Production status and development of high-strength wear-resistant steel plate
At present, the development status of wear-resistant plate is very good. With the improvement of production technology and the advancement of new materials, the wear-resistant plate can meet the requirements of various complex conditions and improve the service life of the machine parts, making it the preferred material for mining machinery and engineering machinery industries.
The current development of high-strength wear-resistant steel plate is mainly concentrated in the production of low-alloy steel and high-alloy steel. Low-alloy steel mainly uses alloying elements such as Mn and Cr, while high-alloy steel mainly uses Cu, Ni and other alloying elements. The high-alloy steel has higher wear resistance, good plasticity and excellent weldability, so it is more suitable for complex working conditions.
In addition, in order to improve the wear resistance and toughness of wear-resistant steel plates, research and development of different microstructures and grain sizes is being carried out. It is found that special microstructures and grain sizes can greatly improve the wear resistance and toughness of wear-resistant steel plates.
In the process of production, several kinds of wear-resistant plates are developed, such as resin-coated wear-resistant plates and rubber-coated wear-resistant plates. The resin-coated wear-resistant plate is made by spraying the resin on the surface of the plate, and the rubber-coated wear-resistant plate is made by coating the rubber on the surface of the plate. The resin-coated wear-resistant plate can effectively improve the wear resistance of the steel plate, while the rubber-coated wear-resistant plate can effectively improve the toughness and welding performance of the steel plate.
The development of high-strength wear-resistant steel plate is also closely related to its processing technology. With the development of modern machining technology, various kinds of machining methods have been used in the processing of wear-resistant plates, such as grinding, milling, laser cutting, etc. These machining methods can not only improve the accuracy of the wear-resistant steel plates, but also reduce the energy consumption and improve the production efficiency.
Scheme of high-strength wear-resistant steel plate processing
The development of high-strength wear-resistant steel plates has promoted China's high-end manufacturing industry, which is of great significance in expanding economic efficiency, improving the competitiveness of the industry and enhancing the overall competitiveness of China's economy. With the development of science and technology and the comprehensive application of new materials and new technologies, the development of high-strength wear-resistant steel plate will be further deepened, and its application and development space will be further expanded.
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