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Utilizing high-polymer composite materials that deliver exceptional strength and wear resistance. The injection molding process precisely controls temperature and pressure to fill mold cavities, while post-processing techniques create a smooth, rounded tactile surface.

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Utilizing high-polymer composite materials that deliver exceptional strength and wear resistance. The injection molding process precisely controls temperature and pressure to fill mold cavities, while post-processing techniques create a smooth, rounded tactile surface.

Button

Utilizing high-polymer composite materials that deliver exceptional strength and wear resistance. The injection molding process precisely controls temperature and pressure to fill mold cavities, while post-processing techniques create a smooth, rounded tactile surface.

Button

Utilizing high-polymer composite materials that deliver exceptional strength and wear resistance. The injection molding process precisely controls temperature and pressure to fill mold cavities, while post-processing techniques create a smooth, rounded tactile surface.

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Utilizing polyoxymethylene (POM) plastic pellets renowned for exceptional wear resistance, mechanical strength, and dimensional stability. Through precision molds and injection molding processes—with calibrated speed and pressure parameters—the material achieves optimal internal consolidation, making it ideal for outdoor equipment applications.

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