Chemola™ Desco 625 PAK
Injectable Packing with PTFE and Aramid Fibers
Chemola™ Desco 625 PAK is our most popular blend of 100% synthetic base oils with synthetic fibers and fillers that provide a sure seal. The base fluids provide a very low coefficient of expansion (from -80˚F to 500˚F) while being oil resistant. The solid synthetic fibers and fillers provide a sure seal and are inert to most services.
Chemola™ Desco NG/H2 Valve Lubricant
Premium Valve Lubricant for Blended Hydrogen Service
Chemola™ Desco NG/H2 is specially formulated for dual resistance to hydrocarbons and hydrogen gas. Building upon long-proven hydrocarbon resistant valve lubricants, Desco NG/H2 meets new challenges in the natural gas industry.
Chemola™ Desco PLV 50
Pipeline Valve Lubricant – Standard
Chemola™ Desco PVL 50 is a superior lubricant formulated for resistance to hydrocarbons. It contains 100% synthetic fluids with a non-soap thickener. Chemola™ PVL 50 is our standard lubricant for use in pipeline valves.
Chemola™ Desco PLV 55X Sealant
Pipeline Valve Sealant – Premium
Chemola™ Desco PLV 55X is a premium synthetic sealant for hard to seal valves. It is formulated for excellent resistance to washout from hydrocarbons, and contains chemically inert PTFE for ultimate sealing capability. Higher PTFE grades are available.
Chemola™ Desco PLV 95
Pipeline Valve Lubricant – Premium
Chemola™ Desco PLV 95 is formulated for superior hydrocarbon resistance with a robust synthetic fluid and non-soap thickener, with molybdenum disulfide for added temperature and extreme pressure properties. Chemola™ Desco PLV 95 is our most widely used pipeline valve lubricant.
Chemola™ Desco Valve Cut
Frees Corroded and Frozen Valves
Chemola™ Desco Valve Cut is a formulated multi-ingredient, semi-fluid combination of penetrants and lubricants designed to dissolve and cut residual gums, laquer deposits, inert solids and corrosion deposits that make valves non-functioning and hard to operate.
Although not all valves are recoverable with Valve Cut, with periodic use many operators have found that valves remain operable through years of usage under severe conditions with.