Technical

This article explores each stage of the powder-metallurgy process and how careful control over every step ensures top-tier quality and performance.

In this article, we’ll explore the essential factors to consider when selecting a bevel gear manufacturer and explain how advanced technologies like powder metallurgy (PM) have redefined the standards of bevel gear production.

This article highlights how PM enhances the design, performance, and cost-efficiency of machinery parts, and why it is increasingly chosen in industrial production.

Powder metallurgy is not only applicable to metals but can also be effectively used to produce PTFE (Teflon) components. PTFE is known for its low friction coefficient, excellent chemical resistance, and outstanding electrical insulation, which makes it widely used in bearings, gaskets, seals, and wear-resistant sliding elements.

The characteristics of powder metallurgy aluminum alloys include low density, high specific strength, and good thermal conductivity. By adjusting alloying elements, properties such as wear resistance and high-temperature strength can be tailored. Compared with cast materials, powder metallurgy aluminum alloys exhibit finer grains and more uniform elemental distribution, resulting in superior mechanical properties and dimensional stability.