Wearable ceramic coat and preparation method thereof

Abstract

A wearable ceram dope and its producing method, include skeletal material, cement, micropowder, dispersing agent, steel fiber, which are divided into A, B, C three groups, A: skeletal material, cement, micropowder; B: dispersing agent; C: steel fiber. The weight share rate and feeding proportion of the necessary material in each group is: 40-85 shares of skeletal material, 5-40 shares of cement, 2-20 shares of micropowder in A group. The feeding rate of the B group dispersing agent is 0.1-1.5% of A group. The feeding rate of the C group steel fiber is 4-8% of A group. The producing method is: adding the skeletal material to the agitator for 3 minutes; adding cement and micropowder to agitate for 5 minutes; adding dispersing agent, agitating for 8 minutes; outputting the material and bagging, stand-up; putting above material into the agitator when using, adding 8% water following agitating, 5 minutes later adding 5.5% steel fiber, agitating for 15 minutes. The invention has a good integer property, a strong cohesive force, a good resistance to abrasion, acid and alkali erosion, a low cost, a long service lift 1-3 times to metal pipeline.

Description

technical field [0001] The invention relates to the field of composite materials, in particular to a wear-resistant ceramic coating which can be cured into a ceramic-like coating at normal temperature and a preparation method thereof. technical background [0002] At present, cement concrete is the largest man-made building material in the contemporary era. The annual output of cement in my country has exceeded 1 billion tons. As cement is widely used in construction projects and buildings, the cement industry has made great progress in my country. The processing and production equipment is usually standing Type grinding machine is widely used all over the world. It produces cement products with small particle size distribution, fine and uniform particles through the combination of high-speed gas impact and mechanical grinding. However, the liner of the vertical mill and the Due to the long-term strong erosion of the high-speed powder-containing air flow, the powder conveying ...

AI Technical Summary

Problems solved by technology

[0002] At present, cement concrete is the largest man-made building material in the contemporary era. The annual output of cement in my country has exceeded 1 billion tons. As cement is widely used in construction projects and buildings, the cement industry has made great progress in my country. The processing and production equipment is usually standing Type grinding machine is widely used all over the world. It produces cement products with small particle size distribution, fine and uniform particles through the combination of high-speed gas impact and mechanical grinding. However, the liner of the vertical mill and the Due to the long-term strong erosion of the high-speed powder-containing air flow, the powder conveying pipeline leads to accelerated damage. The traditional steel liner and metal pipeline cannot meet such a harsh environment, resulting in accelerated damage and frequent replacement, resulting in frequent shutdowns for maintenance. Bring heavy economic burden and waste of resources, restricting the development of enterprises