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RTP Company introduces splash lube gold compounds
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RTP Company
: 13 December, 2000 (New Product) |
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RTP Company introduces Splash Lube Gold Compounds, a low-cost bearing material for lubricated environments. The compounds, available worldwide, are based on proprietary, patent-pending technology. Originally developed for thrust washer application inside transmission housing, these high temperature compounds offer maximum tribological properties at a much lower cost than other thermoplastics systems. |
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RTP Company introduces Splash Lube Gold Compounds, a low-cost bearing material for lubricated environments. The compounds, available worldwide, are based on proprietary, patent-pending technology. Originally developed for thrust washer application inside transmission housing, these high temperature compounds offer maximum tribological properties at a much lower cost than other thermoplastics systems.
Splash Lube Gold Compounds incorporate specially formulated high temperature nylons, internal lubricants, and other additives to deliver top wear performance over a wide Pressure Velocity window. Typical application are thrust washers, wear sleeves, sealing rings, and pump bushings used by heavy equipment, small engine, and transmission manufacturers.
Key features include
Superior retention of tribological, tensile, and flexural properties, even when aged for 4000+ hours in both air and oil at 120 degrees C (248 degrees F).
Superior toughness, with more than 95% weld line strength retention.
Easy to process.
Dimensionally stable and molds flat, eliminating expensive baking and matching steps.
RTP Company, headquartered in Winona, Minnesota, is a global leader in specialty compounding. The company has seven manufacturing plants on three continents, plus sales representatives throughout North America, Europe, and Asia/Pacific. RTP Company's engineers develop customized thermoplastic compounds in over 60 different engineering resin systems for applications requiring color, conductive, flame retardant, high temperature, shielding, structural, and wear resistant properties. |
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