on applications not covered in this handbook may be obtained from your Shell representative.

Recommended Concentrations The concentration varies depending on the type of machining operation, the water hardness, and the required corrosion protection. The typical recommended concentrations for use in low water hardness are:


Typical Physical Characteristics Mineral Oil content Kinematic Viscosity @ 20 ºC Density @ 20 ºC pH of the emulsion at 3% Min Anti-Cor. Protection Limit (0-0) Refractometer Factor

Unit % cSt kg/L

Method

ASTM D 1298 DIN 51369 DIN 51360/2

%

SHELL METALINA® B 3650 0 55-75 1.07 9.2 5.0 2.1


Metalworking Fluids

360

SHELL METALINA® B 3850 Water extendible metalworking fluid SHELL METALINA® B 3850 is a full synthetic, high quality biocide free coolant. It is free of chlorine, biocides, secondary amines, and boron. It is specifically designed for medium to heavy duty cutting applications of steel and aluminum alloys (with silicon content >1 %). • General machining : 4 – 6 % • Heavy duty operations : 8 – 10 %

Performance Features and Benefits • High lubricity – resulting in prolonged tool life, increased surface finish, lower reject rate • High stability – consistent product quality and performance maintained throughout its life • Full rejection of tramp oil – better working conditions, provides cleaner components, reduced degreasing and disposal costs • Excellent foaming behavior • Transparent solution – excellent visibility of the work piece • Operator friendly



Main Applications SHELL METALINA® B 3850 is recommended for cutting operations on steel alloys and aluminum alloys (with a silicon content >1 %). It is strongly advised to use SHELL METALINA® B 3850 only in combination with demineralized or very soft water (< 7°dH). Advice on applications not covered in this handbook may be obtained from your Shell representative.

Recommended Concentrations The concentration varies depending on the type of machining operation, the water hardness, and the required corrosion protection. The typical recommended concentrations for use in medium water hardness are:


Typical Physical Characteristics Mineral Oil content Density @ 20 ºC pH of the emulsion at 3% Min Anti-Cor. Protection Limit (0-0) Refractometer Factor

Unit % kg/L

Method ASTM D 1298 DIN 51369 DIN 51360/2

%

SHELL METALINA® B 3850 0 1.07 9.25 4.0 1.48


361

Metalworking Fluids

SHELL METALINA® BY 2211 Water extendible metalworking fluid SHELL METALINA® BY 2211 is a full synthetic, high quality coolant specifically designed for grinding of cemented carbide tools. required corrosion protection. The typical recommended concentration for use in medium water hardness is: • Grinding of cemented carbide : 4 – 5 %

Performance Features and Benefits • Prevents leaching of cobalt into the fluid – creating a more safe working environment • High stability – consistent product quality and performance maintained throughout its life • Full rejection of tramp oil – better working conditions, provides cleaner components, reduced degreasing and disposal costs • Rapid settlement of metallic fines – optimizing surface finish • Minimizes formation of sticky deposits • Excellent foaming behavior • Transparent solution – excellent visibility of the work piece • Operator friendly



Main Applications SHELL METALINA® BY 2211 is especially recommended for grinding of cemented carbide tools. In cemented carbide, cobalt is used as a binder for the tungsten carbide particles. Using SHELL METALINA® BY 2211, which contains a very specific inhibitor, prevents/minimizes the leaching of cobalt into the fluid. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Recommended Concentrations


The concentration varies depending on the type of machining operation, the water hardness, and the



Unit % cSt kg/L

Method ASTM D 445 ASTM D 1298 DIN 51369 DIN 51360/2

%

SHELL METALINA® BY 2211 0 15 1.11 8.9 4.0 1.5

These characteristics are typical of current production. While future production will conform to Shell specifications, variation in these characteristics may occur. Metalworking Fluids

362

SHELL METALINA® D 200 Water extendible metalworking fluid SHELL METALINA® D 200 is a full synthetic, high quality coolant free of chlorine, nitrite, secondary amines, and hexahydrotriazine. It is recommended for surface and cylindrical grinding of cast iron and ferrous metals. required corrosion protection. The typical recommended concentration for use is: • Grinding : 3 – 5 %

Performance Features and Benefits • Rapid settlement of metallic fines – optimizing surface finish of components • Full rejection of tramp oil – better working conditions, provides cleaner components, reduced degreasing and disposal costs • High biostability – very good resistance against development and proliferation of bacteria ensuring a safer work environment and prolonged sump life • Excellent foaming behavior – Guaranteeing problem-free working operations when high pressure and good air release properties are needed • Transparent solution – excellent visibility of the work piece • Operator friendly

Storage Requirements The product should be stored inside (41-104°C) for no more than one year. Freezing should be avoided.


