→ WR Modification Purpose & Capability:

◆ Reduce friction between moving parts and part failure rates

◆ Offer protection from surfacing marring and scratching, reduction in noise between mated parts, and elimination of the slip/stick phenomenon that occurs with sliding parts.

◆ Eliminate time-consuming, expensive secondary operations for external surface lubrication.

◆ Custom formulations availability providing multi-property solutions with good balance between performance and cost.

◆ Ability to leverage synergistic wear resistant additives with PEEK, PPA, and PPS resins for performance over a wide range of Pressure (P) and Velocity (V) ratios.

◆ Wear resistant or low friction plastic compounds mix friction and abrasion reducing additives with base polymers to offer protection from surfacing marring and scratching, reduction in noise between mated parts, and elimination of the slip/stick phenomenon that occurs with sliding parts.

◆ Achieve design freedom and easy manufacturing as well as significantly lower down the comprehensive costs.

◆ Wear resistant or low friction thermoplastic compounds offer excellent oxidation and corrosion resistance to aqueous solutions, acids, and bases,  all of which can destroy metal parts. 

◆ Eliminate the need for expensive alternative materials and/or time consuming annealing processes.

◆ Internally lubricated thermoplastic compounds keep moving parts free of external grease and lubricants, Improve resistance to repeated flexural bending, a primary cause of tooth failure of gears.

◆ Custom formulations providing multi-property solutions with good balance between performance and cost.

Custom wear resistant grades are available to meet your specific end-use applications, additionally combined with structural reinforcement, static protection, flame retardance, and color properties into a single compound. Have our engineers tailor a specifying wear resistant plastic compound for you right now!

Let us formulate your material concept into reality!

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