Products in Fluids & Lubricants: Gear Lubricants

VBASE® 68U base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

VBASE® 68S base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

HeBoLub® O30 is a highly concentrated, stable oil dispersion of ultrafine hexagonal Boron Nitride particles in a high quality base oil. When added to lubricants, HeBoLub® O30 helps to reduce friction and wear.

VBASE® 46S base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

VBASE® 100S base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

VBASE® 32S base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

VBASE® 46U base oil provides exceptional hydrolytic stability, efficiency, and compatibility to enable the formulation of high-performance Environmentally Acceptable Lubricants (EALs). VBASE Oil is based on new Secondary Polyol Ester™ technology.Increased System Efficiency - High Viscosity Index and High Shear Stability Enable Reduced Flow Losses and Viscous Drag Enhanced Fluid Lifetime and Reliability - Excellent Thermo-Oxidative Stability, Varnish Resistance, and Hydrolytic StabilitySuperior Compatibility - Compatible with all major base oils and sealsEnvironmentally Acceptable - Biobased, Biodegradable, Non-Toxic, Non-bioaccumulatingUSDA Certified Biobased, NSF HX-1: Safe for food contact

Polybut™ X7 is a low molecular weight conventional polybutene.

Cerflon Technologies CER-MS is a concentrated dispersion of PTFE and hexagonal Boron Nitride (hBN) in mineral spirits. CER-MS provides a new dimension in durable coating application. It is an exceptionally stable dispersion that is translucent white in color which makes CER-MS desirable for applications where the use of a dark colored (Graphite or MoS2) solid lubricants would be unacceptable.

Polybut™ 9 is a low molecular weight conventional polybutene.

Cerflon Technologies CER-PCMO is a concentrated dispersion of PTFE and hexagonal Boron Nitride (hBN) in mineral oil. CER-PCMO provides a new dimension in durable coating application. It is an exceptionally stable dispersion that is translucent white in color which makes CER-PCMO desirable for applications where the use of a dark colored (Graphite or MoS2) solid lubricants would be unacceptable.

Cerflon Technologies CER-Canola is a concentrated dispersion of NSF certified PTFE and hexagonal Boron Nitride (hBN) in a Canola oil carrier. CER-Canola provides a new dimension in durable lubrication applications. It is an exceptionally stable dispersion that is translucent white in color which makes CER-Canola desirable for applications where the use of a dark colored (Graphite or MoS2) solid lubricants would be unacceptable.

Polybut 190 is a low molecular Weight Conventional Polybutene

Polybut™ 3 is a low molecular weight conventional polybutene.

Wind Turbine Gearbox Shield™ is the ultimate protection for the moving metal parts in gearboxes. Utilizing the most Advanced Boundary Film (ABF) Technology, it is carried to the contacting metal surfaces by the oil that is used in gearboxes. ABF reacts chemically with the contacting metal surfaces while improving lubricity and load carrying capacity on the metal surfaces to form a complex film of protection. ABF protects moving metal parts from heat, friction and wear in abrasion, extreme pressure torque, dry startup and shutdown. Increased performance and greatly reduced maintenance and downtime are the results. These performance goals are achieved through ABF Technology by lowering the operating temperatures, extending the life of component parts and increasing gearbox reliability.

Polybut™ X10 is a low molecular weight conventional polybutene.

Polybut 1800 is a low molecular Weight Conventional Polybutene

Polybut 600 is a low molecular Weight Conventional Polybutene

Cerflon Technologies CER-PAO is a concentrated dispersion of PTFE and hexagonal Boron Nitride (hBN) in a Polyalphaolefin (PAO) carrier. CER-PAO provides a new dimension in durable coating application. It is an exceptionally stable dispersion that is translucent white in color which makes CER-PAO desirable for applications where the use of a dark colored (Graphite or MoS2) solid lubricants would be unacceptable.

Polybut™ 120 is a low molecular weight conventional polybutene.

RAIL EQUIPMENT SHIELD™ is the ultimate protection for the moving metal parts in light rail transit, heavy railroad equipment, locomotive, and Maintenance of Way. Utilizing the most Advanced Boundary Film (ABF) Technology, it protects moving metal parts from heat, friction and wear in engines, transmissions, differentials, transfer cases, hydraulic pumps and motors, gear boxes, and other enclosed lubrication systems, due to boundary conditions of frictional abrasion, extreme pressure torque, dry startup and shutdown. Increased train velocity and on-time train performance are the results when costly set-outs, maintenance repairs and downtime are reduced. These performance goals are achieved through ABF Technology by lowering the operating temperatures, extending the life of component parts and increasing reliability.

Polybut™ 80 is a low molecular weight conventional polybutene.

Polybut™ 150 is a low molecular weight conventional polybutene.

Polybut 200 is a low molecular Weight Conventional Polybutene

Polybut™ 28 is a low molecular weight conventional polybutene.

Lubristay 9750 is an oil soluble, potassium triborate extreme pressure and anti-wear additive for industrial oils, greases and gear lubricants.

Polybut™ 6 is a low molecular weight conventional polybutene.

Polybut™ 25 is a low molecular weight conventional polybutene.

Polybut™ 5 is a low molecular weight conventional polybutene.

Polybut™ 32 is a low molecular weight conventional polybutene.

KVIS 200 is the trade name of Kothari’s polyisobutylene with molecular weight ranging from 2300 to 2500. KVIS 200 possesses high shear stability and oxidative stability, which makes it the most suitable grade for speciality lubricants and grease. Explore here to see how our KVIS 200 is ideally suited as a high molecular weight dispersant, oil additive, thickener or even tackifier.

Polybut™ 4 is a low molecular weight conventional polybutene.

Polybut™ 0 is a low molecular weight conventional polybutene.

Polybut™ 10 is a low molecular weight conventional polybutene.

Polybut™ X2 is a low molecular weight conventional polybutene.

Maxlube 200 is used in synthetic and semi-synthetic lubricantsand coolants, drawing compounds, can drawing compounds, water based hydraulic fluids, textile fiber and yarn lubricants, cleaning, agents for all types of soils.