Powder Coatings & Water-based high temp. Coating

Resistant to 250℃ with no change in color.

Resistant to 250℃ with no change in color

We Believe in Giving You the Right Bronze Powder

Introducing our advanced heat resistant bronze powder, specifically engineered for critical applications in industries that demand robust performance under extreme conditions. This innovative powder is designed to withstand the rigors of processes such as paint baking and electrostatic spraying, with an operational temperature range spanning from 140°C to 260°C. At the core of our product is a meticulously selected, high-gloss copper powder of uniform size. We have enhanced this base material with a specialized silica coating, significantly augmenting its resistance to high temperatures.

Our bronze powder stands out for its exceptional heat resistance capabilities. It maintains its color integrity and does not undergo any change even after being subjected to a temperature of 250°C for an extended period of 30 minutes. This remarkable stability under heat stress makes our product an ideal choice for a variety of high-temperature industrial applications. It is extensively utilized in the powder coating of various items, including bicycles, electric vehicles, automotive components, as well as metal fixtures for doors, windows, and railings.

In comparison to traditional bronze powders, which are limited by a heat resistance threshold of approximately 60°C and exhibit vulnerability to acids, alkalis, and corrosion, our product represents a significant advancement. Conventional powders often suffer from darkening, loss of gloss, and deterioration in performance when exposed to elevated temperatures, rendering them unsuitable for use in demanding industrial environments or in cutting-edge sectors that require materials with high-temperature and corrosion resistance.

Our high-temperature resistant bronze powder is not just a product; it’s a solution designed to meet the evolving needs of industries pushing the boundaries of innovation and efficiency.