Everlube Products Datasheets for Solid and Dry Film Lubricants
Solid and dry film lubricants form a dry layer or coating that excludes moisture and reduces friction, binding, and wear. They often contain additives such as corrosion, oxidation, and rust inhibitors.
Solid and Dry Film Lubricants: Learn more
| Product Name | Notes |
|---|---|
| Ecoalube 642 is a thermally cured, MoS2 based solid film lubricant with a high molecular weight epoxy binder system. This coating provides excellent chemical resistance, wear life, abrasion resistance... | |
| Esnalube 382 is a low VOC, thermally cured; MoS2 based solid film lubricant with a silicate binder system. This coating is designed to provide anti-seize and anti-galling properties in fastener... | |
| Everlube 1329 is a low VOC, graphite based solid film lubricant that utilizes a two-component high solid epoxy binder system. This coating provides excellent abrasion resistance, chip and impact resistance,... | |
| Everlube 29 GMX is a thermally cured, MoS2/Graphite based solid film lubricant which utilitizes a silicone binder system. This coating is specifically designed to provide lubrication in higher temperature environments. | |
| Everlube 6102G is a thermally cured, PTFE/MoS2 based solid film lubricant with a high molecular weight phenolic binder system. This coating enhances the torque/tension relationship in fasteners applications, which allows... | |
| Everlube 6107 is a thermally cured, solid film lubricant that contains a small dispersion of PTFE to enhance torque/tension properties. It is frequently used as a barrier coating to provide... | |
| Everlube 6108 is a thermally cured; PTFE based solid film lubricant with a high molecular weight phenolic binder system. It provides improved torque/tension control on a wide variety of threaded... | |
| Everlube 6110 is a thermally cured, PTFE based solid film lubricant with a high molecular weight epoxy binder system. This coating provides excellent chip and abrasion resistance, very good chemical... | |
| Everlube 6111 is a thermally cured, PTFE/MoS2 based solid film lubricant with a high molecular weight epoxy binder system. This coating is ideal for applications that require excellent corrosion resistance... | |
| Everlube 6112 is a thermally cured, MoS2 based solid film lubricant with a high molecular weight epoxy binder system. This coating provides excellent wear resistance in almost any environment. Along... | |
| Everlube 6173 is a PTFE filled water based solid film lubricant with an acrylic/vinyl binder system. This coating offers the flexibility to stretch and fill voids in threaded surface areas... | |
| Everlube 6180 is a thermally-cured, resin-bonded, fluorocarbon coating that contains no heavy metals or toxic substances. It is highly suited for bio-compatibility testing and Medical use. This coating provides good... | |
| Everlube 620 is a thermally cured, MoS2/Graphite based solid film lubricant with a high molecular weight phenolic binder system. This coating provides a extremely low coefficient of friction, very good... | |
| Everlube 620A is a thermally cured MoS2 based solid film lubricant which utilizes a high molecular weight phenolic binder system. This coating provides excellent chemical resistance, good abrasion and corrosion... | |
| Everlube 620C is a thermally cured MoS2 based solid film lubricant with a high molecular weight phenolic binder system. This coating provides very good wear life, chemical resistance, good... | |
| Everlube 622 is a thermally cured bonded solid film lubricant containing graphite and other lubricant additives in a high molecular weight binder system. Everlube 622 was formulated specifically for fasteners... | |
| Everlube 624 is a thermally cured, MoS2 containing, solid film lubricant with a high molecular weight phenolic binder system. This coating provides very good wear life, chemical resistance, and good... | |
| Everlube 626 is a thermally cured MoS2 based solid film lubricant which utilizes a high molecular weight phenolic binder system. This coating provides excellent abrasion resistance, very good chemical resistance,... | |
| Everlube 645 is a thermally cured, lead free, MoS2 based solid film lubricant with a high molecular weight epoxy binder system. This coating provides excellent chemical resistance, wear life, and... | |
| Everlube 690 is a thermally cured MoS2 based solid film lubricant which utilizes a high molecular weight phenolic binder system. This coating was primarily developed to prevent galling and seizing... | |
| Everlube 720 is a commercial grade, thermally cured, PTFE based solid film lubricant with an organic binder system. This coating provides very good chemical resistance, wear life, corrosion resistance and... | |
| Everlube 721 is a commercial grade, thermally cured, PTFE based solid film lubricant with an organic binder system. This coating offers excellent corrosion resistance, very good chemical resistance, good abrasion... | |
| Everlube 722 is a commercial grade, thermally cured, PTFE based solid film lubricant with an organic binder system. This coating provides very good release, noise reduction properties, very good thermal... | |
| Everlube 723 is a commercial grade, thermally cured, PTFE based solid film lubricant with an organic binder system. This coating provides very good release, abrasion resistance, reduces squeaking noises and... | |
