
NLGI Grade 3-4, translucent white, used primarily as a general purpose O-ring and valve lubricant.

Grease for use under a wide range of temperature conditions for light-load applications where there is metal-to-metal or metal-to-plastic friction at low to high speeds

NLGI Grade 2 – Fluorosilicone-based grease with a base oil viscosity of 495 cSt at 40°C, PTFE-thickened, uses PTFE as a solid lubricants.

NLGI Grade 2-3 – Fluorosilicone-based grease with a base oil viscosity of 9930 cSt at 40°C, PTFEthickened, uses PTFE as solid lubricants.

NLGI Grade 2 – Silicone-based grease with a base oil viscosity of 375 cSt at 40°C, carbon-black thickened, with no solid lubricants.

Grease that can be used in a broad range of temperatures and, in particular, can be used on high-temperature
bearings

Silicone-based material that helps ensure positive lubrication and sealing by slightly swelling rubber O-rings and seals. This product is heat-stable and oxidation-resistant.

High-performance Grease with solid Lubricants for metal/metal combinations involving slow to fast movements,
particularly with medium to high loads

Aerosol: An air cured anti-friction coating filled with molybdenum disulfide and graphite.

A heat-cured antifriction coating filled with molybdenum disulfide and graphite, higher load-carrying capability due to resin selection.

Grease-paste that reduces friction in low-speed, high-load applications by delivering a combination of white solid Lubricants with a mineral oil carrier fluid to the required point of lubrication.

NLGI Grade 2 – lithium complex thickened, uses molybdenum disulfide solid lubricants.

Solid Lubricant paste for the assembly and running-in of metal components

Solid lubricating paste with particularly low friction coefficient for assembly and running-in of metallic components

A mineral-oil-based anti-seize paste formulated with solid lubricants such as copper, molybdenum disulfide, and white solids.

Extremely pure, solid lubricant paste for bolted joints; contains no lead, nickel, sulfur, chlorine or fluorine