Environmentally Friendly
Showing 1–12 of 17 results
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Chemola™ Desco Ram Lube
Blowout Preventer Lubricant
Chemola™ Desco Ram Lube was designed as a lubricant for use on the rims and seals of BOP units. It is non-toxic and environmentally safe.
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Chemola™ Desco 1055
Premium Synthetic Valve Lubricant
Chemola™ Desco 1055 is a state-of-the-art synthetic lubricant that is exceedingly resistant to hydrocarbons, water and hydrochloric acid. Chemola™ Desco 1055 is formulated with solid lubricants to provide lubrication to 600˚F.
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Chemola™ Desco 955
Premium Synthetic
Chemola™ Desco 955 is a hydrocarbon-resistant synthetic lubricant containing molybdenum disulfide for added extreme pressure properties. Chemola™ Desco 955 is formulated with solid lubricants to provide lubrication to 600˚F.
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Chemola™ Desco 800
Aromatic Hydrocarbon Service
Chemola™ Desco 800 is a high purity synthetic lubricant formulated for enhanced resistance to aromatic hydrocarbons and gasoline. Its blend of heavy bodied synthetic oils promotes superior metal adhesion and resistance to hydrocarbon blends that have a high percentage of aromatic compounds.
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Chemola™ Desco 750
High Temperature Hydrocarbon Service
Chemola™ Desco 750 is formulated with 100% synthetic oils and contains solid lubricants for effective lubrication at temperatures to 900˚F.
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Chemola™ Desco 660
Hydrocarbon Service for McEvoy Type Valves
Chemola™ Desco 660 is a superior gate valve lubricant/sealant formulated with 100% synthetic oils and non-soap thickeners. It is very effective in gas service (except chlorine, bromine, fluorine, and oxygen) and highly resistant to washout. It has excellent metal adhesion, corrosion resistance, EP characteristics and is water resistant.
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Chemola™ Desco 600
Synthetic Valve Lubricant
Chemola™ Desco 600 is a superior lubricant formulated for resistance to hydrocarbons. It contains 100% synthetic fluids with a non-soap thickener. Chemola™ Desco 600 is our most popular lubricant for non-sour services and is formulated for resistance to hydrocarbons, water and synthetic fluids.
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Chemola™ Desco 111 (HT)
Valve Lubricant for Sour Service
Chemola™ Desco 111 (HT) is a black, tacky grease designed for maximum hydrocarbon resistance at temperatures up to 350°F. Chemola™ Desco 111 (HT) is also highly resistant to H2S and sour crude service.
*For Use In Gate, Ball, And Plug Valves.
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Chemola™ Desco 111 (HS)
Hydrogen Sulfide Service
Chemola™ Desco 111 (HS) is a synthetic lubricant for valves, swivel joints, pumps and flanges in service where sour gases are present. Chemola™ Desco 111 (HS) has high metal adhesion, corrosion resistance and is water resistant.
*For Use In Gate, Ball, And Plug Valves.
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Chemola™ Desco Clean & Green
Biodegradable Rig Wash Concentrate
Chemola™ Desco Clean & Green biodegradable rig wash is a non-phosphate, solvent-free, readily biodegradable, non-toxic cleaner concentrate that is more powerful against oil and grease than its heavy-duty butyl predecessors. This environmentally-friendly cleaner has special biodegradable surfactants coupled with non-toxic sequestrants and dispersing agents that give superior wetting and cleaning power without harming metal surfaces or irritating skin.
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ThredOn™ Enviro-Lube
Biodegradable Extreme Pressure Lubricant
ThredOn™ Enviro-Lube is a technologically advanced, biodegradable grease used in auto-lubrication jackup systems, windmill installation and service vessels and jackup rigs. The environmentally-friendly lubricant contains no solids or particles, provides excellent corrosion protection and adheres to wet surfaces over a wide temperature range.
Major manufactures of auto-lubrication systems have extensively tested Enviro-Lube. They have both approved and recommended the product based on its pumpability, sprayability, extreme pressure capability and adhesive quality over a wide temperature range. Very few companies receive this approval and Enviro-Lube is the first recipient that is Y1 certified.
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Chemola™ Desco MPG with PTFE
Extreme Pressure Grease with PTFE
Chemola™ Desco MPG formulation includes PTFE to provide the ultimate in thin film lubrication. Heat, friction and drag are reduced, protecting machinery and requiring less frequent lubrication, which helps lower maintenance cost. Its consistency is maintained even under severe operating conditions.