A firm consistency and resistance to evaporation make this grease ideal for vacuum applications, such as flow meters, vacuum and pressure systems, and laboratory equipment.

Fluorocarbon and fluorinated polymer thickeners add chemical resistance to this grease. It remains intact when exposed to water and most solvents and chemicals.

This thin grease goes on as a film to form a seal in glass and metal stop cocks.

Highly pure, this grease is chemically inert, so it won’t contaminate sensitive environments or react with other substances. Due to its low vapor pressure, it resists evaporation, even at high temperatures.

Apply directly to seals and O-rings to extend service life by preventing drying and cracking.

This oil is chemically inert and long lasting with an indefinite shelf life.

For use in food-processing and preparation areas, these lubricants are rated for incidental food contact. Coat tight-fitting parts with them before sliding together to make assembly easier.

Copper allows these lubricants to conduct electricity, while graphite gives them good chemical and corrosion resistance. Use them to prevent threaded fasteners and close-fitting parts from locking together in connections where you need to conduct electricity.

Also known as thread lubricants, these general purpose antiseize lubricants prevent threaded fasteners and close-fitting parts from locking together due to corrosion, contamination, or heat.

Often used with engine bolts and heavily-loaded, slow-moving gears, these lubricants are formulated with moly (molybdenum disulfide) to prevent parts from locking together under high loads and pressure.

Corrosion-resistant additives allow these lubricants to prevent parts from locking together in caustic environments, such as steel mills and power plants.

Made with graphite and nickel, these lubricants can be used in environments with extreme heat and harsh chemicals where antiseize lubricants with copper can't. Also known as thread lubricants, antiseize lubricants prevent threaded fasteners and close-fitting parts from locking together due to corrosion, contamination, or heat.