Main Applications SHELL METALINA® D 200 is a fully synthetic water extendible solution recommended for surface and cylindrical grinding of ferrous materials. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Recommended Concentrations


The concentration varies depending on the type of machining operation, the water hardness, and the



Unit % cSt kg/L

Method ASTM D 445 ASTM D 1298 DIN 51369 DIN 51360/2

%

SHELL METALINA® D 200 0 10,000 >1,300

>10,000 >1,300

+0.6 +8.0 98

+0.6 +8.0 98

Load Carrying Capacity - (FZG) (DIN 51354)–Load Stage Fail Oxidation Control TestsA) TOST Life (modified ASTM D934, hr) B) RPVOT (ASTM D2272, minutes) C) FTM-791b-5308 TAN Increase (mg KOH/g) Viscosity Increase @ 40°C (%) Sludge formation (mg)

SHELL TURBO® Oils CC exceed the major gas and steam turbine manufacturers lubricant specifications. Full details may be obtained from your local Shell Representative. These characteristics are typical of current production. While future production will conform to Shell specifications, variation in these characteristics may occur.

Turbine Oil

404

SHELL TURBO® Oil J32 Premium industrial turbine oil SHELL TURBO® Oil J32 has been specially formulated to satisfy the demanding requirements of MHI (Mitsubishi Heavy Industry) non-geared steam and gas turbines. This is based on a blend of specially chosen high quality hydrotreated base oils with selected additives to enhance their rust and oxidation properties. Performance Features and Benefits

Main Applications

• Good thermal and oxidation stability Resists the formation of sludge and other harmful products of oxidation. Long oil life, performance proved over many years in service. • Excellent corrosion protection High level of corrosion protection of all metal surfaces. • Excellent oil/water separation properties Easy drainage of excessive water from lubrication systems. • Good air release characteristics Effective air release without excessive foaming. • Reliable performance in MHI turbines SHELL TURBO® Oil J32 meets the requirements of MHI turbines and has been successfully tested in the MHI in-house dry TOST test. SHELL TURBO® Oil J32 is approved by MHI against their specifications Turbine Oil Type 2 (additive) MS04-MA-CL001 (R-1) and MS04-MA-CL002 (R-1).

• Power generation MHI turbines SHELL TURBO® Oil J32 may also be used for other industrial applications requiring high quality rust and oxidation (R & O) inhibited oils, which separate easily from water. Advice on applications not covered in this handbook may be obtained from your Shell representative.



405

Turbine Oil

Typical Physical Characteristics SHELL TURBO® Oil J32 Kinematic Viscosity

@ 40°C @ 100°C

cSt cSt

32 5.3

Viscosity Index

104

Color (ASTM D 1500)

L0.5

Flash Point (COC)

°C

Pour Point

°C

Total Acid Number

222 -18 0.05

Foaming Sequence I Sequence II Sequence III

30/Nil 20/Nil 30/Nil

Water Separability (ASTM D 1401) @ 54 ºC

ml (min)

Air Release (ASTM D 3427)

min

Copper Corrosion (3h/100 ºC)

40-40-0(10) 8000 Pass >950


Turbine Oil

406

SHELL TURBO® Oil SG 32 Synthetic industrial gas turbine lubricant SHELL TURBO® Oil SG 32 is a synthetic polyalphaolefin based fluid formulated to meet the demands of high output stationary industrial gas turbines. It is blended with carefully selected additives to impart anti-wear, high temperature oxidation and corrosion inhibition, as well as rust protection. Performance Features and Benefits


• Good low temperature fluidity resulting in low wear and low power consumption during startup • High viscosity index and low pour points resulting in performance over a wide temperature range • High load carrying and anti-wear characteristics • Excellent oxidation stability • Compatibility with petroleum based lubricants and seals, paints, gaskets, and hoses normally used with petroleum based lubricants

• • • • •

Allison Gas Turbine Division EMS-45 Cooper Industries Gas Turbines General Electric Company Gas Turbines Solar Turbines ES 9-224 Westinghouse Gas Turbines


