With the fast development of cement industry, large grinding equipment put forward higher requirements on the selection of cement pipe lining plate material. For example, in the cement production process, annual consumption of metal materials is about 3700000 tons, but the consumption of cement pipe lining plate has accounted for 11%. Therefore, the study of cement lining plate wear failure mechanism and reasonable selection of liner materials is very important for cement manufacturer to reduce equipment and parts abrasion wear, improve their service life, so as to obtain good economic benefit and social benefit.

High manganese steel plate is not good to make cement lining plate due to the low yield strength, and easy to cause plastic deformation, big size lining plate will have bulge deformation, so abrasion resistant ability of high manganese steel plate is poor.

Different with high manganese steel plate, open arc welding VAUTID 100 chromium carbide overlay plate can work 5-20 times better than that under the same applications, and still has good wear resistance under 350 DEG.

Comprehensive mechanical properties of wear resistant materials and their service conditions are the important factors to be taken into consideration before choosing wear resistant material, as suitable selections of wear resistant materials play a positive role in the cement industry, and chromium carbide wear resistant plate has became high-quality and high working performance wear resistant lining materials for the cement production.