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Application fields of zirconia


Application fields of zirconia

Grinding and dispersion of zirconia

High-viscosity materials: Suitable for ultrafine grinding of high-hardness materials such as electronic ceramics, magnetic materials, alumina powder, titanium dioxide, etc., to improve dispersion efficiency.

Coatings and inks: Used for nano-level pigment grinding to improve product fineness and stability.

Lithium battery materials: Grinding positive and negative electrode materials (such as carbon nanotubes) to improve battery performance.

Polishing and surface treatment of zirconia

Metals and ceramics: Used for precision polishing of aerospace parts, artificial joints, and dental implants, with a surface roughness as low as Ra0.01μm.

Optical components: As a supporting material to reduce deformation of optical components and maintain system stability.

Special industrial scenarios of zirconia

Aerospace: Manufacture of high-temperature components such as turbine blades and engine nozzles, which withstand extreme temperatures and pressures.

Medical devices: Used for products with high biocompatibility requirements such as artificial joints and hearing aids.

Semiconductors: As a wafer grinding medium, it improves the surface flatness of the chip.

Application fields of zirconia

Grinding and dispersion of zirconia

High-viscosity materials: Suitable for ultrafine grinding of high-hardness materials such as electronic ceramics, magnetic materials, alumina powder, titanium dioxide, etc., to improve dispersion efficiency.

Coatings and inks: Used for nano-level pigment grinding to improve product fineness and stability.

Lithium battery materials: Grinding positive and negative electrode materials (such as carbon nanotubes) to improve battery performance.

Polishing and surface treatment of zirconia

Metals and ceramics: Used for precision polishing of aerospace parts, artificial joints, and dental implants, with a surface roughness as low as Ra0.01μm.

Optical components: As a supporting material to reduce deformation of optical components and maintain system stability.

Special industrial scenarios of zirconia

Aerospace: Manufacture of high-temperature components such as turbine blades and engine nozzles, which withstand extreme temperatures and pressures.

Medical devices: Used for products with high biocompatibility requirements such as artificial joints and hearing aids.

Semiconductors: As a wafer grinding medium, it improves the surface flatness of the chip.