Four main advantages:

• High processing consistency;
• Strong resistance to plasma erosion;
• High mechanical strength;
• Customizable.

Four main advantages:

• High processing consistency;
• Strong resistance to plasma erosion;
• High mechanical strength;
• Customizable.

Four main advantages:

• High processing consistency;
• Strong resistance to plasma erosion;
• High mechanical strength;
• Customizable.

Four main advantages:

• High processing consistency;
• Strong resistance to plasma erosion;
• High mechanical strength;
• Customizable.

Four main advantages:

• High processing consistency;
• Strong resistance to plasma erosion;
• High mechanical strength;
• Customizable.

Four main advantages:

• High processing consistency;
• Strong resistance to plasma erosion;
• High mechanical strength;
• Customizable.

Ceramic vacuum chucks are mainly composed of microporous ceramics and frames, and can also be called porous ceramic chucks.

Four main advantages:

• Good flatness and parallelism
• Dense and uniform structure, high strength
• Good air permeability: micropore size: 5-200μm, porosity: 30%-50%
• Uniform adsorbability: uniformity of airpermeability: ± 3Kpa pressure tolerance within 10*10mm area (adjustable)

Ceramic vacuum chucks are mainly composed of microporous ceramics and frames, and can also be called porous ceramic chucks.

Four main advantages:

• Good flatness and parallelism
• Dense and uniform structure, high strength
• Good air permeability: micropore size: 5-200μm, porosity: 30%-50%
• Uniform adsorbability: uniformity of airpermeability: ± 3Kpa pressure tolerance within 10*10mm area (adjustable)

Ceramic vacuum chucks are mainly composed of microporous ceramics and frames, and can also be called porous ceramic chucks.

Four main advantages:

• Good flatness and parallelism
• Dense and uniform structure, high strength
• Good air permeability: micropore size: 5-200μm, porosity: 30%-50%
• Uniform adsorbability: uniformity of airpermeability: ± 3Kpa pressure tolerance within 10*10mm area (adjustable)

Aluminum nitride is a multifunctional material, most commonly used in scenarios that require high thermal conductivity and electrical insulation. This unique ability makes AIN an ideal choice for fast heating and heat dissipation. Such as aluminum nitride ceramic heaters, aluminum nitride ceramic wafer trays / ceramic chucks, etc.

Aluminum nitride is a multifunctional material, most commonly used in scenarios that require high thermal conductivity and electrical insulation. This unique ability makes AIN an ideal choice for fast heating and heat dissipation. Such as aluminum nitride ceramic heaters, aluminum nitride ceramic wafer trays / ceramic chucks, etc.