Ceramic pistons stand out for their superior performance in a number of areas, including medical, energy and chemical.

Outstanding wear resistance

Their high hardness far exceeds that of metal pistons. Ceramic pistons guarantee long-term dimensional accuracy, reduce maintenance costs and downtime, and ensure efficient production.

High Temperature Resistance

In high temperature environments such as aerospace stamping engine combustion chambers and industrial kiln hot gas circulating pumps, ordinary metal pistons will soften and deform, but it is as stable as Mount Tai, which helps the stable operation of the equipment and improves production efficiency.

Chemical stability

When dealing with strong acids and alkalis in the chemical industry, metal pistons are prone to corrosion and perforation, while ceramic pistons are corrosion-resistant and can accurately control the flow through them, ensuring safe and environmentally friendly chemical production.

High precision

Ceramic pistons are used in precision metering pumps and micro-injection devices for high-end medical equipment, which can achieve micron-level tolerance control and ensure that the liquid delivery is accurate and up to standard, building a solid foundation for the precision field.

Overall, ceramic piston with many advantages to drive the progress of many industries to new heights.

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Ceramic Plunger