Main Applications • Large heavy duty industrial gas turbines • Smaller gas turbines, including aircraft-type gas turbines used in stationary industrial application where an ISO 32 viscosity grade is recommended



407

Turbine Oil

Typical Physical Characteristics SHELL TURBO® Oil SG 32 Specific Gravity, 15.6°C, D1298

0.860

Viscosity:, D 445 @ 40°C, cSt @ 100°C, cSt

32.0 5.65

Viscosity Index, D 2270

130

Flash Point, COC, °C (°F), D 92

243 (470)

Fire Point, COC, °C (°F), D 92

274 (525)

Autoignition, °C (°F), D 659

388 (730)

Pour Point, °C (°F), D 5949

10,000 30 >950

>10,000 30 >950

>10,000 30 >950

Rust Control (ASTM D665B, after water washing) Inertness to ammonia (Modifier ASTM D943) Acid Nmber (mgKOH/g) Organic Sludge (%) Copper Content (ppm) FZG, Fail Load Stage (DIN 51354) Oxidation Control TestsA) TOST Life (modified ASTM D943, hr) B) TOST 1000hr Sludge (ASTM D4310, mg) C) RPVOT (ASTM D2272, min)


Turbine Oil

410

SHELL TURBO® Oil TX 32 High quality industrial steam and gas turbine oil SHELL TURBO® Oil TX 32 has been developed to meet the exacting demands of modern steam and gas turbine applications. SHELL TURBO® Oil TX 32 oil is formulated from premium quality hydrotreated base oils and a combination of ashless additives that provide excellent oxidative stability, protection against rust and corrosion, low foaming and excellent demulsibility. Advice on applications not covered in this handbook may be obtained from your Shell representative.

Performance Features and Benefits • Strong Control of Oxidation The use of inherently oxidatively stable base oils together with an effective antioxidant package provides high resistance to oxidative degradation. The result is extended oil life, minimizing the formation of potentially damaging corrosive acids, deposits and sludge. • High Resistance to Foaming and Rapid Air Release The oil is formulated with a non-silicone antifoam additive which controls foam formation and rapidly collapses any foam formed. This feature coupled with fast air-release from the lubricant reduces the possibility of problems such pump cavitation, breakdown of hydrodynamic lubrication, premature oil oxidation and excessive wear. • Positive Water-shedding properties Robust demulsibility control such that excess water, common-place in steam turbines, can be drained easily from the lubrication system, minimizing corrosion and premature wear. • Excellent Rust and Corrosion Protection Prevents the formation of rust and guards against onset of corrosion ensuring protection for equipment following exposure to humidity or water during operation and during shut-downs.

Specifications, Approvals, and Recommendations The performance of SHELL TURBO® Oil TX 32 oil meets or exceeds a number of major steam and gas turbine manufacturer lubricant specifications including: • General Electric GEK 28143A, 32568F, GEK 46506D • Westinghouse 21T0591, 55125Z3 • Deutsche Industrie Norm DIN 51515-1 • Alstom HTGD 90-117 (T) • Solar ES 9-224 Revision W • Siemens TLV 9013 04 • ASTM D4304, type I


Main Applications


SHELL TURBO® Oil TX is available in ISO grade 32 and is suited for application in the following areas: • Non-geared industrial steam turbines • Non-geared industrial gas turbines • Numerous applications where rust and oxidation control is required


411

Turbine Oil

Typical Physical Characteristics ISO VISCOSITY GRADE 32

SHELL TURBO® Oil TX Viscosity (ASTM D445) cSt @ 40°C cSt @ 100°C

32 5.5

Pour Point °C (°F) (ASTM D5950)

-12 (10)

Flash Point - COC (ASTM D92, °C (°F))

221 (430)

Total Acid Number (ASTM D974, mg KOH/g)

0.15

Copper Corrosion (ASTM D130, 100ºC/3hr)

1a

Rust Control (ASTM D665B)

Pass

Oxidation Control TestsA) TOST Life (ASTM D943, hr) B) RPVOT (ASTM D2272, min)

>10,000 >1,600


Turbine Oil

412

Shell Barrier Fluid Synthetic barrier fluid for industrial seals Shell Barrier Fluid is a premium high viscosity index synthetic fluid for use as a barrier or buffer fluid in various seals where the fluid must lubricate and dissipate the heat from the seal area. Performance Features and Benefits


