Desilube 88 is an ecofriendly anti-wear, anti-friction, extreme pressure lubricant additive. It is suitable for stable suspensions in solvents, mineral oils, greases and pastes. Certified by NSF for the highest H1 food-grade lubricants. Particularly useful in formulating high performance gear and chain oils, chlorine-free heavy-duty stainless and carbon steel drawing compounds. Replacement for chlorinated paraffins and use as an extender for MoS2. Please see the Product Data Sheet for more information on performance, properties and example formulations.
Liquid oil-free antiwear/extreme pressure additive to be combined with mineral oil-based systems to replace very high contents of chlorinated paraffins in heavy duty metalworking operations such as drawing, deep drawing, heading, etc.
Desilube 98F is an ecofriendly anti-wear, anti-friction, extreme pressure lubricant additive. Water soluble powder with solubility up to 20%. Developed to replace graphite, MoS2, chlorinated paraffins and sulfurized olefins in a broad range of applications including broaching, stamping, deep drawing and many others. Certified by NSF for the highest H1 food-grade lubricants. Used in formulations of various synthetic and semi-synthetic metalworking fluids, light color mold release compounds and pre-lube coatings, and water-based synthetic forging lubes. Please see the Product Data Sheet for more information on performance, properties and example formulations.
Lignin based extreme pressure additive effective in a dosage from 1% to 5% and is synergistic to many commercial additives such as MoS2 or S/P additives. In addition to extreme pressure/load carrying properties, this product exhibits multiple performance features including antioxidancy and rheological modification properties (e.g. thickening effect). AEP is naturally occurring, non-toxic and biodegradable which features make it the ideal choice of additive for ECO GREEN Lubricant and grease applications.
Desilube's patented technology allows products to be environmentally safer than traditional lubricant additives. These products perform better than conventional lubricant additives in many applications. Thus, decreasing costs while providing a safer environment.