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Nye Rheolube 363

A medium viscosity, lithium soap, synthetic hydrocarbon grease fortified with PTFE to reduce friction. Intended for bearings, gears, slides, and mechanical applications requiring low friction.

GM: 9986139

Lubricant Properties                                  Typical Value           Test Method

Recommended Service Range (°C)    -50 to 125

Thickener                                                        Lithium Soap

Base Oil Type                                                 Polyalphaolefin

Kinematic Viscosity 100°C                     8.6 cSt                           ASTM D-445

40°C                                                                   51.7 cSt

-40°C                                                                 21010 cSt

Viscosity Index                                             143                                  ASTM D-2270

Flash Point °C                                                266                                 ASTM D-92

Pour Point °C                                                -60                                  ASTM D-97

Nye Rheolube 363

Today’s vast array of electromechanical devices in semiconductor wafer fabrication, flat panel, solar panel and LCD manufacturing equipment places increasingly challenging demands on the lubricants used to keep them running. Lubricants today must be able to handle higher loads, higher temperatures, extend component operating life and improve productivity. At the same time, they must also eliminate or minimize airborne particle and mist generation which could fog optics or contaminate wafers.

For more than 50 years, Nye has been working with NASA and leaders in the commercial aerospace industry, qualifying lubricants for mission critical components while addressing problems like outgassing, contamination, and starvation. Outgassing reduces the effectiveness of a lubricant and can contaminate nearby components.

Much of this research is now paying off in other industries where Nye is applying this technology to design lubricants for uses in components and sub-assemblies, including the automotive industry.

Nye Fluorocarbon Gel-813-1-SDS

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NyeClean 5097R - The Right Lubricant for the Right Application

NyeClean 5097R belongs to the NyeClean® line of lubricants.  It's benefits include low particle generation, wear prevention, and low torque.

NyeClean 5097R - From A Unique Line of Lubricants

Today’s vast array of electromechanical devices in semiconductor wafer fabrication, flat panel, solar panel and LCD manufacturing equipment places increasingly challenging demands on the lubricants used to keep them running. Lubricants today must be able to handle higher loads, higher temperatures, extend component operating life and improve productivity. At the same time, they must also eliminate or minimize airborne particle and mist generation which could fog optics or contaminate wafers.

For more than 50 years, Nye has been working with NASA and leaders in the commercial aerospace industry, qualifying lubricants for mission critical components while addressing problems like outgassing, contamination, and starvation. Outgassing reduces the effectiveness of a lubricant and can contaminate nearby components.

Much of this research is now paying off in other industries where Nye is applying this technology to design lubricants for uses in components and sub-assemblies for cleanrooms, laboratories and semiconductor fabrication facilities, both in vacuum and non-vacuum applications. Nye has recently expanded its product line to offer a full complement of lubricants for high vacuum, cleanroom and vacuum pump applications.

NyeClean 5097R Attributes

The NyeClean® line has been developed with its focus on a wide range of general purpose applications in lower vacuum cleanroom environments. In this product line, you will find the broadest range of lubricants developed for motion control applications like bearings, linear guides, and ball screws. Some of the benefits of the NyeClean® product line include Low Particle Generation, Wear Prevention and Low Torque.

NyeClean 5097R - Certification and Ultrafiltration

Nye tests and certifies the vacuum stability (E-595) of each batch of NyeClean 5097R. Other vacuum lubricants list only “typical properties,” which do not warrant that vapor pressure on the label matches the actual vapor pressure of the lubricant. And most often, it doesn’t.

Additionally, NyeClean 5097R is subjected to a proprietary “ultrafiltration process” which removes microscopic particulates and homogenizes agglomerated thickeners. It is packaged in ultraclean containers in a Class 100 (ISO Class 5) mini-environment.

NyeClean-5097R-SDS

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NyeTorr 6200 - The Right Lubricant for the Right Application

NyeTorr 6200 was designed to improve the performance and extend the operating life of high-speed bearings, linear guides for motion control, vacuum pumps, and other components used in semicon manufacturing equipment designed for processes such as deposition, ion implantation, etching, photolithography, and wafer measurement and inspection.

