Wear-resistant and anti-corrosion are used in most equipment, pipelines, transportation and other facilities, and there are many types of wear-resistant and anti-corrosive materials to cope with a variety of different environments.  Often seen are wear-resistant ceramic coatings and tungsten carbide. Let Yutong staff explain the performance comparison of wear-resistant ceramic coating and tungsten carbide for everyone.

　　1, wear-resistant ceramic coating performance

　　Abrasion-resistant ceramic coatings  have a great advantage that they have good stability and can be used in a wide range of environments at high and low temperatures.  And can be used for large-scale construction and repair under any circumstances. In general,  abrasion-resistant ceramic coatings have composite functions such as corrosion resistance,  wear resistance, impact resistance,  and good flexibility. 

　　2, tungsten carbide performance

　　Tungsten carbide is a WC material formed by  a series of processes using tungsten and carbon as raw materials. Tungsten carbide as a whole can be used in high-speed cutting tools,  furnace structural materials, jet engine parts, cermet materials,  resistance heating elements, etc.  Therefore, tungsten carbide has high hardness, is similar to diamond, and is insoluble in water, hydrochloric acid and sulfuric acid.  A little processing, such as adding a small amount of titanium, adding titanium carbide, tantalum carbide,  or a mixture thereof, can once again improve the performance of tungsten carbide, reduce brittleness, and improve the explosion resistance.

　　The performance comparison of wear-resistant ceramic coatings and tungsten carbide is shared here.   Wear-resistant ceramics are more widely used in wear-resistant construction such as pipeline transportation,  and for the protection of some metal equipment,  tungsten carbide may be more widely used. more.  So although the two have the same performance characteristics, there are still differences in practical applications.