• Excellent low temp fluidity and high temperature stability • Excellent heat dissipitation properties • Non-corrosive to metals


Main Applications • Seals requiring a barrier or buffer fluid • Seals requiring a light seal oil • Seals where heat dissipitation is critical



Typical Physical Characteristics Shell Barrier Fluid

Test Method

Appearance

Clear and Bright

Viscosity

@ 40°C @ 100°C @ -40°C

cSt cSt cSt

Flash, COC, °C, (°F) Pour Point, °C, (°F) Density

@ 15°C

kg/L

D 445 D 445 D 445

5.5 1.75 208

D 92

160 (320)

D 5950

-94 (-137) 0.799

Density kg/m

798

Density lbs/gal

6.66

3


413


Shell CARNEA® Oils E Economical oils for bearings and light gearing Shell CARNEA® Oils E are highly refined medium viscosity index mineral oils with naturally low pour points. They are economical oils for non-critical light and medium duty applications, where service temperatures are moderate and long service life is not required. They are available in 5 different viscosity grades. Performance Features and Benefits


• Highly refined • Naturally low pour points


Main Applications • • • •

General purpose, straight mineral oil lubrication Bearings and light gearing “Once-through” oiling systems Light duty hydraulic systems such as lifts, hoists and dump truck mechanisms



Typical Physical Characteristics ISO Viscosity Grade

Test Method

22

32

68

100

220

D 445 D 445

21 3.8

31 4.8

63.9 7.2

100 9.1

215 16.0

Flash Point, °F

D 92

335

360

400

420

455

Pour Point, °F

D 5949

-45

-40

-30

-15

0

Conradson Carbon, wt%

D 189

0.08

0.08

0.10

0.10

0.16

165

175

185

190

-200

Shell CARNEA® Oils E Viscosity: @ 40°C, cSt @ 100°C, cSt

Aniline Point, °F



414

Shell CASSIDA® Chain Oils Chain lubricants for use in food manufacturing machinery Shell CASSIDA® Chain Oil 150 and 1000 are a fully synthetic, high performance anti-wear chain oils which have been specially formulated to lubricate drive and transport chains in the food industry. They are based on a careful blend of synthetic fluids and carefully selected additives chosen for their ability to meet the stringent requirements of the food industry. Performance Features and Benefits

Specifications and Certificates

• Helps prevent corrosion and provide wear protection even under wet conditions • Easily applied by brush, baths or automatic lubrication system • Excellent adhesive properties minimize “fling-off” • Neutral odor and taste • Solvent free formulation

• NSF H1 • Kosher • Halal

Operating Temperatures • -30ºC (-22ºF) to +150ºC (302ºF)


Main Applications • Drive and transport chains in the food industry • Lubrications of equipment used in manufacturing food packaging

• Krones • Frigoscandia • Stork


Incidental Food Contact Registered by NSF (Class H1) and meet the former USDA H1 guidelines (1998) for lubricants where there is a potential for incidental food contact. Made only from substances permitted under the US FDA Title 21 CFR 178.3570, 178.3620 and/or those generally regarded as safe (US 21 CFR 182) for use in food grade lubricants. To comply with the requirements of US 21 CFR 178.3570, contact with food should be avoided where possible. In the case of incidental food contact, the concentration of this product in the food must not exceed 10 parts per million (10 mg/kg of foodstuff). In locations and/or applications where local legislation does not specify maximum concentration limits, this same 10 ppm limit should be observed, as up to this concentration Shell CASSIDA® Chain Oils will not impart undesirable taste, odor, or color to food. Consistent with good manufacturing practice, use only the amount necessary to achieve correct lubrication and take appropriate corrective action should excessive incidental contact with food be detected.

Seal and Paint Compatibility Compatible with the elastomers, gaskets, seals and paints normally used in food machinery lubrication systems.


415


product contamination, always close the package after use. Use the product within 2 years of opening.

Storage Requirements All food grade lubricants, such as Shell CASSIDA Chain Oils, should be stored separately, out of direct sunlight or other heat sources, from other lubricants, chemical substances and foodstuffs. Store between 0 and 40 ºC. Provided that the product has been stored under these conditions, we recommend the product be used within 5 years from the date of manufacture. Only accept new Shell CASSIDA® Chain Oil for use if the manufacturer’s seal is intact. Before opening the pack ensure the area around the closure is clean. It is recommended that it be cleaned with Shell CASSIDA® Fluid PL or Shell CASSIDA® Flushing Fluid and/or potable water before opening. Record the date the seal was broken. To prevent ®



Typical Physical Characteristics Shell CASSIDA® Chain Oils

Test Method

NSF Registration No.

