TRIM® E925 utilizes a proprietary lubricity package to deliver exceptional surface finish and tool life on difficult-to-machine aerospace materials. Designed to lower total cost and improve manufacturing efficiency thanks to extended sump life. Environmentally friendly emulsion is free of boron, chlorinated paraffins, and other halogens. Mild contact nature and low initial-charge odor provide an operator friendly environment.
TRIM® MicroSol™ 590XT is an environmentally-friendly semisynthetic, microemulsion coolant formulated to pass aerospace approval test requirements. It utilizes the newest technology to provide long-life and excellent protection of sensitive alloys. MicroSol 590XT improves on the proven performance of previous generations with a robust stability package using the most environmentally-safe ingredients. The formula is a favorite of environmental advocates, safety professionals, and demanding production managers.
TRIM® MicroSol® 519 is a medium to high lubricity, semisynthetic, microemulsion coolant. The formula provides excellent cooling and mechanical lubricity, along with the machine friendly characteristics you expect from a premium TRIM® coolant. Whilst it is particularly suited to machining and grinding cast iron and steel, it does very well in mixed metal situations and is a proven performer on aluminium alloys, stainless steels and titanium.
TRIM® CLEAR is a synthetic cutting and grinding fluid concentrate. It works best where high-heat removal and low- working concentrations are critical. CLEAR is particularly suited for surface grinding and similar operations requiring maximum heat transfer. It is often used effectively in double disc grinders, belt grinding, and abrasive cutoff operations on ferrous materials.
TRIM® SC620 is a high-lubricity, low-foam, low-odor, semisynthetic cutting and grinding fluid concentrate for high performance machining and grinding environments. SC620 uses a proprietary blend of mineral oil, EP-additives, and lubricity agents to control built-up edge, improve tool life, and deliver the finishes historically achieved using soluble oils. This unique balance of lubricity, wetting, and cooling characteristics is engineered to improve semisynthetic performance on stainless steel, aluminum alloys, and other high end materials