Ultra-fine powders are primarily produced from metal and non-metal mineral substances, as well as organic materials. Ultra-fine powders produced from metals or metal ores include iron powder, aluminum powder, magnesium powder, titanium iron powder, manganese iron powder, copper powder, lead powder, zinc powder, zinc oxide powder, molybdenum powder, tungsten powder, and more. Non-metallic mineral substances processed into ultra-fine powders include kaolin powder, titanium dioxide powder, talc powder, feldspar powder, calcite powder, quartz powder, heavy calcium powder, light calcium powder, fluorite powder, mica powder, barite powder, graphite powder, gypsum powder, bentonite powder, and others. Those processed from organic materials include various grains, agricultural products, medicinal herbs, and powders made from other processed animal and plant materials.

All these ultra-fine powders are important raw materials for modern industry, most of which can be used directly in the production of industrial products. Modified ultra-fine powder materials can significantly expand their application scope. Beyond being a mere filling material, these modified ultra-fine powders serve as a crucial component of products, enhancing and improving properties such as strength, elasticity, wear resistance, high-temperature resistance, aging resistance, and radiation protection, while also substantially reducing production costs.