In high-pressure environments such as oil drilling, chemical reactors, and high-pressure hydraulic systems, valve reliability is directly related to production safety and efficiency. The valve seat is a core component that directly impacts equipment operational safety and service life.

Tungsten crucible is a crucial high-temperature-resistant container widely used in environments involving extreme heat and high vacuum. It finds broad applications in industrial fields such as single crystal growth, rare earth smelting, and vacuum melting.

Tungsten carbide plungers are essential key parts in industrial fields such as petroleum machinery, high-pressure cleaning equipment, and ultra-high-pressure compressors.

Tungsten carbide plates are made through powder metallurgy. The core component is tungsten carbide, and a small amount of metals such as cobalt (Co) are added as binders.

In modern lure fishing, tungsten bullet weights have become one of the standard features of Texas Rig. It not only has the advantages of high density, high sensitivity and small size, but also conforms to the trend of environmental protection and is rapidly replacing traditional lead sinkers.

The excellent performance of tungsten carbide guide wheels comes from their unique material and structural design.

Tungsten Fishing Weights: Environmentally Friendly, Versatile, and the Modern Angler's Top Choice.

Tungsten carbide HPGR studs are primarily used in High Pressure Grinding Rolls (HPGR) and serve as key wear-resistant components that significantly enhance ore crushing efficiency and extend equipment service life.

Carbide strips are widely used in woodworking, metal processing, mold manufacturing and other industries. They are favored by users for their high hardness and excellent wear resistance.

In woodworking and heavy-duty cutting applications, tools are frequently exposed to high levels of friction and intense wear. Compared with traditional steel or high-speed steel (HSS), tungsten carbide offers a significant performance advantage.