Technical Data

In the pelletizing industry—encompassing plastics, rubber, biomass, and more—many enterprises face similar challenges, such as newly replaced pelletizing blades blunt within days, necessitating unplanned downtime;

Horizontal continuous extrusion companies often encounter the problem of increased mold replacement costs due to core material failure. Creep deformation of copper and copper alloy

In advanced materials, cobalt-based superalloys show superior properties than other materials in strength, elasticity, and many other aspects. Let us explore cobalt-based superalloys and understand

In the harsh operating environment of high-pressure homogenizers, homogenization valves must withstand extremely high pressures, frequent friction, and chemical corrosion. With their exceptional performance characteristics,

Friction Stir Welding (FSW) Friction Stir Welding (FSW) generates heat by friction between the high-speed rotating weld head and the workpiece, which softens the weld

In the field of oil exploration, Logging While Drilling (LWD) technology is a core tool for obtaining downhole data in real-time and optimizing drilling decisions.

The North American woodworking industry faces multiple challenges, from the need to process complex wood species such as oak and maple to high wear and

In different industrial applications, selecting spare parts materials is essential. Each material has unique properties and advantages. This article compares cobalt-based alloys and 17-4PH, hoping

Steam turbines are core power equipment, and their stable and efficient performance is directly related to power plants’ operating efficiency and economic benefits. As a

What is Cobalt Alloy? Cobalt alloy is a metal material with cobalt as the main component. Various alloy systems are formed by adding different proportions