150

1000

92533

92532

Appearance

Visual

Colorless to Pale Yellow

Colorless to Pale Yellow

Viscosity @ 40°C, cSt @ 100°C, cSt

D 445 D 445

150 19.0

1000 80.6

Specific Gravity @ 60°C (kg/l)

D 4052

0.846

0.852

Flash Point, COC, °F

ISO 2592

500

510

Pour Point, °F

ISO 3016

-65

-32

-30ºC (-22ºF) to +150ºC (302ºF)

-30ºC (-22ºF) to +150ºC (302ºF)

Application Temperatures, °C(°F) Classification ADR

2.5 (spray)

UN-Number

1950 (spray)



416

Shell CASSIDA® Chain Oil HT High temperature chain lubricant for use in food manufacturing machinery Shell CASSIDA® Chain Oil HT is a fully synthetic, high performance silicone based oil which has been specially formulated for the food industry to lubricate drive and transport chains operated at elevated temperatures. It is based on synthetic components chosen for their ability to meet the stringent requirements of the food industry. Performance Features and Benefits


• • • • •

Excellent thermal stability Low evaporative loss Excellent corrosion resistance Medium viscosity makes for easy application Excellent adhesive properties minimize “fling-off” • Neutral odor and taste • Solvent free formulation


Operating Temperatures • -30ºC (-22ºF) to +200ºC (392ºF) Between 200ºC (392ºF) and 250ºC(482ºF) lubricating intervals must be determined as a function of the application. Peak temperatures up to 280ºC (536ºF) are possible in some applications, where the lubricated parts are not exposed permanently to temperatures above 200ºC (392ºF) and where the chain can be lubricated at ambient temperature outside the oven before entering the hot area again.

Main Applications • Drive and transport chains in the food industry • Lubrication of equipment used in manufacturing food packaging Note: Not compatible with mineral oils. All equipment must be carefully cleaned before using Shell CASSIDA® Chain Oil HT.

Solubility


Shell CASSIDA® Chain Oil HT is stable, does not emulsify with water, lower molecular weight alcohols, glycols or glycerine. It is miscible with ketones, esters, ether and higher molecular weight alcohols.


Incidental Food Contact Registered by NSF (Class H1) and meet the former USDA H1 guidelines (1998) for lubricants where there is a potential for incidental food contact. Made only from substances permitted under the US FDA Title 21 CFR 178.3570 for use in food grade lubricants. To comply with the requirements of US 21 CRF 178.3570, contact with food should be avoided where possible. In the case of incidental food contact, the concentration of this product in the food must not exceed 1 part per million (1 mg/kg of foodstuff). In locations and/or applications where local legislation does not


417


pack ensure the area around the closure is clean. It is recommended that it be cleaned with Shell CASSIDA® Fluid PL or Shell CASSIDA® Flushing Fluid and/or potable water before opening. Record the date the seal was broken. To prevent product contamination, always close the package after use. Use the product within 2 years of opening.

specify maximum concentration limits, this same 1 ppm limit should be observed, as up to this concentration Shell CASSIDA® Chain Oil HT will not impart undesirable taste, odor, or color to food. Consistent with good manufacturing practice, use only the amount necessary to achieve correct lubrication and take appropriate corrective action should excessive incidental contact with food be detected.




All food grade lubricants, such as Shell CASSIDA® Chain Oil HT, should be stored separately, out of direct sunlight or other heat sources, from other lubricants, chemical substances and foodstuffs. Store between 0 and 40 deg. C. Provided that the product has been stored under these conditions, we recommend the product be used within 5 years from the date of manufacture. Only accept new Shell CASSIDA® Chain Oil HT for use if the manufacturer’s seal is intact. Before opening the


Typical Physical Characteristics Shell CASSIDA® Chain Oil HT

Test Method


127934

Appearance

Visual

Clear

Viscosity @ 40°C, cSt @ 100°C, cSt

D 445 D 445

275 125

Viscosity Index

D 2270

104

Specific Gravity

D 1298

0.976

D 92

>570

D 5949

-54

Flash Point, COC, °F Pour Point, °F Application Temperatures, °C(°F)

-30ºC (-22ºF) to +200ºC (392ºF)

These characteristics are typical of current production. While future production will conform to Shell specifications, variation in these characteristics may occur. Produced according to Shell Quality Standards, in facilities where HACCP audit and Good Manufacturing Practice have been implemented and form part of the quality/environment management system ISO 9001/ ISO 14001.


