What are the main wear-resistant materials?

Products will wear out over time, especially in some industries, where wear and tear will cause energy and material consumption. The economic losses caused by wear and tear are also very serious, so some special materials are needed to solve the problem. Wear-resistant materials can solve this problem very well. What are the wear-resistant materials? What performance do they have? Let’s find out together.

   Wear-resistant materials have thermal properties and play a great role in our biotechnology, information technology, and energy technology, and they also play an important role in the transformation of some of our industries.

   Wear-resistant materials not only play a great role in industry, but are equally important in agriculture and building materials. There are many types of wear-resistant materials and they have a wide range of uses. Under the working conditions of wear-resistant materials, the wear mechanisms are also different. Therefore, the reasonable and correct selection of wear-resistant materials in our industry, agriculture and building materials is of great significance to us.

   What are the main wear-resistant materials?

   Wear-resistant materials can be classified according to their performance into microelectronic materials and optoelectronic materials, as well as sensor materials, information, biological materials, etc. What we generally call new wear-resistant materials mainly refers to wear-resistant materials other than electronic information.

   We currently have six main categories of wear-resistant materials. The first is the high-manganese steel series. This type mainly includes high-manganese steel and ultra-high manganese alloys. This type of wear-resistant materials has good toughness and impact resistance. The impact on the surface The larger it is, the better the wear resistance.

   The second category is the wear-resistant chromium cast iron series. This category mainly includes high, medium and low chromium alloy cast iron. This type of wear-resistant material has good high-temperature performance, wear resistance and stability, and also has oxidation resistance.

   The third category is the wear-resistant alloy steel series. This category mainly includes medium, low and high carbon multi-component alloy steels.

   The fourth category is the Auberge iron ball series. This type of wear-resistant material has high strength, good plasticity, shock absorption, and is easy to process.

   The fifth category is some composite or gradient materials and some cemented carbide materials, such as chromium carbide composite materials, and high-energy ion implantation tungsten carbide materials. This type of wear-resistant material has high strength, good wear resistance, and can be effectively To avoid material damage during mutation.

   The sixth category is non-metallic wear-resistant materials, which mainly include polymeric ceramic composite materials, toughened aluminum oxide, etc. These wear-resistant materials have a high melting point, very high hardness, and stable chemical properties.