Alumina components are typically manufactured through processes such as dry pressing, isostatic pressing, injection molding, slip casting, and extrusion. After forming, the parts are sintered at high temperatures (typically 1600-1800°C) to achieve full density and mechanical strength.

We can supply customized products according to the drawings you provide, and our engineers can also provide technical support and advice for your design.

Aluminum Oxide is characterized by high hardness, excellent resistance to corrosion, thermal stability, good dielectric properties (for converting from DC to GHz frequencies), low loss tangent, and stiffness. See the next section for more details on the properties of alumina ceramic materials.

Depending on the content of Al2O3 and additives used, there are different series of aluminum oxide mateials. Based on the Al2O3 content, alumina can be categorized as 75% alumina, 85% alumina, 95% alumina, 99% alumina, and so on. Based on the difference in crystal phase, there are mullite, corundum-mullite, and corundum; Based on the variety of additives used, there is the chromium corundum, titanium corundum, etc.

While both ZTA and ATZ have the same raw materials, it is important not to confuse the two composites. In alumina toughened zirconia (ATZ), the ratio of alumina to zirconia is low. In zirconia toughened alumina (ZTA), the opposite is the case.

96% alumina is suitable for most general industrial applications where cost is a consideration. 99% and above is recommended for semiconductor processing, high-voltage electronics, and medical implants where purity and reliability are critical.

Alumina offers a superior combination of hardness, thermal stability, and chemical resistance compared to many other ceramic materials, making it more versatile and widely applicable in various industries.

Alumina is inert and non-toxic, posing minimal environmental impact. Its durability and recyclability further contribute to its environmental friendliness in various applications.