418

Shell CASSIDA® Chain Oil LT Low temperature chain lubricant for food manufacturing machinery Shell CASSIDA® Chain Oil LT is a fully synthetic, high performance, anti-wear chain lubricant, specially formulated for the lubrication of transport mechanisms inside food freezer machinery. It is based on a careful blend of synthetic fluids and selected additives chosen for their ability to meet the stringent requirements of the food industry. Performance Features and Benefits


• The base fluid properties have been specially enhanced to provide superior lubrication under operating conditions where adhesion to moving parts is essential • Good anti-wear performance offers long and reliable component life and therefore lower maintenance costs • Wide temperature range for excellent performance, especially at sub-zero temperatures • Resists the formation of harmful products of oxidation, even at elevated temperatures, resulting in long oil life • Prevents component damage through excellent water separation properties, which resist formation of potentially harmful emulsions • Neutral odor and taste • High viscosity index results in minimum variation of viscosity with change in temperature • Effective protection against corrosion of metal surfaces

This is an ongoing process, please contact your local Shell company for any updates. • Extensive field experience in equipment made by Frigoscandia • NSF H1 • Kosher • Halal



Main Applications • Transport mechanisms inside food freezer machinery, such as spiral freezers • Lubrication of metal-metal and metal-ceramic contact points in open machinery, such as slide ways and chains • Plain and anti-friction bearings

“Incidental Food contact” Registered by NSF (Class H1) and meets the USDA H1 guidelines (1998) for lubricants for use where there is a potential for incidental food contact. Made only from substances permitted under the US FDA Title 21 CFR 178.3570, 178.3620 and/or those generally regarded as safe (US 21 CFR 182) for use in food grade lubricants. To comply with the requirements of US 21 CFR 178.3570, contact with food should be avoided where possible. In the case of incidental food


419


contact, the concentration of this product in the food must not exceed 10 parts per million (10mg/kg of foodstuff). In locations and/or applications where local legislation does not specify maximum concentration limits, Shell recommends that this same 10 ppm limit be observed, as up to this concentration Shell CASSIDA® Chain Oil LT will not impart undesirable taste, odor or color to food, nor will cause adverse health effects. Consistent with good manufacturing practice, use only the amount necessary to achieve correct lubrication and take appropriate corrective action should excessive incidental contact with food be detected.

these conditions we recommend that the product be used within 5 years from the date of manufacture. Consult your local Shell Company for details. Accept for use new Shell CASSIDA® Chain Oil LT only if the manufacturer’s seal is intact. Before opening the pack ensure the area around the closure is clean. It is recommended that it be cleaned with Shell CASSIDA® Fluid PL and/or potable water and then dried with a clean cloth before opening. Record the date the seal was broken. To prevent product contamination, always close the package after use. Upon opening a pack, the product must be used within 2 years (or within 5 years of date of manufacture, whichever is the sooner).

Oil condition during use


It is recommended that the condition of the oil and the equipment be regularly checked to ensure safe operation.


Storage Requirements All food grade lubricants, such as Shell CASSIDA® Chain Oil LT, should be stored separately, out of direct sunlight or other heat sources, from other lubricants, chemical substances and foodstuffs. Provided that the product has been stored under


Typical Physical Characteristics Shell CASSIDA® Chain Oil LT Property

Test Method


132608

Color

Colorless

Specific Gravity @ 60 ºF

D 4052

0.831

Flash Point

ºF

D 92

>410

Pour Point

ºF

D 5949

< -70

cSt cSt

D 445 D 445

32 6.5

min.

D 1401

10

Kinematic Viscosity @ 40 °C @ 100 °C Demulsibility @ 54%

These characteristics are typical of current production. While future production will conform to Shell specifications, variation in these characteristics may occur. Produced according to Shell Quality Standards, in facilities where HACCP audit and Good Manufacturing Practice have been implemented and form part of the quality/environment management system ISO 9001/ISO 14001.


