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.

The wear resistant rubber ceramic lining is mainly composed of a ceramic block, rubber, and steel plate through a special process to form a strong and cushioning wear-resistant layer.

Weldable Ceramic tiles lined pipe fittings are mainly welded abrasion resistant ceramics to the inner wall of the steel pipe through an advanced stud welding process to form a strong wear-resistant layer.

High alumina ceramic lined bend has good comprehensive properties such as wear resistance, high-temperature resistance, corrosion resistance, impact resistance, and good welding performance.

The ceramic sleeve lined pipe is sintered at 1700 ℃ as a whole, and the density, hardness and wear resistance are greatly improved.

The anti-wear treatment of pipes transporting highly corrosive materials such as gypsum conveying pipelines cannot be treated by ordinary wear-resistant ceramic patches and welding wear-resistant ceramics, because there will be gaps between the ceramic sheets, which may easily cause material leakage and corrosion.

Ceramic wear resistant pipes are more than 10 times more wear resistant than ordinary pipes.

The ceramic tile elbow is composed of three parts: steel, viscose and ceramic.

The ceramic tile lined pipe elbows is a kind of high temperature resistant inorganic adhesive that adheres alumina ceramics to the inner wall of the pipe, and forms a firm wear-resistant layer after heating and curing.

Sunny Steel supplies Seamless A/SA333 Grade 1/6 Pipe for your Low Temperature Service applications.

Carbon steel pipe is the most common use piping material in different industries served for construction, structural, liquid transmissions for water, oil and gas.