-
Supplier: Accuris
Description: GREASE, PERFLUOROPOLYETHER OIL, PTFE THICKENED ***TO BE USED WITH FORD WSS-M99P1111-A***
-
Supplier: Henkel Corporation - Industrial
Description: High performance, chemically inert, synthetic grease made of PFPE and PTFE which provides long-lasting lubrication in severe chemical environments. LOCTITE® LB 8209 is a white to off-white, high performance, chemically inert, synthetic grease composed of perfluoropolyether (PFPE) and
- Features: Bearing Lube, Fluid / Oil, Specialty, Synthetic / Semi-synthetic
- Composition / Chemistry: Fluoropolymer / PTFE (e.g., Teflon®)
- Type / Function: Lubricant
-
Supplier: Krytox™ Performance Lubricants
Description: The Krytox™ AUT Series is a line of products designed to address the automotive industry's need for lubricants that combine efficiency and performance at both low and high temperatures. While all grades in the AUT Series are based on ISO 100-grade perfluoropolyether (PFPE) oil, each
- Kinematic Viscosity (@ 40°C): 2.5 to 310 cSt
- Operating / Use Temperature: -47 to 392 F
- Applications: Automotive / Transportation
- Features: Corrosion Inhibitor / Rust Preventative, Fluid / Oil, Synthetic / Semi-synthetic
-
-
Supplier: Krytox™ Performance Lubricants
Description: These new patented additives enhance the performance of Krytox™ PFPE greases and oils, giving them improved performance properties. Bearings run quieter and wear less because there are no solid additives to make noise. Lower wear will extend bearing and component life. The anticorrosion
- Kinematic Viscosity (@ 40°C): 2 to 16 cSt
- Operating / Use Temperature: -94 to 220 F
- Pour Point: -94 F
- Features: Corrosion Inhibitor / Rust Preventative, EP (Extreme Pressure / Active), Fluid / Oil, Synthetic / Semi-synthetic
-
Supplier: Edwards Vacuum
Description: Edwards now offers an extended range of Krytox® perfluoropolyether oils for use in rotary vacuum pumps. Krytox 1506 is recommended for Edwards oil sealed rotary pumps and are practically a direct replacement for mineral oil in terms of viscosity and vapor pressure. Krytox
- Viscosity Index: 22 to 70
- Pour Point: -49 F
- Density / Specific Gravity (@15.6°C, 60°F): 1.88 specific gravity
- Features: Corrosion Inhibitor / Rust Preventative, Fluid / Oil, Sealing / Barrier, Specialty, Synthetic / Semi-synthetic
-
Supplier: Krytox™ Performance Lubricants
Description: Krytox™ metallization fluids are a range of colorless, fluorinated fluids designed for use in metallization processes. Based on perfluoropolyether (PFPE) chemistry, they are nonreactive, nonflammable, chemically inert, and stable to oxidation.Krytox™ metallization fluids have outstanding
- Kinematic Viscosity (@ 40°C): 2.6 to 11.7 cSt
- Density / Specific Gravity (@15.6°C, 60°F): 1.7 specific gravity
- Features: Corrosion Inhibitor / Rust Preventative, Fluid / Oil, Synthetic / Semi-synthetic
- Composition / Chemistry: Fluoropolymer / PTFE (e.g., Teflon®), Specialty / Other
-
Supplier: Krytox™ Performance Lubricants
Description: These new patented additives enhance the performance of Krytox™ PFPE greases and oils, giving them improved performance properties. Bearings run quieter and wear less because there are no solid additives to make noise. Lower wear will extend bearing and component life. The anticorrosion
- Kinematic Viscosity (@ 40°C): 3 to 36 cSt
- Operating / Use Temperature: -81 to 270 F
- Viscosity Index: 59
- Pour Point: -81 F
-
Supplier: ASTM International
Description: is, ester, perfluoropolyether (PFPE), polyalphaolefin (PAO), and so forth. This organization is necessary since the operational requirements in a particular bearing application may limit the choice of grease to a particular base oil type and thickener due to its temperature stability,
Find Suppliers by Category Top
More Information Top
Indicates content that may require registration and/or purchase.
-
Handbook of Lubricants
Chem. Descrip.: Perfluoropolyether oil See Perfluoropolyether .
-
Dielectric behavior of highly conducting perfluoropolyether water-in-oil microemulsions
Phase diagram of Perfluoropolyether oil (0),per- fluoropolyether surfactant (S) and water (W) ternary system (fractions by weight).
-
Effect of temperature on friction and wear behaviors of polyimide (PI)‐based solid–liquid lubricating materials
The tribological properties of polyimide (PI) under four oils (including two perfluoropolyether oils and two silicon oils) lubricated conditions were comparatively investigated at room temperature in vacuum and Fomblin M30 and chlorine‐containing silicon oil were selected to study the friction and wear…
-
Application of in vivo microdialysis for studying the efficacy of protective preparations against sulfur mustard penetrating the skin
A commercially available barrier cream, a perfluoropolyether oil and a vaseline based ointment containing zinc oxide were subsequently tested as topical protectants.
-
Mechanism of Triboplasma Generation in Oil
…mechanism of triboplasma generation in oil has been studied in terms of the air in the bubble and the dissolved air in oil in the tribosystem of a diamond pin sliding on a sapphire disk in perfluoropolyether oil at atmospheric air pressure…
-
Application of multiplicative signal correction (MSC) to Raman spectra for use in an anesthetic sensor
Raman spectra were obtained from dilute mixtures of the anesthetics halothane, isoflurane, and enflurane in perfluoropolyether oil .
-
Practical macromolecular cryocrystallography
Parabar 10312, perfluoropolyether oil , turbomolecular pump oil, paraffin oil, canola oil, olive oil Very thin coating of the crystal, so dab away excess oil to reduce X-ray scatter Parabar 10312 is also known as Paratone-N and is more viscous than…
-
The temperature and pressure dependence of viscosity and volume for two reference liquids
The liquid under consideration is a Dupont Krytox-branched perfluoropolyether oil , GPL 102, which should have the thermal stability required of a high-temperature reference liquid.
-
Omniphobic “R F Paper” Produced by Silanization of Paper with Fluoroalkyltrichlorosilanes
Since the wetting characteris- tics (apparent contact angles, θapp, and hysteresis, θa – θr) of the paper SLIPS did not vary for the three types of paper substrates, we hypothesized that the film of perfluoropolyether oil domi- nates the wetting characteristics of…