420

Shell CASSIDA® Fluid DC Speciality direct contact fluid for food processing applications in the food manufacturing industry Shell CASSIDA® Fluid DC 32 is a multipurpose fluid designed for a number of special applications in the food manufacturing industry, including absorber oil for edible oil solvent recovery systems, can-forming and closed circuit/pressureless heat transfer systems. The fluid has been specially developed to meet the stringent requirements of the food industry. It is based on a careful blend of synthetic fluids chosen for their ability to meet the stringent requirements of the food industry. Performance Features and Benefits

Additional Information

• Approved for direct food contact • Low volatility resulting in reduced carryover into edible oil product when used a absorber oil • High viscosity index results in minimum variation of viscosity with change in temperature. This facilitates pump selection. • Wide temperature range for application • High temperature and oxidation stability • Neutral odor and taste

Synthetic Lubricant • Does not contain any natural products derived from animals, nuts or genetically modified organisms (GMO). • Suitable for use where vegetarian and ‘nut-free’ food is prepared. • Biostatic; does not promote the growth of bacteria or fungal organisms.


Main Applications

• • • •

NSF 3H, H1, HT1 Kosher Halal Shell CASSIDA® Fluid DC 32 has been successfully used in edible oil plant absorber oil systems operated by Bunge and Setuza CZ • Shell CASSIDA® Fluid DC 32 has been successfully used in systems of Wanson and Claasen • Shell CASSIDA® Fluid DC 32 has been successfully used in the “cold rolling” and necking operations of Krupp Can-o-Mat forming equipment • SIG Cantec for Can-o-mat forming equipment

• Absorber oil for edible oil extraction plant solvent recovery systems. • Forming oil for the manufacture of both two and three piece cans for food and beverages. • Heat transfer systems in the food industry with a bulk oil temperature range of approximately -30ºC to +280ºC where the surface temperature of the heating elements (oil film temperature) should not exceed +320. Advice on applications not covered in this handbook may be obtained from your Shell representative.


421


Operation Guidelines


When used as a heat transfer fluid, care should be taken to ensure sufficient flow rate to avoid even a temporary overheating of the heat transfer fluid. Reynolds-Number should be >10,000 (ten thousand). This is most important during start up and shut down of the heating systems. The surface temperature of the heating elements (film temperature) should not exceed 320ºC. The physical parameters of the oil necessary for the calculation of the heat transfer coefficient in the system, such as density, specific heat and coefficient of thermal conductivity are indicated in the below.

All food grade lubricants, such as Shell CASSIDA® Fluid DC, should be stored separately, out of direct sunlight or other heat sources, from other lubricants, chemical substances and foodstuffs. Store between 0ºC and 40ºC. Provided that the product has been stored under these conditions we recommend that the product be used with in 5 years from the date of manufacture. Consult your local Shell Company for details. Accept for use new Shell CASSIDA® Fluid DC only if the manufacturer’s seal is intact. Before opening the pack ensure the area around the closure is clean. It is recommended that it be cleaned with Shell CASSIDA® Fluid PL and/or potable water and then dried with a clean cloth before opening. Record the date the seal was broken. To prevent product contamination, always close the package after use. Upon opening a pack, the product must be used within 2 years (or within 5 years of date of manufacture, whichever is the sooner).

Food contact Registered by NSF as 3H, H1, and HT 1, the product meets the USDA guidelines (1998) for lubricants for use where direct contact with food can occur and is also suitable for uses where there is a potential for incidental food contact. Made only from substances permitted under the US FDA Title 21 CFR 172.878, 178.3570, 178.3620. Although this product is approved for direct contact applications, Shell recommends that care should be taken to minimize the amount of the material coming into contact with foodstuffs. JECFA has recommended that the allowable daily intake for this type of product be limited to no more than 6 mg/kg body weight – which for an average individual would correspond to an average of 120 ppm maximum in foodstuffs. In location and/or applications where local legislation does not specify maximum concentration limits, Shell recommends that this same 120 ppm limit be observed. Shell CASSIDA® Fluid DC will not impart undesirable taste, odor or color to food, nor will cause adverse health effects. Consistent with good manufacturing practice, use should be minimized and appropriate corrective action should be taken in the event of detection of excessive contamination of food by Shell CASSIDA® Fluid DC.





422

Parameters for the calculation of the system

Re=

Temperature t ºC

Density ρ kg/m3

Specific Heat c kJ/(kgK)

Thermal conductivity λ W/(mK)

Kinematic Viscosity cSt

0

835

2.07

0.150

218

20

824

2.12

0.148

70

60

799

2.29

0.146

15

100

774

2.42

0.144

6.0

150

742

2.55

0.141

–

200

713

2.79

0.139

–

250

683

2.92

0.137

–

300

652

3.16

0.135

–

v•d Kin. Visc.

