Ceramic-Lined Composite Steel Pipe
Ceramic-Lined Composite Steel Pipe
Ceramic-Lined Composite Steel Pipe: Among them, the aluminum oxide ceramic lined with pipeline has become the most widely used abrasion resistance due to its high wear resistance, high hardness, oxidation resistance, good corrosion resistance and extremely high high and low temperature resistance Materials account for about 80% of the world's special ceramic market share (wear-resistant materials). The hardness of the dimensional corundum layer is as high as 1100-1500 (Rockwell hardness is 90-98), which is equivalent to tungsten-cobalt hard gold. The wear resistance is more than 20 times higher than that of carbon steel pipes, and it is much better than the corundum grinding wheels usually bonded.
Ceramic-Lined Composite Steel Pipe has high wear resistance and strong fluid erosion resistance. In the primary air pipe, the bend pipe wears fastest, and the wear resistance of the ceramic lined composite steel pipe bend pipe is more than 5 times higher than that of the thick wall wear-resistant cast steel bend pipe. The price of ceramic-lined composite steel pipes used in corrosive or high-temperature places is only a fraction of stainless steel pipes and nickel-titanium pipes
Application of Ceramic-Lined Composite Steel Pipe
Widely used in the following industries:
Ceramic-Lined Composite Steel Pipe is used in coal-fired power plants to remove ash, slag, powder, and powder
1 Mine: 1.1 Coal industry water coal slurry, coal slime, mine filler, coal powder, metal mine: pipeline transportation of concentrate and tailings.
2. Metallurgy: 2.1 Pipes such as coal injection and slag transportation for ironmaking blast furnaces in iron and steel plants, 2.2 Preferred pipelines for steel-making transportation of ferroalloys, refining outside the furnace, etc.
3. Cement plant: Raw material slurry conveying, pulverized coal conveying, rotary elevator cutting, concrete conveying pipeline of rotary kiln wet production line.
The lining wear-resistant ceramic equipment is to use a special strong glue to paste the rubber composite wear-resistant ceramic lining plate inside the equipment, or the ceramic rubber steel plate integral vulcanization technology wear-resistant ceramic lining plate is bolted to the equipment surface, forming a very strong Abrasive layer. It mainly solves the problem of serious equipment wear when transporting large materials in thermal power, metallurgy, steel, mining, coal, cement and other industries. Due to the use of rubber composite wear-resistant ceramic lining, it can effectively resist the impact of large materials. At the same time, a comprehensive solution to the pasting of steel structural parts and wear-resistant ceramic lining plates is adopted to facilitate rapid replacement and construction.
