(1) Mechanical aspects.Because of its high hardness, high temperature mechanical properties, good wear resistance, good chemical stability, not easy to bond with metal and other characteristics, it is widely used in hard material cutting, high speed steel cutting, ultra-high speed cutting and other difficult to process materials cutting.
(2) Industry.At present, there are many kinds of industrial valves, and the valves commonly used in the alumina industry are plug valves, gate valves, globe valves, ball valves, etc.
(3) Electronics and electric power.There are all kinds of alumina ceramic bottom plate, substrate, ceramic membrane, transparent ceramic and all kinds of alumina ceramic electrical insulation porcelain pieces, electronic materials, magnetic materials, among which the aluminum oxide transparent ceramic and substrate is the most widely used.
(4) Chemical industry.In the chemical application of alumina ceramic also has a wide range of uses, such as alumina ceramic chemical filler ball, inorganic microfiltration membrane, corrosion resistant coating, among them to alumina ceramic membrane, coating research and application.
Notably, alumina ceramic is continuously breaking the boundaries of traditional industrial scenarios, forging new paths for cross-industry applications and unlocking fresh room for business growth.
In the eco-environmental protection sector, modified alumina ceramic membranes withstand high temperatures and severe corrosive working conditions, making them ideal for advanced treatment of industrial wastewater and sewage. Gradually replacing conventional organic membranes, they address tough challenges in heavily polluted water treatment.
In the biomedicine industry, 3D-printed alumina ceramic implants feature outstanding biocompatibility and mechanical properties. They have been successfully adopted in spinal and orthopedic repair surgeries, fitting human bone structures precisely and greatly improving clinical restoration outcomes.
In the new energy energy storage field, alumina-coated separators effectively enhance the thermal resistance and safety of solid-state and lithium-ion batteries. Driven by the large-scale expansion of the energy storage industry, market demand for such supporting components is rising rapidly.
The industry will continue to shift toward high-end development, refinement, integration and domestic substitution in the future. Leading enterprises equipped with capabilities in powder material R&D, precision machining and full industrial chain supporting services will keep capturing market dividends and spearhead the high-quality development of the sector.