A Pennzane (multiply alkylated cyclopentane “MAC”) based grease thickened with PTFE, NyeTorr 6200 is manufactured to exhibit very low vapor pressure and excellent wear resistance properties, good for heavily-loaded devices and designs requiring limited or oscillating motion, and is capable of sustained operating temperatures up to 150°C. Pennzane fluid-based lubricants also accept a wide variety of additives and are compatible with many of today’s design materials, making them the right choice for many applications. Nye was the first to formulate oils and greases from Pennzane synthesized hydrocarbon synthetic fluids and is Shell Global Solutions’ exclusive authorized global distributor of all Pennzane fluids.

NyeTorr 6200 - From A Unique Line of Lubricants

NyeTorr 6200 comes from a unique line of lubricants manufactured by Nye Lubricants, Inc. of Fairhaven, Massachusetts. They were designed for the rigorous demands of the Semiconductor Production Environment. These products have been developed with several key parameters in mind: Low Outgassing, High Temperature Stability, Aggressive Chemical Resistance, Wear Protection, and Cleanliness. The raw materials used in NyeTorr® formulations are tightly controlled on a molecular level to limit the Vapor Pressure, Outgassing, and Contamination. Nye tests and certifies the vapor pressure of each batch to guarantee that the vapor pressure on the label matches the actual vapor pressure of the lubricant. Additionally, all NyeTorr® lubricants are subjected to a proprietary “Ultrafiltration Process” which removes microscopic particulates and homogenizes agglomerated thickeners.  NyeTorr® is a registered trademark of Nye Lubricants, Inc.

Attributes of NyeTorr 6200

• Temperature Range (°C):  -45 to 150
• Base Oil Chemistry: MAC
• Thickener Type: PTFE
• Base Oil Viscosity - ASTM D-45 (cSt): 100°C: 15, 40°C: 108
• NLGI Grade - ASTM D-217: 1
• Oil Separation - ASTM D-6184 (24 hrs. 100°C): 3.5%
• Evaporation (24 hrs, 100°C): 0.00%
• Vacuum Stability - ASTM E-595 (% wt): TML: 0.058, CVCM: 0.025
• Base Oil Vapor Pressure, Knudsen (25°C): 4.7x10^-12 Torr
• Density (g/cc, 25°C): 1.05
• SRV Coefficient of Friction & Wear: CoF: 0.124, Ball Scar: 0.46mm
• 4-Ball Wear - ASTM D-2266 (60 min, 1200 RPM): Wear Scar: 20 kg load: 0.52mm, 40 kg load: 0.54mm
• 4-Ball Wear - ASTM D-2266 (60 min, 1200 RPM): Coefficient of Friction: 20 kg load: 0.030, 40 kg load: 0.091
• Low Temperature Torque ASTM D-1478(gm-cm,  -25°C): Starting: 207, 10-min run: 263
• Microscopic Particulate Contamination (FTM 791, 3005.3): <300 Particles/cc, 35 μm

NyeTorr 6200 - Certification and Ultrafiltration

Nye tests and certifies the vacuum stability (E-595) of each batch of NyeTorr 6200. Other vacuum lubricants list only “typical properties,” which do not warrant that vapor pressure on the label matches the actual vapor pressure of the lubricant. And most often, it doesn’t.

Additionally, NyeTorr 6200 is subjected to a proprietary “ultrafiltration process” which removes microscopic particulates and homogenizes agglomerated thickeners. It is packaged in ultraclean containers in a Class 100 (ISO Class 5) mini-environment.

NyeTorr-6200 SDS

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NyeTorr 6300 - The Right Lubricant for the Right Application

NyeTorr 6300 was designed to improve the performance and extend the operating life of high-speed bearings, linear guides for motion control, vacuum pumps, and other components used in semicon manufacturing equipment designed for processes such as deposition, ion implantation, etching, photolithography, and wafer measurement and inspection.

NyeTorr 6300 is a PTFE thickened, perfluoropolyether (PFPE) grease with very good vapor pressure and the widest temperature range available, from -65°C to 250°C. The inertness of PFPE lubricants makes them compatible with nearly all materials*, but also means low solubility. Additives designed to reduce corrosion or wear are not typically blended into PFPE lubricants.

