Our company's tenet is to meet the market demand in an all-round way with the best quality, the best price and the most complete variety of Composite Bimetal Hardfacing Plate, Wear Resistant Ceramic Rubber Composite Lining, Al2O3 Ceramic Wear Liner Plate, so as to provide the best value-added service for domestic and foreign users. Our business philosophy is to respond quickly to the changing needs of our customers and to provide value-added services to our partners. On the basis of mutual trust and understanding, we seek to establish long-term and stable relationships with customers, suppliers and stakeholders.
Description of Wear industrial ceramic tiles
Processing Service: Cutting
Product Name: Alumina ceramic and porcelain tile price per kg
AL2O3: 92%
Advantage: High wear resistance
Water Absorption: ≤0.01%
Bulk Density: ≥3.62g/cm3
Size: Customized
Connection Type: Stick for plain tile ,weld for weldable tile
Fe2O3: ≤0.02%
Compressing Strength: 2000Mpa
Place of Origin: Zibo, Shandong, China
Type: Ceramic Plates
Application: Industrial Ceramic
Material: Alumina Ceramic
Model Number: Alumina tiles as customized
Related Products:
Wear resistant CCO steel plates;
Rubber ceramic composite linings;
Wear resistant steel tube
About Qishuai:
Exported to 5 continents;
Serviced 200+ countries;
10 years+ experiences
Our tiles can be ordered to a variety of material specifications & sizes to ensure that you are getting exactly what you need.Wear industrial ceramic tiles have the ability to improve production performance, increase efficiency, reduce maintenance costs, and increase profits.Specifications:
Our high-quality Ceramic Lined Bend Pipe Piping for Mining Industrial Alumina Ceramic Tubes with 95% Ceramic and attentive service have won the trust and praise of many consumers and established a good brand. Let every employee "work with dignity and live with a smile". We have the management philosophy of courageous exploration, innovation and innovative thinking, good planning and practical work, and the spirit of the times of continuous climbing.