Over the years, the production and sales volume of our Alumina Ceramic Plate, Ideal Wear Alumina Ceramic Mosaic Mat, High Wear Resistant Bimetallic CCO Plate have maintained a steady growth, and have gradually shown a strong competitive edge in the fierce market competition. We constantly improve the quality and effectiveness level of our business operations in order to achieve a harmonious win-win situation of economic and social values of the enterprise. We are based on the forefront of technological innovation and development, and we will develop markets with high-quality products and professional services, continuing to create value for customers, and promoting industry progress. We are willing to work hard, use wisdom and sweat to create better products, and sincerely cooperate with friends from all walks of life on the basis of sincere trust and mutual benefit for common development. We guarantee that the products are genuine, safe and reliable, and at the same time guarantee perfect after-sales service.
Alumina Ceramic Lined Wear Tube are used as the base, and the inner lining is made of wear-resistant ceramic glue, or the production process of tapered pad welding, interlocking and pasting, which improves the connection strength between the base part and the ceramic sheet, the combination of the ceramic and the tube are firm, dense, flat and smooth.
1. It is usually used in pneumatic (hydraulic) transportation systems such as boiler powder feeding or ash removal pipelines to solve the frequent wear and leakage of pulverized coal or bottom ash and provide better improvement.
2. Used in thermal power plants, steel plants, and cement plants to achieve satisfactory results. According to statistics, the average wear of the wear-resistant layer of ceramic wear-resistant pipes is only 0.2~0.3mm/year. If a wear-resistant ceramic with a thickness of 10mm is pasted, the service life of the pipe is ten times that of ordinary steel pipes.
The wear resistance of Alumina Ceramic Lined Wear Tube is equal to 260 times that of manganese steel and 170 times that of chrome steel. Its Mohs strength is above 9.0. It has the advantages of high density, wear resistance, high temperature resistance, acid and alkali resistance and other comprehensive functions.
1. Thermal power industry: powder milling, powder conveying, powder returning, ash conveying, coarse powder separation, fine and fine separation, elbows, ducts, etc.
2. Cement building materials: the outlet pipeline of the separator, the inlet of the separator, the conveying of pulverized coal, coal ash, etc.
3. Mining industry: tailings, mud, ore concentrate
4. Others include: steel, coal, chemical, petroleum, thermal power, papermaking, building materials, metallurgy, smelting, aluminum, grain machinery, powder engineering, and other industries such as particle erosion, erosion machinery.
Shandong Qishuai Wear-resistant Equipment Co., Ltd. is organized in strict accordance with the ISO9001-2006 quality management system to ensure the production of excellent wear-resistant pipes and wear-resistant elbows to meet customer needs. Focus on solving the problems of powder manufacturing, coal conveying and powder feeding systems in thermal power plants, mines: ore powder, ore powder conveying tail problems, etc., and provide customers with technical services related to products. The equipment enables enterprises to have relatively complete product manufacturing quality assurance methods.
We thinks what customers think, the urgency of urgency to act during the interests of a purchaser position of theory, allowing for much better good quality, lower processing costs, prices are extra reasonable, won the new and old buyers the support and affirmation for Weldable Alumina Ceramic Liner and Ceramic Lining Brick. Our new type of marketing pays more attention to maintaining long-term and good family relationship with customers. We always regard it as our duty to create value for shareholders, and take driving the development of related industries and promoting economic and social progress as the direction.