NyeTorr 6300 - From A Unique Line of Lubricants

NyeTorr 6300 comes from a unique line of lubricants manufactured by Nye Lubricants, Inc. of Fairhaven, Massachusetts. They were designed for the rigorous demands of the Semiconductor Production Environment. These products have been developed with several key parameters in mind: Low Outgassing, High Temperature Stability, Aggressive Chemical Resistance, Wear Protection, and Cleanliness. The raw materials used in NyeTorr® formulations are tightly controlled on a molecular level to limit the Vapor Pressure, Outgassing, and Contamination. Nye tests and certifies the vapor pressure of each batch to guarantee that the vapor pressure on the label matches the actual vapor pressure of the lubricant. Additionally, all NyeTorr® lubricants are subjected to a proprietary “Ultrafiltration Process” which removes microscopic particulates and homogenizes agglomerated thickeners.  NyeTorr® is a registered trademark of Nye Lubricants, Inc.

Attributes of NyeTorr 6300

• Temperature Range (°C):  -65 to 250
• Base Oil Chemistry: PFPE
• Thickener Type: PTFE
• Base Oil Viscosity - ASTM D-45 (cSt): 100°C: 56, 40°C: 187
• NLGI Grade - ASTM D-217: 2
• Oil Separation - ASTM D-6184 (24 hrs. 100°C): 4.8%
• Evaporation (24 hrs, 100°C): 0.02%
• Vacuum Stability -ASTM E-595 (% wt): TML: 0.034, CVCM: 0.007
• Base Oil Vapor Pressure, Knudsen (25°C): 1.3x10^-10 Torr
• Density(g/cc, 25°C): 1.89
• SRV Coefficient of Friction & Wear: CoF: 0.110, Ball Scar: 0.68mm
• 4-Ball Wear - ASTM D-2266(60 min, 1200 RPM): Wear Scar: 20 kg load: 0.95mm, 40 kg load: 1.30mm
• 4-Ball Wear - ASTM D-2266 (60 min, 1200 RPM): Coefficient of Friction: 20 kg load: 0.129, 40 kg load: 0.112
• Low Temperature Torque ASTM D-1478(gm-cm,  -25°C): Starting: 221, 10-min run: 125
• Microscopic Particulate Contamination (FTM 791, 3005.3): <300 Particles/cc, 35 μm

NyeTorr 6300 - CERTIFICATION AND ULTRAFILTRATION

Nye tests and certifies the vacuum stability (E-595) of each batch of NyeTorr 6300. Other vacuum lubricants list only “typical properties,” which do not warrant that vapor pressure on the label matches the actual vapor pressure of the lubricant. And most often, it doesn’t.

Additionally, NyeTorr 6300 is subjected to a proprietary “ultrafiltration process” which removes microscopic particulates and homogenizes agglomerated thickeners. It is packaged in ultraclean containers in a Class 100 (ISO Class 5) mini-environment.

NyeTorr-6300 SDS

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NyeTorr 5300 - The Right Lubricant for the Right Application

NyeTorr 5300 is a PTFE thickened, heavy viscosity, perfluoropolyether grease intended for high vacuum and clean room applications, spacecraft and semiconductor manufacturing equipment.

NyeTorr 5300 - From A Unique Line of Lubricants

NyeTorr 5300 comes from a unique line of lubricants manufactured by Nye Lubricants, Inc. of Fairhaven, Massachusetts. They were designed for the rigorous demands of the Semiconductor Production Environment. These products have been developed with several key parameters in mind: Low Outgassing, High Temperature Stability, Aggressive Chemical Resistance, Wear Protection, and Cleanliness. The raw materials used in NyeTorr® formulations are tightly controlled on a molecular level to limit the Vapor Pressure, Outgassing, and Contamination. Nye tests and certifies the vapor pressure of each batch to guarantee that the vapor pressure on the label matches the actual vapor pressure of the lubricant. Additionally, all NyeTorr® lubricants are subjected to a proprietary “Ultrafiltration Process” which removes microscopic particulates and homogenizes agglomerated thickeners.  NyeTorr® is a registered trademark of Nye Lubricants, Inc.

