Our company actively strives for the international voice, promotes our technical innovation and develops new Wear Rubber Ceramic Composite Plate, Hardfacing Wear Pipe, Wear Resistant Carbide Overlay Plate. Giving back to the society is not only the responsibility of corporate citizens, but also an opportunity to enhance corporate value. Therefore, we adhere to common development and sharing results with all stakeholders. The company introduced information tools and established a relatively complete modern enterprise management system. We always adhere to the development philosophy of "fulfillment of mission, innovation and development, openness and integration, standardization and pragmatism, and realization of value".
Ceramic Aluminum Oxide High Quality Mosaic Tiles are usually installed uopn the wear areas of some material conveying equipments, coal preparation equipments and so on to be used as the material contact surface to bear the following abrasion and impact.
Description:
Place of Origin: Zibo, Shandong, China
Type: Ceramic Plates
Application: Industrial Ceramic, Magnetic separator
Material: Alumina Ceramic
Model Number: Alumina Mosaic Tile
Brand Name: Qishuai
Processing Service: Cutting, Pasting
Product Name: Ceramic aluminum oxide high quality mosaic tiles
Compressing Strength: 2000Mpa
Al2O3 Content: 92%
HS Code: 690912
Bulk density: 3.65
Advantage: Abrasion-proof
Size: Customized
Moh's hardness: 9


Packages:
Normally the standard package is 15-25KG/carton, 1-1.5tons/pallet for Ceramic aluminum oxide high quality mosaic tiles per kg.
Port: Qingdao

In the face of more fierce market competition, in order to win more seats in the market and further occupy the overseas market, our company constantly enriches the product line and introduces new 92% Alumina Ceramic Wear -Resistant Mosaics on Mat. Unity is the core part of an excellent team, and is a strong guarantee to do every job well. We comply with the development needs of our customers to provide a highly precise commercial value of the brand's experience.

