New products

The wear-Resistant ceramic lined steel pipe is a ceramic material with alumina (Al2O3) as the main component.

Ceramic lined composite Y-type Tee alumina ceramics are mainly 92% and 95%, with good acid and alkali resistance, high-pressure bearing, good corrosion resistance, and are widely used in electric power, cement, coal, chemical industry, etc.

The power plant ceramic patch pipe is made of high-purity alumina powder sintered at a high temperature of 1700 degrees.

The material adopts the most advanced powder preparation technology to ensure that the granulated powder is uniformly distributed and has good fluidity.

The ceramic patch pipes for power plants are severely eroded and worn by the air-powder mixture and are subject to high pressure, especially on the elbows.

Alumina pipe for mining industries is suitable for anti-wear of various mining equipment, such as coal, copper, tungsten, nickel, iron ore, and other mines.

Ceramic lined pipes mainly include ceramic elbows, straight pipes, tees, reducers, etc., which can be customized according to the drawings provided by customers.

High quality wear resistant ceramics are special corundum made of Al₂O₃ as the main raw material, rare metal oxides as the flux, and fired at a high temperature of 1700°C.

The Ceramic Lined pipe bend can be customized according to the drawings provided by the customer, and has the characteristics of light weight and convenient installation.

The ceramic tile lined pipe bend is generally used in steel, thermal power, chemical industry, mining, cement, coal mine, coal washing Pulverized coal conveying system, and dust removal systems.

The abrasion Resistant Ceramic Lined Pipe adopts a high-tech production process. The wear-resistant ceramic is installed inside the pipe by pasting, welding, or centrifugal casting to form a solid anti-wear layer.

Large-diameter abrasion-resistant ceramic pipes are mainly used to transport liquid-solid two-phase fluids and particles of corrosive media, as well as pneumatic transportation with severe erosion.