Phosphorus additives give this oil the strength it needs for use in worm gears.

This oil withstands the heavy loads found in gears and gear-drive systems. Use it in food-processing and preparation areas where incidental contact with food is possible.

Wear-resistant properties keep hydraulic pumps and equipment working, even in high-pressure systems.

Use this oil where zinc compatibility or environmental issues are a concern.

Use this oil in machines that require the same lubricant for both their hydraulic and way systems. Antiwear and oxidation-resistant additives make it work well with hydraulic systems, while moly gives it the high load-carrying ability required by way systems.

For use in food-processing and preparation areas, this oil is NSF registered H1 or meets FDA 21 CFR 178.3570 for incidental food contact.

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

Use this oil in food-processing and preparation areas.

Also known as spindle oil, this thin oil penetrates tight spaces and forms a light film to lubricate angular bearings used in machine tools and other high-speed applications.

With better heat and oxidation resistance than mineral oil, synthetic oil lasts longer, reducing the frequency of changes.

Reduce wear on rings, cylinders, and other moving parts in most major manufacturers' air compressors.

Designed to flow well at extremely low temperatures, use this oil with ammonia refrigeration compressors. It won't mix with refrigerant.

For air-powered tools in food-processing and preparation areas, this oil prevents corrosion and has wear-resistant and extreme-pressure properties. It absorbs water to reduce condensation and prevent buildup.

For use in food-processing and preparation areas, this oil is NSF registered H1 for incidental food contact.

Mix these treatments with gasoline or oil to improve engine performance.

This stabilizer contains nano-sized additives, which penetrate small surface imperfections to reduce wear and heat, extending the life of both the oil and the engine while improving performance.

Increase the pressure mineral oil can withstand in low-speed, high-pressure applications, such as gears, plain bearings, and ways.

Designed to soak into small spaces, this thin oil keeps delicate instruments running smoothly.

For use in selective catalytic reduction (SCR) systems, this fluid reduces the air pollution from your diesel engine to help you comply with EPA guidelines.

This thin lubricant penetrates into tight spaces, and nano-sized additives fill small surface imperfections, reducing wear and heat and extending the life of both the lubricant and equipment.

For use in food-processing and preparation areas, these thin, multipurpose lubricants are NSF registered H1 or FDA compliant for incidental food contact.

Protect food-processing and preparation equipment while limiting environmental impact. These multipurpose lubricants are NSF registered H1 for incidental food contact and are rated to quickly break down in water.

Protect chain and other moving metal parts found in food-processing and preparation equipment while limiting environmental impact. These lubricants are NSF registered H1 for incidental food contact and break down quickly in water.

Thick to cling to wet surfaces, these corrosion-resistant lubricants won’t wash off of chain or other moving metal parts in wet environments. They withstand heavy loads, cut through dirt, grease, and rust, and protect metal surfaces.

By traveling along individual strands and penetrating to the core of wire rope and cable, these lubricants maximize coverage to prevent rust and reduce wear. They cut through dirt, grease, and rust to protect wire rope and cable.

Use these lubricants to ensure smooth, consistent motion when pulling wire or cable through conduit. They provide long-lasting lubrication to support repositioning and maintenance after initial cable installation. Compatible with all cable and insulation types.

Protect electrical components—these lubricants insulate and block moisture, preventing electrical malfunctions. They cut through dirt, grease, and rust to clean connections and relays, leaving behind a thin film for long-lasting protection.

Formulated for use on soft metal, such as aluminum, copper, and brass, these lubricants won’t stain. They reduce friction between your cutting tool and workpiece to make cutting cycles faster and easier, improve surface finishes, and extend tool life.

These general purpose lubricants reduce friction between your cutting tool and workpiece to make cutting cycles faster and easier, improve surface finishes, and extend tool life.

A high sulfur concentration provides the lubricity required to protect tools and stainless steel work surfaces, but these lubricants will stain other metal. They reduce friction between your cutting tool and workpiece to make cutting cycles faster and easier.

For use in food-processing and preparation areas, these lubricants are NSF registered H1 for incidental food contact. They reduce friction between your cutting tool and workpiece to make cutting cycles faster and easier, improve surface finishes, and extend tool life.

Prevent workpieces from sticking to saw and receiving tables. These lubricants make a dry, slippery film that protects tables from corrosion and that won’t come off on your workpiece. Made without silicone or petroleum, they won’t stain wood or interfere with glue or finishes.

Use this high-purity mineral oil to lubricate smoothing and sharpening stones and to prevent material buildup.

These electrical discharge machining (EDM) lubricants resist oxidation, so they last longer and extend the life of your electrode. They're clear for workpiece visibility.

Apply just a few drops of these coolants to your cutting tools before and during milling and machining to reduce heat with very little cleanup.

Use these lubricants with magnetic-base drill presses to cool machining cycles, improving workpiece surface finishes and extending tool life.

For use with micro-drop dispensers, these coolants are mixed with air to create small, controlled droplets that dissipate heat and are easy to clean up. Use for small jobs.

For general-purpose grinding, sanding, and finishing, these coolants prevent material from building up to ensure a high-quality finish and preserve tool life.