Attributes of NyeTorr 5300

• Temperature Range (°C):  -65 to 250
• Base Oil Chemistry: PFPE
• Thickener Type: PTFE
• Base Oil Viscosity - ASTM D-45 (cSt): 100°C: 45, 40°C: 140
• NLGI Grade - ASTM D-217: 2
• Oil Separation - ASTM D-6184 (24 hrs. 100°C): 5.8%
• Evaporation (24 hrs, 100°C): 0.02%
• Vacuum Stability -ASTM E-595 (% wt): TML: 0.320, CVCM: 0.045
• Base Oil Vapor Pressure, Knudsen (25°C): 6x10^-11 Torr
• Density(g/cc, 25°C): 1.91
• SRV Coefficient of Friction & Wear: CoF: 0.159, Ball Scar: 0.68mm
• 4-Ball Wear - ASTM D-2266(60 min, 1200 RPM): Wear Scar: 20 kg load: 0.76mm, 40 kg load: 1.30mm
• 4-Ball Wear - ASTM D-2266 (60 min, 1200 RPM): Coefficient of Friction: 20 kg load: 0.124, 40 kg load: 0.103
• Low Temperature Torque ASTM D-1478(gm-cm,  -25°C): Starting: 236, 10-min run: 142
• Microscopic Particulate Contamination (FTM 791, 3005.3): <300 Particles/cc, 35 μm

NyeTorr 5300 - Certification and Ultrafiltration

Nye tests and certifies the vacuum stability (E-595) of each batch of NyeTorr 5300. Other vacuum lubricants list only “typical properties,” which do not warrant that vapor pressure on the label matches the actual vapor pressure of the lubricant. And most often, it doesn’t.

Additionally, NyeTorr 5300 is subjected to a proprietary “ultrafiltration process” which removes microscopic particulates and homogenizes agglomerated thickeners. It is packaged in ultraclean containers in a Class 100 (ISO Class 5) mini-environment.

NyeTorr-5300 SDS

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Krytox 283AD: Mil Spec Aerospace Grease

Krytox 283AD is the rust inhibitor grade of Krytox 240 AD.

Krytox 283AD is the lubricant of choice for demanding conditions — high and low temperatures, extreme pressure, and harsh environments.

Krytox 283AD: Product Specifications

• • Viscosity of Base Oil, ASTMD445, cSt, @20 ^oC or 68^oF, 1540
  • Viscosity of Base Oil, ASTMD445, cSt, @38^oC or 100^oF, 502
  • Viscosity of Base Oil, ASTMD445, cSt, @99 ^oC or 210^oF, 44
  • Viscosity of Base Oil, ASTMD445, cSt, @204 ^oC or 400^oF,6.0
  • Vapor Pressure of Base Oil,Knudsen, torr, @ 38^oC or 100^oF, 6 x 10^-8
  • Vapor Pressure of Base Oil,Knudsen, torr, @ 260^oC or 500^oF, 3 x 10^-4
  • Pour Point of Base Oil, -30^oC or -20^oF
  • Texture,  Buttery
  • Penetration, ASTM, D217, 60 Strokes, 265-295
  • Mechanical Stability, ASTMD217, 10o,000 Stokes, No change
  • Grease Density, 25^oC or 77^oF, 1.93
  • Estimated Useful Range of Krytox 283AD, -29-316^oC or -20-550^oF

Krytox 283AD: Developed for Aerospace and Aviation

Krytox 283 AD  was developed with aerospace applications in mind.  Krytox lubricants were initially developed by DuPont in the early 1960s specifically for the precise and demanding lubrication needs of the aerospace industry. Krytox synthetic lubricants have since replaced hundreds of special-formula, hydrocarbon-based oils and greases throughout the aerospace and aviation industries, thanks to a long list of superior performance characteristics and certifications.

Suborbital, orbital and deep space flight – require ironclad reliability and lifetime lubrication for critical components that must operate flawlessly in high vacuum and extreme temperatures, as well as endure exposure to fuels, oxidizers and radiation.

Commercial, corporate and military aviation – demands safety, reliability and compliance with a wide range of precise military specifications, as well as reduced maintenance requirements.

