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Viscosity Index Improvers STLE (Society of Tribologists & Lubrication Engineers) These enablers of lubrication operations do their jobs across a wide range of temperatures and applications.
Request Sample IRGAFLO® 1100 V BASF Corporation IRGAFLO® 1100 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional shear stability even under the severe KRL 100 hour test conditions. It is targeted for use in industrial applications where shear stability is cri...view more IRGAFLO® 1100 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional shear stability even under the severe KRL 100 hour test conditions. It is targeted for use in industrial applications where shear stability is critical. IRGAFLO® 1100 V is optimized for shear stability. Used in combination with IRGAFLO® PPDs, formulators can achieve optimal low temperature properties. view less
Request Sample IRGAFLO® 6000 V BASF Corporation IRGAFLO® 6000 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where viscosity increase is more emphasized than shear st...view more IRGAFLO® 6000 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where viscosity increase is more emphasized than shear stability. Used in combination with IRGAFLO® PPDs, formulators can achieve optimal low-temperature viscosities and pour points. view less
Request Sample IRGAFLO® 6305 V BASF Corporation IRGAFLO® 6305 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides a balance between thickening efficiency and shear stability in combination with optimal low-temperature performance for all base oils types.
Request Sample IRGAFLO® 6300 V BASF Corporation IRGAFLO® 6300 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where a balance between thickening efficiency and shear s...view more IRGAFLO® 6300 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where a balance between thickening efficiency and shear stability is required. IRGAFLO® 6300 V improves the performance of hydraulic fluids. Used in combination with IRGAFLO® PPDs, formulators can achieve optimal low-temperature viscosities and pour points. view less
Request Sample IRGAFLO® 6100 V BASF Corporation IRGAFLO® 6100 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where viscosity increase is more emphasized than shear st...view more IRGAFLO® 6100 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where viscosity increase is more emphasized than shear stability. IRGAFLO® 6100 V is optimized for thickening efficiency. Used in combination with IRGAFLO® PPDs, formulators can achieve optimal low-temperature viscosities and pour points. view less
Metathesis Powers Marketability of Biobased Lubricants STLE (Society of Tribologists & Lubrication Engineers) Lubricant researchers need new tools that provide high viscosity index, low volatility, low-temperature fluidity, high-temperature performance and good oxidative stability for today’s demanding lubricant needs. Experts think that metathesis-processed rene...view more Lubricant researchers need new tools that provide high viscosity index, low volatility, low-temperature fluidity, high-temperature performance and good oxidative stability for today’s demanding lubricant needs. Experts think that metathesis-processed renewable oils will be the key to producing high-performance, biobased base oils and additives. view less
PEL-AMID™ ODG-1.0 Ele Corporation PEL-AMID™ ODG-1.0 is a DEA-free, naturally derived 1:1 tall oil alkanolamide, which is designed for use in industrial preparations as a lubricant and emulsifier. PEL-AMID ODG-1.0 is a good viscosity index improver in anionic systems and it is a suitable r...view more PEL-AMID™ ODG-1.0 is a DEA-free, naturally derived 1:1 tall oil alkanolamide, which is designed for use in industrial preparations as a lubricant and emulsifier. PEL-AMID ODG-1.0 is a good viscosity index improver in anionic systems and it is a suitable replacement for tall oil diethanolamide in many instances. This product is free of any trace of diethanolamine. view less
DAKOLUB® MB 9000 DAKO AG DAKOLUB® MB 9000 is a crude sunflower oil with a content of oleic acid over 90%. Due to the high stability against oxidation and the excellent stability against aging, lubricants based on DAKOLUB® MB 9000 are suitable for both high temperature and long-term applications. Within these applications the product is characterized by its remarkable low viscosity, low tar formation at high temperatures, and high viscosity index...view more DAKOLUB® MB 9000 is a crude sunflower oil with a content of oleic acid over 90%. Due to the high stability against oxidation and the excellent stability against aging, lubricants based on DAKOLUB® MB 9000 are suitable for both high temperature and long-term applications. Within these applications the product is characterized by its remarkable low viscosity, low tar formation at high temperatures, and high viscosity indexview less
