Which industries do advanced ceramics apply to

(1) Manufacturing industry

Application scenarios: Cutting tools, abrasives, molds.

Application reason: High hardness and wear resistance, suitable for high-precision machining and wear parts.

(2) Energy and electricity

Application scenario: insulator, spark plug, fuel cell assembly.

Application reason: Excellent electrical insulation and high temperature resistance.

(3) Chemical industry

Application scenario: reactor lining, pump valve, pipeline.

Application reason: corrosion resistance, suitable for dealing with acid, alkali and other corrosive media.

(4) Aerospace

Application scenarios: engine components, thermal protection systems.

Application reason: high temperature resistance, low density, suitable for weight loss and high temperature environment.

(5) Electronics and semiconductors

Application scenarios: substrate, packaging material, sensor.

Application reasons: electrical insulation, thermal stability and high frequency performance.

(6) Medical industry

Application scenarios: artificial joints, dental implants, surgical instruments.

Application reasons: Biocompatibility and wear resistance.

(7) Environmental protection industry

Application scenario: filter, catalyst carrier.

Application reasons: high temperature resistance, corrosion resistance, suitable for waste gas treatment and waste water filtration.

(8) Metallurgical industry

Application scenario: refractory material, crucible, furnace lining.

Application reason: high temperature resistance and heat shock resistance.

(9) Optical industry

Application scenarios: laser, optical window, transparent ceramics.

Reason for application: Excellent optical properties and high temperature resistance.

(10) Emerging industries

New energy: such as hydrogen energy, fuel cells.

3D printing: The application potential of ceramic 3D printing technology.