Tungsten carbide is widely used in working environments involving high wear, high corrosion, and high temperatures owing to its great hardness and outstanding wear resistance. Other than solid tungsten carbide components, tungsten carbide coating is yet another surface enhancement solution vital in many industries. As a professional tungsten carbide wear parts manufacturer, we will give an overview…
Tungsten carbide drill bits are renowned for their exceptional hardness and durability, and they are widely used in metalworking, woodworking, and stone drilling. As a professional manufacturer of tungsten carbide parts, we have long been dedicated to producing high-performance cutting tools and industrial components. Years of experience have shown that even the hardest drill bits…
In modern engine design, the valve seat, as an important component of the engine valve components, is subjected to complex working conditions such as high temperature, high pressure and high-speed collision. It not only affects the sealing performance of the valves, but also directly relates to the combustion efficiency, power output and service life of…
The chemical industry is a harsh environment, and pipelines and valves play a crucial role in modern chemical production. Valves in pipelines transporting powders, granules, and slurries face severe environmental challenges, frequently leading to valve wear and failure. Therefore, we need highly wear-resistant and corrosion-resistant materials for valves to extend their service life; cemented carbide…
Tungsten carbide plate, commonly referred to as cemented carbide plate, is an ultra-hard and wear-resistant material produced by sintering tungsten carbide (WC) with a metallic binder such as cobalt (Co). Boasting hardness similar to diamond, exceptional wear resistance, compressive strength and overall stability characteristics similar to diamond, this material can be found used across mold…
LeakageIn modern industrial production, whether it is mining operations hundreds of meters underground or high-temperature and high-pressure oil drilling platforms, equipment wear and tear has always been one of the greatest challenges to efficiency and cost. With the acceleration of production pace and the increase in the complexity of working conditions, traditional metal materials have…
In industrial manufacturing, 3D printing and sandblasting processes, tungsten carbide nozzles have become indispensable components in high-performance equipment. With its extremely high hardness and excellent wear resistance, it is often regarded as an ideal choice for long service life and low maintenance cost. However, many users still encounter a confusing problem after long-term use – tungsten…
In metal cutting and machining, the type of material selected for the cutting tool will directly influence cutting efficiency, precision in machining, and the cost of production. Of all the available tool materials, carbide and high-speed steel are the two most common and widely used options. Each has its own advantages in performance and range…
Tungsten carbide plays an important roles in mining industry, which can keep the material go smooth and reduce the maintenance cost. Usually, tungsten carbide which acts as the wear-resistance liner in the mining machines. Wear resistant lining plates are installed in applications such as easily worn chutes, chutes, hoppers, transfer stations, etc., to protect equipment…
Today, in engineering and manufacturing, tungsten carbide is an essential material in most of the major industrial uses because of its outstanding hardness, wear resistance, and high-temperature characteristics. From the cutting tools to the mining tools, from mold manufacturing to aerospace, tungsten carbide is leading infinite innovations in industrial technology with its amazing properties. As…