text: Industrial Lubricants - Dry Graphite Lubricant -- 8078
  Applications / Function: Automotive / Transportation, Bearing Lube, Combustion Engines / Motor Oil
  Description: (Known as P3 Forge 4258 ) BONDERITE® L-FG 4258™ GRAPHITE FORGING LUBRICANT ACHESON is a water dilute-able lubricant used when hot forging steel parts. The product is a water-based dispersion of graphite designed to hot forge a steel part with minimal process or quality
  Solid and Dry Film Lubricants - BONDERITE L-GP G AEROSOLIZED GRAPHITE LUBRICANT ACHESON
  Description: (Known as Aerodag G ) BONDERITE® L-GP G AEROSOLIZED GRAPHITE LUBRICANT ACHESON, which is supplied in a convenient aerosol package, provides a dry film coating which offers superior lubrication and excellent electrical capabilities. It contains highly refined graphite particles
  Synthetic Oils, Greases, and Lubricants - BONDERITE L-FG 345 Graphite Forging Lubricant Acheson
  Description: (Known as P3 FORGE 345 ) BONDERITE® L-FG 345™ Graphite Forging Lubricant Acheson is a water soluble semi-synthetic lubricant used for hot forging steel parts. The product is a very dark water based dispersion of graphite designed to provide excellent die adhesion, which
  Function: Metal Working Fluid, Metal Forming Fluid
  Industrial Lubricants - Graphite Solid Film Lubricant -- Everlube®622
  Description: 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 to provide enhanced torque-tension properties, corrosion resistance
  Industrial Lubricants - Graphite Solid Film Lubricant -- Everlube®968
  Description: 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 presence of conventional lubricants such as fuels, oils, greases or other fluid
  Applications / Function: Aerospace, Bearing Lube, Machine / Gears
  Operating / Use Temperature: -100 to 600 F
  Industrial Lubricants - Graphite Solid Film Lubricant -- Everlube®1329
  Industrial Lubricants - Graphite Solid Film Lubricant -- Lube-Lok®4856
  Description: 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 the presence of conventional lubricants such as fuels, oils, greases or other fluid
  Applications / Function: Aerospace, Automotive / Transportation, Machine / Gears, MIL-SPEC / Military
  Industrial Lubricants - Chain Lubricants -- GRAPHITE CHAIN FLUID
  Description: Water based, graphite dispersed, smoke free chain oil. Designed for use in bakeries or other high temperature ovens where a smokeless chain fluid is required.
  Metalworking Lubricants, Coolants, and Fluids - Water Graphitic -- Hot Metal Lubricant? 7162
  Description: Hot Metal Lubricant™ 7162 is a heavy-duty graphitic water-dispersible hot metal lubricant. This forging lubricant contains high-temperature ingredients that provide excellent metal flow during hot forging or hot extrusion operations. Hot Metal Lubricant 7162 forms
  Function / Application: Lubricant, Metal Forming, Release Agent / Coating
  Description: MAC-810 is a solvent based dispersion of a blend of molybdenum disulfide and graphite solid lubricants that will provide a durable, dry film coating with excellent lubricity and an extremely low coefficient of friction. The dry lubricant coating resulting after evaporation of
  Solid and Dry Film Lubricants - Graphite-filled PTFE
  Industrial Lubricants - Solid Lubricant -- CSL250
  Description: drip or fling lubricant. This product will not flash or burn off when subjected to momentary direct flame. This product is NSF H1 listed and is acceptable as a bearing lubricant near food processing applications. This product will not be washed out or degraded by wash down applications
  Industrial Lubricants - Solid Lubricant -- CSL660EP
  Industrial Lubricants - Dry Graphite Lube -- S00204
  Description: Adheres with minimum pretreatment, excellent conductivity
  Operating / Use Temperature: -20 to 850 F
  Industrial Lubricants - Lubricants -- EZ BAKE HD
  Description: Oven chain dry film lubricant with graphite.