GEOlube® 43 A 1000 GEO Specialty Chemicals GEOlube® 43 A 1000 is a water soluble lubricant base fluid suitable for a range of industrial lubricant applications and may be used as a direct replacement to GEOlube® 50 A 1000 in all such application areas. It offers excellent resistance to weight loss under oxidising conditioners, with minimal residue formation on oxidation, excellent resistance to loss of viscosity under oxidising conditions and high shear, very high viscosity index...view more GEOlube® 43 A 1000 is a water soluble lubricant base fluid suitable for a range of industrial lubricant applications and may be used as a direct replacement to GEOlube® 50 A 1000 in all such application areas. It offers excellent resistance to weight loss under oxidising conditioners, with minimal residue formation on oxidation, excellent resistance to loss of viscosity under oxidising conditions and high shear, very high viscosity index, good water solubility at temperatures below 48°C. view less
DAKOLUB® MB 8500 DAKO AG DAKOLUB® MB 8500 is a sunflower oil with a content of oleic acid over 85%. Due to a special refinig process the oil shows a light color and an extremly low acid value. The main use of DAKOLUB® MB 8500 is the formulation of lubricants for high temperature processes, high shear applications and long durability use. With those applications the product is characterized by its remarkable low viscosity, low tar formation at high temperatures, and high viscosity index...view more DAKOLUB® MB 8500 is a sunflower oil with a content of oleic acid over 85%. Due to a special refinig process the oil shows a light color and an extremly low acid value. The main use of DAKOLUB® MB 8500 is the formulation of lubricants for high temperature processes, high shear applications and long durability use. With those applications the product is characterized by its remarkable low viscosity, low tar formation at high temperatures, and high viscosity indexview less
GEOlube® AIR 32 GEO Specialty Chemicals GEOlube® AIR 32 is a compressor lubricant specifically designed for use in rotary screw air compressors. It is a fully formulated, fully synthetic blend of polyalkylene glycol and polyol ester, and thus takes advantage of the excellent performance attributes of both classes of compound. In addition, due to the inherently high viscosity index...view more GEOlube® AIR 32 is a compressor lubricant specifically designed for use in rotary screw air compressors. It is a fully formulated, fully synthetic blend of polyalkylene glycol and polyol ester, and thus takes advantage of the excellent performance attributes of both classes of compound. In addition, due to the inherently high viscosity index of this lubricants, no additional VI improvers are required in the formulation and so the products remain stable to shear forces and do not suffer any irreversible effects. view less
GEOlube® AIR 46 GEO Specialty Chemicals GEOlube® AIR 46 is a compressor lubricant specifically designed for use in rotary screw air compressors. It is a fully formulated, fully synthetic blend of polyalkylene glycol and polyol ester, and thus takes advantage of the excellent performance attributes of both classes of compound. In addition, due to the inherently high viscosity index...view more GEOlube® AIR 46 is a compressor lubricant specifically designed for use in rotary screw air compressors. It is a fully formulated, fully synthetic blend of polyalkylene glycol and polyol ester, and thus takes advantage of the excellent performance attributes of both classes of compound. In addition, due to the inherently high viscosity index of this lubricants, no additional VI improvers are required in the formulation and so the products remain stable to shear forces and do not suffer any irreversible effects. view less
Turbiscan™ AGS Formulaction Inc. The Turbiscan™ AGS integrates the Turbiscan™ LAB stability analyzer to an autosampling robot capable of analyzing up to 54 samples with three different temperature chambers operating from RT to 60 degrees C.
Turbiscan™ LAB Formulaction Inc. The Turbiscan™ LAB can quantify and predict the stability of concentrated systems such as emulsions, dispersions and foams. A non-invasive Multiple Light Scattering (MLS) technique is employed to determine the intensity of particle migration kinetics (sed...view more The Turbiscan™ LAB can quantify and predict the stability of concentrated systems such as emulsions, dispersions and foams. A non-invasive Multiple Light Scattering (MLS) technique is employed to determine the intensity of particle migration kinetics (sedimentation, creaming, clarification) and particle size change kinetics (flocculation, coalescence, packing) as well as phase thickness growth. Analysis can be performed from RT to 60 degrees C on samples up to 95% concentration. view less