WebBONDERITE L-CA 696 ACHESON (known as DELTACAST 696) is a soft grease which is designed for painting onto ladles or other surfaces in need of protection from attack by molten metals or fluxes. BONDERITE® L-CA 696 is a soft grease, containing refractory pigments designed to provide protection from attack by molten metals or fluxes. WebProduct Overview. BONDERITE® L-GP OILDAG is a premium lubricant solution, engineered with high-purity petroleum oil and micro-processed graphite particles for enhanced extreme pressure (EP) capability & corrosion prevention. BONDERITE® L-GP OILDAG produces an extremely durable “mirror-like” surface on metal mating surfaces …
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WebBonderite® L-FM F 712 Acheson (formally known as Multan F 712) is a synthetic based compound engineered for metal forming operations of ferrous and aluminum alloys. Bonderite® L-FM F 712 is designed with a unique composition of corrosion inhibitors, extreme pressure and lubricity additives to deliver excellent operational performance. ... WebHenkel Bonderite L-GP 460 Acheson, also known as Acheson GP-460, is an anti-seize lubricant containing high purity graphite in petrolatum. This material is designed to provide long-lasting service over a wide temperature range. It withstands extreme pressure, carries high loads, and reduces friction, galling and seizing. microtech staffing stoughton ma
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BONDERITE® L-FG ADAG C EU is a graphited coating suitable forgravity and low pressure casting applications. It has excellent lubricating properties due to the use of super fine graphite. The fineness of the graphite also leads to excellent wetting properties of the product allowing for excellent die coverage. WebBONDERITE L-GP 2404 ACHESON (known as Dag 2404) is a high quality lubricant additive consisting of superfine graphite particles in mineral spirits. Lubricants diluted … WebBONDERITE® L-GP 12 ACHESON is a protective coating lubricant for the elimination of oxidation and carbon during treatment in conventional heat treatment furnaces and is suitable for Nimonic and titanium, with its alloys, at temperatures up to +1,100 °C. It is not suitable for reducing furnace atmospheres and requires at least 10% oxygen to be ... microtech staffing nh