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Desiclay G3 — Organoclay Rheology Additive for GreasesLearn MoreSend inquiryDesiclay G3 is an organoclay rheology additive for grease and lubricant formulations. Builds viscosity in oil-based and synthetic systems, suspends solid additives like MoS₂ and graphite, and replaces Bentone-class organoclays at competitive cost.
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Drillclay D3 | Specialty Lubricant Additive for Oil Drilling ApplicationsLearn MoreSend inquiryPowerful Viscosity & Suspension Control for Oil & Synthetic-Based Drilling Systems
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Desilube AEP — Lignin-Based Extreme Pressure & Anti-Wear Grease AdditiveLearn MoreSend inquiryDesilube AEP is a lignin-based extreme-pressure and anti-wear additive powder for lubricant and grease manufacturers developing selected industrial grease and environmentally conscious lubricant formulations.
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Desilube 88 — NSF HX-1 Food-Grade EP/AW Lubricant AdditiveLearn MoreSend inquiryDesilube 88 is an NSF HX-1 registered, LuSC-listed inorganic sulfur-phosphorus EP/AW lubricant additive for food-grade greases, metalworking fluids, industrial lubricants, and EAL formulations. The page includes visible ASTM D2596, D2266, D2782, and D3233 test data from the Desilube brochure.
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Desilube 98F — NSF HX-1 Food-Grade EP/AW AdditiveLearn MoreSend inquiryDesilube 98F is an NSF HX-1 registered, LuSC-listed inorganic sulfur-phosphorus EP/AW lubricant additive for food-grade greases, industrial lubricants, metalworking fluids, and EAL formulations. Supplied as a white, free-flowing powder.
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Desilube 77 | EP/AW Amine Phosphate Additive for Lubricants & GreasesLearn MoreSend inquiryDesilube 77 — amine phosphate EP/AW additive, oil-soluble, replaces chlorinated paraffins in heavy-duty metalworking and grease formulations.
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Desilube 99L/FEL | NSF HX-1 Food-Grade Grease Additive PackageLearn MoreSend inquiryAn eco-friendly, high-performance anti-wear, anti-friction, extreme pressure lubricant additive. Desilube 99FEL is HX-1 certified by NSF International for food-grade lubricants and is registered on the LuSC list, making it Ecolabel ready. It is highly effective at low treat rates (0.5%-3%) and serves as a synergistic extender for MoS₂.
Effective concentration range: 1%–4% by weight