Re V

= Reynolds-Number = Speed of heat transfer fluid in the pipe (m/s) d = Pipe diameter (m) Kin. Visc. = (m2/s) [at temperature of system]

Typical Physical Characteristics Shell CASSIDA® Fluid DC

32

Property

Test Method


136694

Color

Colorless

Specific Gravity @ 60ºF

D 4052

0.827

Flash Point

ºF

D 92

445

Pour Point

ºF

D 5949

-75

Kinematic Viscosity @ 40ºC @ 100ºC

cSt cSt

D 445 D 445

32 6.0

Noack Volatility

%m

CEC-L-40-93b

7

Maximum oil film temperature*

ºF

600

Maximum bulk oil temperature

ºF

535

* Oil film temperature is the surface temperature of the heating elements These characteristics are typical of current production. While future production will conform to Shell specifications, variation in these characteristics may occur. Produced according to Shell Quality Standards, in facilities where HACCP audit and Good Manufacturing Practice have been implemented and form part of the quality/environment management system ISO 9001/ISO 14001

423


Shell CASSIDA® Fluid PL Penetrating fluid for use on food manufacturing equipment Shell CASSIDA® Fluid PL is a special lubricant with excellent creeping and penetrating features. It is based on a careful blend of synthetic fluids and selected additives chosen for their ability to meet the stringent requirements of the food industry. Performance Features and Benefits

Specifications and Certificates

• Due to its capillary effect it penetrates quickly between rusty and encrusted surfaces of contact. • Lubricates and protects against corrosion. • Oil and grease residues are dislodged to facilitate cleaning. • Easy to apply • Neutral odor and taste.


Approvals and Recommendations This is an ongoing process, please contact your local Shell company for any updates. • Frigoscandia • SIG Group

Main Applications • Disassembling of screws, interlocking nuts and other components • Corrosion protection of metal components • Lubrication of various non-demanding applications Note: For use on machine parts and surfaces, which will come into contact with food, the oil film must be cleaned off of these surfaces followed by thorough rinsing of the surfaces with potable water.

Incidental Food Contact Registered by NSF (Class H1) and meets the USDA H1 guidelines (1998) for lubricants where there is a potential for incidental food contact. Made only from substances permitted under the US FDA Title 21 CFR 178.3570, 178.3620 and/or those generally regarded as safe (US 21 CFR 182) for use in food grade lubricants. To comply with the requirements of US 21 CFR 178.3570, contact with food should be avoided where possible. In the case of incidental food contact, the concentration of this product in the food must not exceed 10 parts per million (10 mg/kg of foodstuff). In locations and/or applications where local legislation does not specify maximum concentration limits, Shell recommends that this same 10 ppm limit be observed, as up to this concentration Shell CASSIDA® Fluid PL will not impart undesirable taste, odor, or color to food, nor will cause adverse health effects. Consistent with good manufacturing practice, use only the amount necessary to achieve correct lubrication and take appropriate corrective action should excessive incidental contact with food be detected.






424

close the package after use. Upon opening a pack, the product must be used within 2 years (or within 5 years of date of manufacture, whichever is sooner).

Storage Requirements All food grade lubricants, such as Shell CASSIDA Fluid PL, should be stored separately, out of direct sunlight or other heat sources, from other lubricants, chemical substances and foodstuffs. Store between 0ºC to 40 ºC. Provided that the product has been stored under these conditions, we recommend that the product be used within 5 years from date of manufacture. Consult your local Shell company for details. Accept for use new Shell CASSIDA® Fluid PL only if the manufacturer’s seal is intact. Before opening the pack ensure the area around the closure is clean. It is recommended that it be cleaned with Shell CASSIDA® Fluid PL and/or potable water and then dried with a clean cloth before opening. Record the date the seal was broken. To prevent product contamination, always ®



Typical Physical Characteristics Shell CASSIDA® Fluid PL Property NSF Registration No. Color Specific Gravity Kinematic Viscosity @ 20°C Flash Point, COC Pour Point Classification ADR

Test Method

D 1298 D 445 D 92 D 5949

cSt °F °F

UN-Number

119103 Colorless 0.772 1.8 105