Wear-resistant ceramic pipe can effectively solve the problem of equipment wear

2017-05-21 15:28:10 admin 12

Wear-resistant ceramic tube is a combination of aluminum and heat-ceramic method to make organic combination of ceramic and metal to form a composite pipe. Aluminum thermo-centrifugal method for the preparation of lined ceramic pipe with the reaction of its own heat generated by the high temperature of the reaction product melting and centrifugal force under the action of separation, the formation of lined alumina ceramic steel pipe, low energy consumption, less process. The ceramic pipe combines the advantages of high alumina hardness, good chemical inertness and steel, with excellent wear resistance, corrosion resistance, heat resistance and thermal shock resistance and mechanical impact resistance, for life than ordinary steel pipe more than 15 times. Pipes are generally white.

Wear-resistant ceramic pipe applications

1, power plant boiler milling system pipeline, including, powder pipeline, coarse powder separator pipe, coal pipe, combustion system of a wind pipe, secondary air duct, three pipes and burner pipe, ash removal slag system Slagging pipeline, back to the powder pipeline, dry ash pipeline;

2, the iron and steel plant raw material transmission pipeline, the receiving pipeline, dust pipe, ash pipe, ash pipe, mixing pipe, grinding outlet pipe, coal pipeline, coal pipe, separator pipe, burner square pipe wear tube;

3, the cement plant election machine export pipeline, machine entrance pipe, dust collection pipeline, vertical grinding wind pipe, circulating duct, coal mill high temperature fan duct, cutting pipe and other wear elbow;

4, oil, chemical, mining, coal, coal preparation plant, smelting, paper making, aluminum, building materials, powder engineering, food machinery and other processing, transportation materials of various fittings.

    Equipment wear and tear is a thorny problem of long-term industrial enterprises, and directly affect the economic efficiency of enterprises and on-site work environment. The traditional anti-wear technology and other wear-resistant steel and other materials, with the development of new materials and transportation technology, and gradually by the special ceramic and other wear-resistant materials replaced.