High-Purity PTFE Micro Powder: Enhance Your Materials

Elevate material performance with premium PTFE micro powder for superior lubrication, wear resistance, and flame retardancy.

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Key Advantages

Superior Lubricity and Reduced Friction

Our PTFE micro powder provides unparalleled lubricity, significantly lowering the coefficient of friction. This characteristic is vital for components subjected to constant movement or stress, contributing to extended operational life and reduced wear, a key aspect when considering PTFE powder lubricity enhancement.

Enhanced Wear Resistance

The inherent properties of PTFE powder make it an excellent choice for improving wear resistance. By adding it to plastics and rubber, you can create materials that withstand abrasion and surface degradation, a critical benefit in demanding industrial applications, as seen in the benefits of PTFE powder additives.

Improved Processing and Non-Viscosity

As a processing agent, PTFE powder facilitates easier material handling and manufacturing. Its non-viscous nature ensures better flow and reduced sticking, which is particularly useful when using PTFE powder for coatings and inks, ensuring smoother production processes.

Key Applications

Plastics Manufacturing

In plastic formulations, this PTFE powder serves as a vital additive to enhance properties like wear resistance and reduce friction, directly impacting the longevity and performance of plastic components.

Coatings and Paints

The powder is widely used in coatings and paints to improve surface lubrication, scratch resistance, and UV protection, contributing to more durable and aesthetically pleasing finishes.

Rubber and Elastomers

When blended with rubber and synthetic elastomers, PTFE powders enhance surface friction, abrasion resistance, and tear strength, crucial for products like seals and gaskets.

Inks and Lubricants

PTFE micropowders are ideal for improving printability and reducing wear in inks, as well as enhancing the performance of oils and greases under extreme pressures and temperatures.