These coolants prevent material buildup on smoothing and sharpening stones. They are water-based, so they’re easy to clean from workpieces.

These coolants won’t react with or stain soft metal, such as aluminum or copper. They remove heat, prevent workpiece corrosion and distortion, and improve accuracy while cutting.

Weld longer without damaging your torch—replace the water in your welding cooler with these coolants to prevent mineral deposits and frozen lines. Coolants also tolerate colder temperatures than water. For use with MIG, TIG, spot, and stud welders. They are nonconductive.

This grease remains stable and in place under high pressure, heavy loads, and shock loads. It's often used for demanding mining, construction, and automotive applications.

Formulated to adhere to metal parts and stay in place in wet environments, this grease is commonly used in pulp and paper manufacturing and water management facilities.

Protect equipment while having a limited impact on the environment. This grease resists moisture but still breaks down quickly in water.

For use in food-processing and preparation areas, this petroleum jelly is NSF registered H1 for incidental food contact.

For use on metal parts to prevent corrosion and as an antiseize lubricant. Gauges are often coated in a thin layer of lanolin to move smoothly and maintain their precision.

For use in food-processing and preparation areas, this grease is rated for incidental contact with food.

This grease remains stable and in place under high pressure, heavy loads, and shock loads. It is NSF registered H1 and FDA compliant for incidental food contact. It's often used to lubricate heavy-duty food production equipment.

Highly pure and with no additives to contaminate sensitive environments, use this grease in clean rooms and electronic assembly workstations.

This grease performs well in a wide range of bearing types.

Also known as spindle grease, use this in machine tools and other high-speed applications.

Made with moisture-resistant thickeners, this grease stays in place in wet environments.

Use this grease in food-processing and preparation areas. It is NSF registered H1 or meets FDA Compliant 21 CFR 178.3570 for incidental contact with food.

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.

Thickened with silica, this heavy grease clings to parts so it won't wash off in wet environments.

This grease meets NSF/ANSI Standard 51 and FDA 21 CFR 175.300 for direct contact with food and NSF/ANSI Standard 61 for use with components that come into contact with drinking water.

Use this grease in areas where there is the possibility of contact with food. Also known as dielectric grease, it lubricates and protects electrical systems.

Lubricate, clean, deoxidize, and prevent corrosion on electrical contacts to improve their performance.

Made with moisture-resistant thickener, this grease resists washing off and reduces corrosion and oxidation in wet environments.

Tackier than gear box grease, this grease sticks to open gears and roller chain.

Made with moisture-resistant aluminum thickener, this grease resists washing off and reduces corrosion in wet environments while still lubricating under heavy loads. It is NSF registered H1 for incidental food contact.

Specifically designed for use with air-powered impact wrenches, this grease withstands high pressure and heavy loads and prolongs tool life.

Lithium thickener allows this grease to withstand over 30% more pressure than our standard ball screw grease.

This grease stands up to the high speeds typically found in automated applications.

Highly pure, this grease won't contaminate sensitive environments, so it can be used in clean rooms.

Use this grease in areas where there is the possibility of contact with food.

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.

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

Prevent parts from locking or corroding together even when exposed to wet environments—these lubricants stay in place in the presence of water.

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.

Use these lubricants to prevent threaded fasteners and close-fitting parts in food-processing and preparation areas from locking together. They're NSF registered H1 for incidental food contact.

These lubricants dry to form a thin, solvent-resistant film that won't squeeze out or attract dirt. Use them to prevent threaded fasteners and close-fitting parts from locking together.

Use these NSF registered H1 lubricants in food-processing and preparation areas with a risk of incidental food contact. They form a nonstick film that won't attract contaminants, such as flour.

Also known as antifriction coatings, these slippery coatings cure to provide permanent lubrication. They're made with moly for high-load applications, such as hinges, gears, and rods. They fill in surface imperfections for a smooth, dry finish that won’t attract dust.

Prevent packages from sticking on conveyor rails and chutes. Made with silicone, use these lubricants to create a slippery dry film that won’t attract dust where metal and non-metal surfaces meet.

Made of graphite in a thin oil, these lubricants penetrate wire rope and cable to the core. When the oil evaporates, it leaves behind a dry film of graphite that prevents wear and corrosion throughout the rope without attracting dust.

Also known as paintable mold-release lubricants, these lubricants don’t leave a residue, so you can paint or finish the molded part without the need to clean it. They allow you to easily remove cast parts and prevent sticking, stretching, and tearing.

Also known as paintable mold-release lubricants, these lubricants don’t leave a residue, so you can paint or finish the molded part without the need to clean it. Use them for molding and casting parts in food-processing and preparation areas, or when molding parts that will be used around food. They allow you to easily remove cast parts and prevent sticking, stretching, and tearing.

For hoses and other tight-fitting parts, apply these lubricants to rubber or plastic before assembling and disassembling. After drying, they lose their lubricity, so parts stay together. They leave no residue on assembled parts.

Made of graphite, these powders and flakes lubricate under heavy loads and high temperatures. They resist most chemicals and conduct heat and electricity. Use them dry or mix with oil and grease.

Keep cylinder hones clean.

Also known as castor oil, use these to lubricate and preserve leather.