TRIBOLUBE® EPO₂ Protecterant stops corrosion on brass and copper. When properly applied TRIBOLUBE®EPO₂ will keep metals shiny and corrosion free between servicing intervals. Field testing by various manufacturers continues to reveal additional useful applications. When deep sea diving helmets are treated they’re protected from materials found on commercial dive sites such as oils, paint, quick set cement, chemicals, fuel, waste products, biological hazards, and toxins. A commercial diver reported; “I was using quick set concrete for a repair on a bridge job, when I surfaced there wasn’t any concrete stuck to my hat and the down time totaled four hours.” Nothing will stick to your dive helmet, if it is properly treated with TRIBOLUBE®EPO₂. Treat areas that are prone to galvanic corrosion, and block the natural reaction that occurs between two dissimilar contacting metals. When properly applied TRIBOLUBE®EPO₂ inhibits corrosion. “TRIBOLUBE®EPO₂ was the only thing that resolved an ongoing problem during our assembly. TRIBOLUBE®EPO₂ stopped the cyanoacrylate (SuperGlue) from fusing small internal moving parts together.” Cyanoacrylate is the generic name for fast-acting adhesives such as methyl 2-cyanoacrylate and ethyl-2-cyanoacrylate (commonly sold under trade names like SuperGlue and Krazy Glue. *(For this application TRIBOLUBE® EPO₂ must be properly applied on the surface to achieve desired results.) There are standard operating procedures we recommend to give you the best results. Shake the bottle a few times prior to use. Keep the container closed when not in use. Do not leave the bottle open in an area that that is hot. Heat will increase the potential for evaporative loss. Try to store TRIBOLUBE® EPO₂ in an area that remains cool. For the best results we recommend storing TRIBOLUBE® EPO₂ in freezer. When spraying TRIBOLUBE® EPO₂ on a surface or part, a fine mist will achieve an optimal protective coating. Make sure to completely coat all the surfaces that require protection, and consider all angles to minimize unprotected areas and maximize the protection.
Tribolube® EPO₂ should be applied as a base coating on the entire valve assembly. Apply a coating of Tribolube® 71 over the surfaces treated with Tribolube® EPO₂. In Dynamic applications, properly treat all moving parts and o-rings with the correct amount of grease. Over lubrication will not offer more protection, better performance, or decrease the need to service components. In fact overuse of grease and liberal coating can cause performance issues and additional problems. In most cases that involve lubrication more is not better. In static applications Tribolube® EPO₂ is sufficient, but a small amount of lubricant is recommended.
Tribolube® EPO₂ is being used with grease where galling, fretting, micro welding, and galvanic corrosion is common. In a threaded assembly, the maximum mated contact is only 80%. The remaining 20 % is area made up of open or void spaces, but this space most commonly represents an area of 35% when assembled. If unprotected this will cause frequent system problems, and the location where parts seize. Properly protect this area or be prepared to deal with labor intensive problems. Filling the space with a protective material is one solution. Teflon® tape, anti-seize paste, and grease are commonly used, but not always effective. In low to moderate pressure contacting thread surfaces are suitable, but when a system is required to handle over 3,000 psi it is best to treat void areas. Using Tribolube® EPO₂ as the initial coating and applying Tribolube® 71 over this treated area will; stop corrosion, seizing, fretting, welding, reduce the potential for galling, and deliver oxygen compatible protection. Properly treated assemblies will operate effectively in a wide range of temperatures, from cryogenic at -100°F to 550°F.
Leaving metal plated parts in an ultrasonic solution of diluted vinegar for prolonged periods of time will cause deterioration of the nickel or chrome. The strength of the solution and amount of time parts are submerged determine the severity damage to the protective metal Finnish. There is a way to stop both the damage from acetic acid, and the green oxidation (verdigris) from occurring. The solution is simple, apply a protective coating of Tribolube® EPO₂ and fix both problems at the same time in one step.
Vinegar is composed of about 5% acetic acid. Acetic acid is the major chemical component of vinegar. The proper chemical name of acetic acid is ethanoic acid. Vinegar is a weak acid produced by the oxidation of alcohol (ethanol) from wines and ciders by bacteria. Appling Tribolube® EPO₂ as a protective coating for the entire assembly and solve both issues. The Tribolube® EPO₂ will not be removed by the acid and will block the (verdigris) natural oxidation of the brass from air and seawater. For optimal results it is recommended to apply a coating on a clean dry surface’s. For preventative maintenance and ongoing protection reapply during annual or semi-annual servicing.