| Everlube 730 is a commercial grade, thermally cured, MoS2/Graphite based solid film lubricant with an organic binder system. This coating provides an extremely low coefficient of friction, very good abrasion... | |
| Everlube 731 is a commercial grade, thermally cured, MoS2 based solid film lubricant with an organic binder system. This coating provides very good chemical resistance, wear life, good abrasion... | |
| Everlube 732 is a commercial grade, themally cured, MoS2 based solid film lubricant with an organic binder system. This coating provides very good chemical resistance, thermal stability, abrasion resistance,... | |
| Everlube 733 is a commercial grade, thermally cured, MoS2 based solid film lubricant with an organic binder system. This coating provides excellent wear life, abrasion resistance, chemical resistance and... | |
| Everlube 810 is a thermally cured, MoS2/Graphite based solid film lubricant with a silicone binder system. This coating is specifically designed to provide lubrication in higher temperature applications. Everlube 810... | |
| Everlube 811 is a low VOC, thermally cured, MoS2/Graphite based solid film lubricant which utilizes a silicate binder system. This coating provides excellent thermal stability, very good chemical resistance, is... | |
| Everlube 812 is a thermally cured, MoS2 based solid film lubricant with a silicate binder system. This coating is specifically designed to provide lubrication in higher temperature applications. Everlube 812... | |
| Everlube 853 is a water-based, thermally-cured high temperature anti-gallant lubricant containing graphite with an inorganic binder. Everlube 853 is designed to lubricate under high temperatures in aviation and propulsion applications. | |
| Everlube 9001 is a thermally cured, low VOC MoS2/Graphite based solid film lubricant with a high molecular weight epoxy binder system. This coating provides excellent abrasion resistance, very good chemical... | |
| Everlube 9002 is a low VOC MoS2 based solid film lubricant with a high molecular weight epoxy binder system. This coating provides excellent wear life, abrasion resistance, very good... | |
| Everlube 9400 is a thermally cured, low VOC, PTFE based solid film lubricant with an organic binder system. This coating is designed to provide good release properties during production and... | |
| Everlube 9500 is a low VOC PTFE based solid film lubricant with a high molecular weight epoxy binder system. This coating provides excellent abrasion resistance, very good corrosion, chemical resistance... | |
| Everlube 9601 is a thermally cured, low VOC PTFE based solid film lubricant with a high molecular weight epoxy binder system. This coating provides excellent abrasion resistance, very good corrosion... | |
| Everlube 967 is a thermally cured; MoS2 based solid film lubricant with a polyimide binder system. This coating is specifically designed to provide lubrication in higher temperature applications. Everlube 967... | |
| Everlube 968 is a graphite/tin/bismuth based solid film lubricant with a Polyamide-imide binder system. This coating is specifically designed to work to prevent metal to metal contact when used in... | |
| Everlube R-75 is a thermally cured, PTFE based solid film lubricant with a polyamide-imide binder system. Everlube R-75 offers very good durability and abrasion resistance while also providing very good... | |
| Kal-Gard AI is a thermally cured, MoS2/Graphite based solid film lubricant with a high molecular weight phenolic binder system. This coating provides an extremely low coefficient of friction, very good... | |
| Kal-Gard FA is a thermally cured, MoS2 based solid film lubricant with a high molecular weight phenolic binder system. This coating provides excellent chemical resistance, wear life, abrasion resistance and... | |
| Lube Lok® 5306 is a thermally cured MoS2 based solid film lubricant with a high molecular weight phenolic binder system. This coating provides very good wear life, chemical resistance, good... | |
| Lube-Lok 1000 is a vitreous bonded high temperature solid film lubricant designed for use in the 800 F to 1200 F range. The lubricant package consists of synthetic graphite and... | |
| Lube-Lok 2006 is a thermally cured; MoS2/graphite based solid film lubricant that utilizes a silicone binder system. This coating is specifically designed to provide lubrication in higher temperature environments. It... | |
| Lube-Lok 2109 is a thermally cured, MoS2 based solid film lubricant with a high molecular weight epoxy binder system. This coating provides excellent chemical resistance, wear life, abrasion resistance and... | |
| Lube-Lok 2396 is a low VOC, thermally cured, MoS2/Graphite based solid film lubricant which utilizes a silicate binder system. This coating provides excellent thermal stability, very good chemical resistance, lead... | |
| Lube-Lok 4253 is a thermally cured, graphite/Indium/silv er based solid film lubricant with a high molecular weight phenolic binder system. This coating is specifically designed to work to prevent metal... | |
| Lube-Lok 4306 is a thermally cured, MoS2 based solid film lubricant with a high molecular weight phenolic binder system. This coating provides excellent chemical resistance, wear life, and performs best... | |
| Lube-Lok 4396 is a thermally cured, MoS2/Graphite based solid film lubricant with a high molecular weightphenolic binder system. This coating provides an extremely low coefficient of friction, very good chemical... | |
