Bio-Food Grade Anti-Seize

Bio-Food Grade HT (High Temperature) Anti-Seize Compound is a biobased Extreme Pressure (EP) compound specially formulated for lubricating sliding surfaces (i.e. bolt and pipe threads). This Food Grade1 product is fortified with synthetic white graphite EP that will lubricate at extreme high pressures and temperatures up to and over 1000ºC. Bio-Food Grade HT Anti Seize Compound provides excellent anti-rust, anti-oxidation, and anti-wear protection and is non- staining to aluminum and yellow metals. In addition, it provides for good low temperature mobility and excellent resistance to water. It contains no heavy metals, lead, antimony, zinc, or chlorine. Bio-Food Grade HT Anti-Seize Compound is an ENVIRONMENTALLY RESPONSIBLE product that is formulated from biodegradable and renewable agricultural plant resources. We believe Earth’s environmental future rests in the use of renewable materials. This safe, nonflammable, biobased product contains no hazardous Volatile Organic Compounds (VOCs) and EPA, OSHA, and Workers Acceptance is high with Biobased Products. Contains no animal byproducts and are manufactured under kosher supervision.

Bio-Food Grade HT Anti-Seize Compound is specifically designed to provide high anti-weld protection and withstand high pressures in sliding surfaces. It protects the shoulder and threads of bolts and pipes against damage from galling or seizure. Other applications including: tool joints, chains, cables, slideways, fifth wheels, king pins, chassis, hinge pins, studs, packing glands, gaskets, valves, pump shafts, screw shafts, or in slow moving rollers and bearings of high temperature ovens. In addition, Bio-Food Grade HT Anti-Seize Compound is recommended for high temperature oven chains and rollers where this white graphite film has been known to perform at extreme high temperatures for kiln support rollers and bearings. This white graphite has shown to provide improved lubrication after black graphite, PTFE, and molybdenum disulfide lose their lubrication between 400ºC and 500ºC.