99.9%alumina substrate

99.7%alumina substrate

99.6%alumina substrate

99.99% Alumina Balls

Diameter available from 0.1mm to 20mm

92% alumina balls

High-strength alumina microcrystalline grinding balls, with diameters of Φ0.3 - 0.4mm, Φ0.6 - 0.8mm, Φ1.0 - 1.2mm, and Φ1.4 - 1.6mm.

99.99%alumina structural components

99.9%alumina structural components

99.7%alumina structural components

99.6%alumina structural components

It is formed by isostatic pressing process, which possesses excellent wear resistance and mechanical properties. It can be used to produce zirconia grinding balls and precision balls with diameters of over 3mm. It particularly has a prominent advantage in the market of large-sized grinding balls and precision balls.

99.99% Al2O3 balls

Diameter available from 0.1mm to 20mm

92% alumina balls

High-strength alumina microcrystalline grinding balls, with diameters of Φ0.3 - 0.4mm, Φ0.6 - 0.8mm, Φ1.0 - 1.2mm, and Φ1.4 - 1.6mm.

By adopting dry pressing and isostatic pressing processes, and integrating the understanding of 20 years of zirconia powder properties and sintering characteristics, special zirconia structural components with high bending strength, high thermal shock resistance, and high mechanical impact resistance can be fabricated.

By using the methods of extrusion molding, dry pressing and isostatic pressing, oxide zirconia ceramic blades with thickness ranging from 0.3 to 10 mm can be fabricated. By strictly controlling the proportion of monoclinic phase and tetragonal phase in the products after firing, ceramic blades with high thermal shock resistance and high drop resistance can be prepared, significantly enhancing the tool life.

Mainly used for the preparation of thermal barrier coatings for turbine engines, its performance is comparable to that of international leading brands. It adopts unique powder preparation, forming, sintering and processing techniques. The target materials prepared have the outstanding characteristics of high purity and stable performance. The target is not splashed or cracked, which can meet the needs of large-scale mass production.

Using phosphorus-silicon-zirconium-lithium solid-state electrolyte (LZSP) powder and adopting a macroscopic composite structure, a flexible all-ceramic solid-state electrolyte membrane was prepared.