| Lube-Lok 4856 is a graphite/tin/lead based solid film lubricant with a phenolic binder system. This coating is specifically designed to work to prevent metal to metal contact when used in... | |
| Lube-Lok 5396 is a thermally cured; MoS2/graphite based solid film lubricant with a high molecular weight phenolic binder system. This coating provides an extremely low coefficient of friction, very good... | |
| Lube-Lok 77-S is a thermally cured, MoS2/Graphite based solid film lubricant with a high molecular weight phenolic binder system. This coating provides excellent wear resistance, an extremely low coefficient of... | |
| Lube-Lok 99A is a thermally cured, MoS2/Graphite based solid film lubricant which utilizes an epoxy binder system. This coating was specially formulated for use with aluminum and other light metal... | |
| Lube-Lok S22-T is a low energy cure, low VOC MoS2/graphite based solid film lubricant with an inorganic binder system. This coating was specially developed for titanium, aluminum, and magnesium forming... | |
| Lube-Lok S22-TG is a low energy cure, low VOC graphite based solid film lubricant with an inorganic binder system. This forging lubricant was specially developed for superplastic titanium, aluminum,and magnesium... | |
| Lubri-Bond 220 is an air drying, MoS2 based solid film lubricant with an epoxy binder system. This coating provides good corrosion resistance and performs best in higher load carrying... | |
| Lubri-Bond 320 is an air drying, PTFE based solid film lubricant with an epoxy binder system. This coating provides good corrosion resistance, and performs best in lighter load carrying applications. | |
| Lubri-Bond 320R is an air drying, PTFE based solid film lubricant with an epoxy binder system. This coating provides very good corrosion resistance and performs best in lighter load carrying... | |
| Lubri-Bond 320S is an air drying, PTFE based solid film lubricant with an epoxy binder system. This coating was specially developed for the railroad industry. It provides very good corrosion... | |
| Lubri-Bond 333 is an air drying, MoS2/Graphite water based solid film lubricant which utilizes an air curing organic binder system. This coating offers a very low coefficient of friction, good... | |
| Lubri-Bond A is an air dry, MoS2/Graphite based solid film lubricant with an epoxy binder system. This coating provides an extremely low coefficient of friction, and performs best over a... | |
| Lubri-Bond B is an air dry, MoS2/Graphite based solid film lubricant with an epoxy binder system which was developed for brush-on application. Lubri-Bond B provides an extremely low coefficient of... | |
| Lubri-Bond HT is an air drying, MoS2 based solid film lubricant with a silicone binder system. This coating is specifically designed to provide lubrication in higher temperature environments. Lubri-Bond HT... | |
| Lubri-Bond K is an air drying, MoS2 based solid film lubricant with an epoxy binder system. This coating provides a low coefficient of friction, and performs best in higher load... | |
| Lubri-Bond N is an air drying, MoS2/Niobium Diselenide based solid film lubricant with an epoxy binder system. This coating was designed to be used on rubbing surfaces where electrical conductivity... | |
| Our MoS2 based coatings are commonly used in applications where load carrying capacity, operating temperature and coefficient of friction are primary concerns. MoS2 based coatings provide effective lubrication in a... | |
| Perma-Slik 1460W is a low VOC, water based cetyl alcohol wax emulsion. This coating offers good lubricity without containing any heavy metals and/or hazardous materials. Perma-Slik 1460W is qualified to... | |
| Perma-Slik C is an air drying, MoS2 based solid film lubricant with an modified organic binder system. This coating offers fast drying capibilities and is ideal for use as a... | |
| Perma-Slik G is an air drying, MoS2 based solid film lubricant with an epoxy binder system. This coating provides a low coefficient of friction, good corrosion resistance, and performs... | |
| Perma-Slik RAC is an air drying, MoS2/Graphite based solid film lubricant with an organo-metallic binder system. This coating provides excellent thermal stability, low coefficient of friction, very good wear life... | |
| Perma-Slik RGAC is a graphite based solid film lubricant with an organo-metallic binder system. This coating providesan extremely low coefficient of friction, excellent thermal stability and performs best in higher... | |
| Perma-Slik RMAC is a MoS2 based solid film lubricant with an organo-metallic binder system. This coating provides very good wear life, thermal stability and performs best in higher load... | |
| Perma-Slik RMT is a PTFE/MoS2 based solid film lubricant with an organo-metallic binder systems. This air dry coating was specially designed to eliminate galling and seizing in fastener related applications. | |
| Perma-Slik RRM is a MoS2 based solid film lubricant with an inorganic binder system. This coating was developed to lubricate components which remain in place for long periods of time. | |
| Perma-Slik S is a MoS2 based solid film lubricant with an alkyd binder system. This coating provides very good wear life, thermal stability and performs best in higher load carrying... |