Non-Asbestos Friction Products Roll Lining Fully Cured Molding Full Line of Services Slabs - Blocks, Flat Sheets, Flat Circles Brake, Clutch Bands and Shoes Manufactured Full Line of Friction Products Supplied Brass and Steel Brass Brake Lining Fasteners Woven Roll Lining RNAW Non-Asbestos Woven Friction Material Woven Friction Material Description Woven Friction Material Use Drum Temperature Specifications of Woven Friction Roll Lining Ebony Non-Asbestos Light Duty Woven Typical Applications of Ebony Non-Asbestos Light Duty Woven Recommended Operating Range Unit Pressure Friction Level Physical Properties Sizes Available Drum Temperature Flexible Molded Roll Lining Redco Non-Asbestos Flexible Molded - 4311 Recommended Operating Range Unit Pressure Friction Level Physical Properties Sizes Available Drum Temperature Flat Molded Sheets Redco Non-Asbestos Flat Molded - 20" x 25" Recommended Operating Range Unit Pressure Friction Level Physical Properties Sizes Available Drum Temperature Bonding & Adhesive Products Epoxy Adhesive Properties of Epoxy Adhesive Application for Epoxy Adhesive Non-Asbestos Folded & Compressed Material RNFC Non-Asbestos Folded & Compressed Material Use Material Description Coefficient of Friction Percent of Weight Loss Percent of Thickness Loss Maximum Service Temperature Maximum Service Pressure Sizes Available Lengths Non-Asbestos Oil Field Blocks What is different about Redco Oil Field Blocks vs the competition? Reducing heat on the brake flanges Plugs are woven meaning easier installation Non-Asbestos Wear Life Industrial Brakes as they fade High friction products easier to make Emphasis on research, development and field testing Made from solid woven non-asbestos carcass Bonded Woven high in frictional value Braking Action Useful for Oil Field Rotaries, Spudders, Mining & Other Industrial Applications Convenient, easy handling and storage Brass Rivets & Bolts Brass/Brass Plated Rivets Brass Bolt Assemblies Non Asbestos Flat Molded Non Asbestos Flexible Molded Reddaway Manufacturing Home