Cyclone wear-resistant pipe is a new type of wear-resistant material, which is born in response to the inadequacy of traditional wear materials, with excellent wear-resistant performance and can be used for a long time. Cyclone wear-resistant pipe is divided into two types: lined type and jacket type.
Lined cyclone wear-resistant pipe: this type of cyclone wear-resistant pipe is more suitable for some of the more demanding environment, such as chemical, cement, mining, electric power and other industries. Lined cyclone wear-resistant pipe adopts cemented carbide, its hardness is very high, wear resistance can reach 60-70 times of the iron pipe, so it has a very high wear resistance, can effectively extend the service life. The advantage of lined cyclone wear-resistant pipe is that its inner wall is smooth and adopts curved design, which can avoid the occurrence of clogging phenomenon and also improve the material transfer efficiency.
Jacketed cyclone wear-resistant pipe: This type of cyclone wear-resistant pipe is relatively more suitable for use in some moderate wear environment. It is widely used in magnetic separation, mineral processing, metallurgy and other fields. The jacketed cyclone wear pipe is made of high-strength structural steel and covered with a layer of wear-resistant material. The advantage of jacketed cyclone wear-resistant pipe is that it not only has high wear-resistant performance, but also the protective effect of its shell is very good, which can effectively prevent the internal wear of the pipe due to the abrasion of materials.
In a word, the application range of cyclone wear-resistant pipe is very wide, which can be applied to various industries such as chemical industry, cement, mining, electric power, mineral processing, metallurgy and so on. For some occasions that need to transmit accumulated dust or granular powder, the use of cyclone wear-resistant pipe can effectively reduce the failure rate of machinery and equipment, and greatly improve the production efficiency. Therefore, we should actively promote and use the cyclone wear-resistant pipe, together to create a more efficient production environment.