Krytox aerospace greases are available in grades conforming to/applicable under:

• • • MIL PRF-27617
    • CAGE Code No. 50JY2 (manufacturing)
    • CAGE Code No. 43S57 (business)
    • FSN, NSN #9150-01-008-0498
    • NATO #G-398

Krytox 283AD: Advantages of an Aerospace Grade Lubricant

Krytox perfluoropolyether- (PFPE-) based oils and greases, including Krytox 283 AD, provide a remarkable list of properties for aerospace applications, including:

• Unaffected lubricity and viscosity within a wide temperature range: -70 °C to 399 °C (-100°F  to 750 °F)
• Stable physical properties over time – Krytox lubricants are virtually unaffected by harsh environments like shock, vibration, heat, pressure and caustic chemicals such as rocket fuels and oxidizers, as well as being radiation resistant
• Resistance to vapor loss in a vacuum, such as during high altitude, orbit or deep space flight
• Excellent friction-reduction characteristics provide long wear and low energy consumption
• Compatible for use with most metals, elastomers, plastics, paints and finishes
• Nontoxic, non-flammable, inert and non-evaporative
• World-class technical consultation tailored to the needs of the aerospace community

View Krytox 283 Series SDS

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NyeTorr 5200 - The Right Lubricant for the Right Application

NyeTorr 5200 is a soft, PTFE thickened, medium viscosity cyclopentane grease intended for high vacuum and clean room applications, spacecraft and semiconductor manufacturing equipment.

NyeTorr 5200 - From A Unique Line of Lubricants

NyeTorr 5200 comes from a unique line of lubricants manufactured by Nye Lubricants, Inc. of Fairhaven, Massachusetts. They were designed for the rigorous demands of the Semiconductor Production Environment. These products have been developed with several key parameters in mind: Low Outgassing, High Temperature Stability, Aggressive Chemical Resistance, Wear Protection, and Cleanliness. The raw materials used in NyeTorr® formulations are tightly controlled on a molecular level to limit the Vapor Pressure, Outgassing, and Contamination. Nye tests and certifies the vapor pressure of each batch to guarantee that the vapor pressure on the label matches the actual vapor pressure of the lubricant. Additionally, all NyeTorr® lubricants are subjected to a proprietary “Ultrafiltration Process” which removes microscopic particulates and homogenizes agglomerated thickeners.  NyeTorr® is a registered trademark of Nye Lubricants, Inc.

Attributes of NyeTorr 5200

• Temperature Range (°C):  -45 to 150
• Base Oil Chemistry: MAC
• Thickener Type: PTFE
• Base Oil Viscosity - ASTM D-45 (cSt): 100°C: 15, 40°C: 108
• NLGI Grade - ASTM D-217: 1
• Oil Separation - ASTM D-6184 (24 hrs. 100°C): 2.8%
• Evaporation (24 hrs, 100°C): 0.00%
• Vacuum Stability - ASTM E-595 (% wt): TML: 0.132, CVCM: 0.032
• Base Oil Vapor Pressure, Knudsen (25°C): 4x10^-12 Torr
• Density (g/cc, 25°C): 1.05
• SRV Coefficient of Friction & Wear: CoF: 0.114, Ball Scar: 0.44mm
• 4-Ball Wear - ASTM D-2266 (60 min, 1200 RPM): Wear Scar: 20 kg load: 0.50mm, 40 kg load: 0.59mm
• 4-Ball Wear - ASTM D-2266 (60 min, 1200 RPM): Coefficient of Friction: 20 kg load: 0.114, 40 kg load: 0.100
• Low Temperature Torque ASTM D-1478(gm-cm,  -25°C): Starting: 221, 10-min run: 274
• Microscopic Particulate Contamination (FTM 791, 3005.3): <300 Particles/cc, 35 μm

NyeTorr 5200  - Certification and Ultrafiltration

Nye tests and certifies the vacuum stability (E-595) of each batch of NyeTorr 5200. Other vacuum lubricants list only “typical properties,” which do not warrant that vapor pressure on the label matches the actual vapor pressure of the lubricant. And most often, it doesn’t.

Additionally, NyeTorr 5200 is subjected to a proprietary “ultrafiltration process” which removes microscopic particulates and homogenizes agglomerated thickeners. It is packaged in ultraclean containers in a Class 100 (ISO Class 5) mini-environment.

NyeTorr-5200 SDS

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Attributes

• Exceptionally Low Volatility
• Resists Chemical Attack
• Resists Oxidation and Radiation Degradation
• Reduces Noise in Many Applications
• High Thermal Stability
• High Refractive Index
• Excellent Resistance to Rust And Corrosion
• Precious Metal Protectant

View Santovac-5 MSDS

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MVT Specifications

MVT TW will equal or exceed the performance of competitive Technical White oils.

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