The Precision Ceramic Components in stock are high quality. You can wholesale it at the right price from Haigude, which is a leading manufacturer and supplier from China.
Addressing the full-process needs of semiconductor wafer manufacturing, core process equipment, device packaging, and backend processing, we deliver core component solutions featuring high stability, high temperature resistance, plasma corrosion resistance, efficient heat dissipation, and high precision. Fully compatible with both mature and advanced process nodes for high-end semiconductor equipment, our solutions balance performance and cost advantages, supporting the semiconductor industry's progress toward greater precision, efficiency, and long-term reliability.
Electrostatic Chucks / Ceramic Heaters
By embedding metal electrodes inside ceramics and performing co-sintering, electrostatic chucks and ceramic heaters can be manufactured.
Leveraging various material technologies, we have developed a series of electrostatic chucks and ceramic heaters that meet customer requirements. Whether in plasma environments, electron beam applications, or other fields, we can provide products tailored to specific application needs from the development and trial manufacturing stag
By pre-embedding metal electrodes inside ceramics and forming them through integrated sinter bonding, we have developed a series of electrostatic chucks and ceramic heaters that can stably adapt to harsh conditions such as plasma environments and electron beam applications. From the development and trial manufacturing stages, we can deliver customized products that meet customer application requirements.
Product Specifications
Parameter
Value
Dimensions
Customized on demand
Thickness
Customized as required
Dielectric Constant
Application-adapted
Density
3.7-3.9 g/cm³
Surface Roughness
Custom per drawing
Product Details:
Material: Aluminum Nitride (AlN)
Function: Ceramic insulation device
Type: Precision structural ceramic
Color: Gray
Customization Capability: Full size / precision machining per drawing
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