  Metalworking Lubricants, Coolants, and Fluids - Water Graphitic -- Thermex? 8260
  Description: Thermex™ 8260 is a heavy-duty water-mix forging lubricant formulated for hot forging and extrusion of ferrous metals on forging presses. Utilizing a balanced blend of bimodal graphite technology and non-toxic lubricity additives, Thermex 8260 promotes metal flow, ensures complete die
  Industrial Lubricants - Water Graphitic -- Thermex? 8191
  Description: Thermex™ 8191 is a specially formulated, water graphitic based forging lubricant designed for use on titanium, zirconium and nickel-based alloys. The product is ideal for most hot forging applications including ring rolling and drop forging. It is relatively viscous as supplied and
  Industrial Lubricants - Dry Film Lubricant -- Xylan® 1054
  Compression Packing Seals - General-service Braided Graphite Packings -- 894/1336/1340
  Description: John Crane styles 894, 1336 and 1340 are cost-effective graphite general-service packing constructed of the highest-quality synthetic fibers and lubricants. These products are designed to handle a wide range of fluids at moderate to high temperatures, pressures and shaft speeds. These
  Alternate Shaft or Rubbing Speed: 2250 ft/min
  Description: Mineral oil based, high temperature, oven chain lubricant containing graphite. Recommended for use on bakery oven chains, conveyor roller and ball bearing chains, pin and roller chains on tunnel tray ovens, tenter frame oven chains, tortilla chains, paint oven chains, wood laminating
  Industrial Lubricants - Nickel Anti-Seize Lubricant -- 771
  Industrial Lubricants - Armite Lubricants Graphite Petrolatum Anti-Seize Compound Gray 1 lb Can -- SAE-AMS 2518D 1 LB
  Description: Armite Lubricants Graphite Petrolatum Anti-Seize Compound meets specification SAE-AMS-2518 Rev D. This anti-seize compound is safe to use in contact with austenitic corrosion-resistant steels, titanium, nickel and cobalt alloys, and related corrosion resistant metals and alloys.
  Industrial Lubricants - FIBROLIT® RL Penetration Lubricant -- 280.15
  Description: Acts as a long-lasting rust protective and lubricant
  How to select the best product for your application All Cobra Solid Lubricant products are formulated from a graphite base (or MoS2 in the case of our vacuum products) and binders along with other ingredients to form a paste (read more)
  throughout North America. Cobra Solid Lubricant is a proprietary, dry, solid graphite formula engineered to seal and lubricate bearings and conveyor wheels. It exhibits extraordinary performance even in the most difficult applications. The characteristics of our products allow for great extremes in (read more)
  graphite lubricant on all internal moving parts. Bearings treated with Cobra Solid Lubricants spin very free and are very energy efficient. The dry lubricant provides for a constant turning torque regardless of temperature variations (read more)
  contaminates are restricted from entering and damaging the bearing. Most external contaminates will not "stick" to the exterior of the bearing and thus the bearings will be cleaner than with oil or grease. Provides continuous replenishment of graphite lubricant on all (read more)
  The first bridge to pivot on four self-aligning bearings, the Gateshead Millennium Bridge has both a fixed and a floating bearing found on either side of the river. DB TM maintenance-free bearings in bronze with graphite lubricant plugs and split stainless steel housings were manufactured
  How to Select the Best Product for your Application
  All Cobra Solid Lubricant products are formulated from a graphite base (or MoS2 in the case of our vacuum products) and binders along with other ingredients to form a paste like mixture which is injected into specially prepared bearings. The mixture is thermally cured and proprietary processes
  Lubrication is the introduction of a substance between the contact surfaces of moving parts to reduce friction and to dissipate heat. A lubricant may be oil, grease, graphite, or any substance-gas, liquid, semisolid, or solid-that permits free action of mechanical devices and prevents damage
  (remember graphite is an excellent lubricant) allows the bearing to have very little drag and to spin very free. And since the CSL has such a very broad range of useful temperature, the bearing will spin free from extremely cold temperatures to very high temperatures.
  so again graphite lubricants are typically used.
  1988) Traction characteristics of graphite lubricants at high temperature.
  In the late 1980's, Toyota Motor Co. and Daido-chemical Industry started to develop non-graphite type lubricant to substitute the graphite type lubricants, and in 1986 Toyota began to use the developed non- graphite lubricant .
  In the friction process, solid graphite lubricant can be transferred onto the surface of the counterpart to prevent the direct contact between the metals and the occurrence of adhesion and scuffing.
  Sliding Wear Behavior of Cast Iron: Influence of MoS2 and Graphite Addition to the Oil Lubricant
  Wear surfaces of the samples tested in the oil plus graphite lubricant mixture are shown in Fig. 7.
  Lubricated Sliding Wear Behavior of a Cast Iron: Effect of Graphite and/or Talc Fraction in Oil
  The wear surfaces were smooth with dark appearance in general when tests were conducted in oil plus 40% graphite lubricant mixture (Fig. 8a).
  Sliding wear response of zinc based alloy as affected by suspended solid lubricant particles in oil lubricant
  The samples attained less wear rate in oil plus talc mixture than in oil plus graphite lubricant up to a critical content of the .
  Effectiveness of an externally added solid lubricant on the sliding wear response of a zinc–aluminium alloy, its composite and cast iron
  Subsurface regions of (a and b) the zinc-based (matrix) alloy and (c–f) cast iron tested in (a,c and d) oil and (b,e and f) oil plus graphite lubricant mixture [single arrow: white region, A: extremely fine microconstituents, B: flow …