Alumina lined pipe

The wear of industrial elbows has always been a factor affecting safe and civilized production. With the continuous development of science and technology, materials have also been innovated, and materials such as cast stone, cast steel, and alloys have appeared one after another. Among them, the pipeline lining alumina ceramics has become a widely used

Equipment wear and tear is a thorny problem that has plagued industrial enterprises for a long time, and directly affects the economic benefits of the enterprise and the on-site working environment. Traditional anti-wear technologies mostly use materials such as wear-resistant steel. With the development of new materials and transportation technology, they are gradually replaced by

Ceramic-lined steel pipe is a kind of composite pipe that combines ceramic and metal organic. Ceramic steel pipe combines the advantages of high alumina hardness, good chemical inertness and steel, and has excellent wear resistance, corrosion resistance, heat resistance and heat resistance. Impact and anti-mechanical impact performance, used for power plant coal, ash, mine powder,

Wear-resistant ceramic elbow: Wear-resistant pipe fittings can be roughly divided into high-molecular polyethylene wear-resistant pipe fittings, ceramic-lined wear-resistant pipe fittings and high-chromium alloy wear-resistant pipe fittings. Wear-resistant pipe fittings have different material choices for wear-resistant pipe linings according to different wear conditions. Wear-resistant ceramic pipes lined (lined with aluminum oxide, silicon carbide, zirconia, silicon nitride,

Pipes are indispensable production equipment for enterprises, and they can be seen everywhere in some mines, power plants, and cement plants. Under normal circumstances, these companies have undertaken the task of transporting production materials for pipelines. These production materials have a very large abrasion on the pipelines, which requires the pipelines to have strong wear

The wear-resistant ceramic elbow is manufactured by the high-tech manufacturing process-the self-spreading high-temperature clutch synthesis method. The wear-resistant ceramic elbow consists of three layers of corundum ceramic, transition layer and steel from the inside to the outside. The ceramic layer forms dense corundum porcelain (AL2O3) at a high temperature above 2200℃, and forms a firm