Washington Mills Distributes Products for Brake Pad and Friction Markets
Washington Mills, a leading manufacturer of abrasive grain and fused minerals, is pleased to announce a new line of distributed products for use in the brake pad and friction markets. The products are: copper sulphide, red iron oxide, black iron oxide, manganese compounds, chromite, calcium fluoride and muscovite. Please visit our website at http://www.washingtonmills.com/applications/brake-pad/...
Read More »Friction Materials maximize brake torque.
CCM(TM) materials, based on CM24(3)(TM) friction formulation concepts and material technology, minimize stopping distances and increase lining and drum life. Suited for severe or regular use, CM24(3)(TM) is FMVSS121 axle rated from 23,000-29,000 lb. Conformability characteristics, transfer film, and cohesive technology create controlled and conditioned brake surface interface. Metallic matrix...
Read More »Friction/Wear Material suits non-lubricated applications.
Polyamide-imide TORLON(R) 4435 PAI provides wear resistance in high-PV, 50,000 to 100,000 psi-ft/min applications. It also exhibits wear resistance in low-pressure, high-velocity conditions (125 psi and 800 ft/min) and high-pressure, low-velocity conditions (2,000 psi and 50 ft/min). Glass transition temperature allows parts to operate continuously at temperatures up to 260 deg C. Thermoplastic...
Read More »Elastomer Shlastomer, Right? Selecting the Right Elastomer for Your Sealing Boots and Fasteners
Different elastomer formulations affect your parts' physical properties, functions, and service life. Therefore, it's important to test a few different elastomers, when assembling your product, to determine the best one for your needs.
Read More »DoorKing's 1601 Lane Barrier Provides a Higher Level of Traffic Control for Less
DoorKing is proud to introduce an easy add-on to its 1601 Barrier Gate Operator: The 1601 Traffic Lane Barrier. The barrier gate provides greater traffic control while eliminating the need for bollards or crash beams. Check out this video to learn more.
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