Alumina wear-resistant ceramic pipeline is a kind of widely used in wear-resistant pipeline. Alumina wear-resistant ceramic is used as pipeline lining, which has the characteristics of wear resistance, corrosion resistance, impact resistance, smooth inner wall and difficult accumulation of materials. Alumina wear-resistant ceramic pipeline is a kind of wear-resistant pipeline with high cost performance in wear-resistant ceramic pipeline. It is often used in equipment with serious impact and wear, conveying bulk materials, powder, gas, slurry and other media. It has strong applicability and wide application, and is favored by major enterprises.
Alumina wear-resistant ceramic pipeline lining Alumina ceramics are mainly made of AL2O3 as the main material, calcined at a high temperature of more than 1,000 degrees Celsius, with high temperature resistance, pressure resistance, insulation and other characteristics, hardness close to diamond. The density of alumina ceramics is about half of that of steel, and the weight is much lighter under the same thickness. The wear resistance is indeed several times that of steel pipes, so it is easy to install and has a long service life.
The alumina wear-resistant ceramic pipe produced by our company has a good use effect in the actual use process, which can solve the wear problem of most enterprise equipment, especially for the elbows and other easily worn parts in the pipeline. The use effect is very obvious, and the service life can reach more than 5 times that of ordinary carbon steel elbows, and the inner wall is smooth and not easy to accumulate materials. To some extent, it can improve the transportation efficiency of the pipeline, and then improve the production efficiency of the whole equipment. Because the alumina wear-resistant ceramic pipeline is durable, it is not easy to appear the phenomenon of leakage and powder leakage, which greatly reduces the human and material costs and downtime losses consumed by maintenance. It is a kind of wear-resistant ceramic pipe with high cost performance.