The Frekote® Line of Products is the Broadest Mold Release Line – Frekote® mold release agents, backed by more than 40 years of research and development, are the global industry standard for performance, quality and value. By pioneering release solutions for many of the world’s largest manufacturing organizations, Henkel understands what it takes to release the most complex materials in the most demanding applications. Henkel has developed Frekote® mold release agents for virtually all types of composite and rubber molding operations. The Frekote® line offers the broadest product range in the industry. From jumbo jets to tennis racquets, tires to O-rings, from custom yachts to bathtubs, we have the release agent you need for most composite and rubber materials. Lowest Cost per Release – Frekote® semipermanent release agents minimize fouling and ensure the highest number of releases possible per application. Our customers realize higher productivity and profitability through reduced downtimes, lower reject rates, and higher quality products. Frekote® products are the industry standard replacement for sacrificial release agents. Unlike sacrificial waxes or silicones, Frekote® semipermanent mold release agents do not transfer to your parts; instead they chemically bond to the mold surface, allowing the parts to release cleanly with no mold release transfer. Advanced Composite Systems Aerospace – Aircraft, Helicopters Recreational – Bicycles, Skis, Racquets Specialty – Racing Parts, Medical, Electronics, Filament Windings FRP Composites: Polyester, Vinyl Ester Marine – FRP Boats, Yachts, Jet-skis Transportation – FRP Panels, Roofs, Spoilers Construction – FRP Wind Rotor Blades, Cultured Marble Sinks and Countertops, Bathtubs Rotational / Plastic Molding Recreational – Kayaks, Pedal Boats Construction – Containers, Tanks, Chains, Waste Bins Rubber Industry Technical Rubber – Vibration Dampers, Roller Blade Wheels, Footwear, Custom Molding Sacrificial Mold Releases Specialty Products, Cleaners and Sealers Dispensing Equipment read more