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Silicon Carbide Ceramic

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High-Purity Silicon Carbide Ceramic Socket for Semiconductor

Name: High-Purity Silicon Carbide Ceramic Socket for Semiconductor
Availability: InStock

Silicon Carbide Ceramic Socket is a multifunctional precision ceramic structural component that integrate high rigidity, high temperature resistance, excellent thermal conductivity, corrosion resistance, and ultra-high cleanliness. They are designed specifically for critical connection and support scenarios in semiconductor equipment, high-power modules, and precision machinery that require long-term stability, precise positioning, and efficient heat dissipation.

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High-Purity SiC Ceramic Socket for Semiconductor

Product advantages

1. Extreme Environmental Stability: It can operate stably for extended periods in high-temperature environments (above 800℃), highly corrosive environments, and high-radiation environments without creep or performance degradation.

2. Superior Mechanical Properties: High hardness (Mohs hardness > 9), high elastic modulus (approximately 400 GPa), and flexural strength provide extremely high structural rigidity, dimensional stability, and resistance to deformation.

3. Excellent Thermal Management: High thermal conductivity (80-150 W/m·K) and a matching low coefficient of thermal expansion (4-5 × 10⁻⁶/K) enable efficient and uniform heat dissipation and prevent cracking due to thermal mismatch with adjacent materials.

4. Excellent Chemical Inertness and Cleanliness: It exhibits extremely high resistance to most chemical reagents. The material itself is dense and does not precipitate, preventing contamination in ultra-clean environments and meeting the stringent requirements of the semiconductor industry regarding particles and metal ions.

5. Multifunctional integration: A single component can simultaneously meet multiple functional requirements such as structural support, precise positioning, efficient heat dissipation, electrical insulation/conductive path, and corrosion resistance, thereby simplifying the equipment structure and improving reliability.

Applications

Application Industries	Application Scenarios
1.Semiconductor	High-temperature process support and fixation: In high-temperature processes such as semiconductor diffusion and annealing (up to 800°C or higher), it serves as a snap-fit component for wafer boats, enduring long-term thermal cycling without deformation.
2.New energy and power electronics	High-power heat dissipation and electrical insulation: As a support card for the insulated metal substrate (IMS) or direct bonded copper (DBC) substrate of the power module, it efficiently conducts the heat from the chip to the heat sink while ensuring high-voltage insulation.
3.Precision Machinery and Automation	High-precision mechanical positioning: In precision machining centers, the preload ring, used as a spindle bearing preload ring or a clamping component of precision fixtures, utilizes its high rigidity and low thermal deformation to ensure machining accuracy at the micron level.
4.Optoelectronics and Lasers	Connection in highly corrosive environments: Serving as wafer clamps or hangers in chemical wet cleaning equipment or electroplating tanks, it withstands acid, alkali, and electrochemical corrosion.
5.Aerospace	Support for high-frequency, high-speed signal transmission: Serving as a dielectric holder in high-frequency connectors or microwave components, its low dielectric constant and stable dielectric properties help reduce signal loss.

Customized Process

Comprehend application product information from customers ⇒ Engineers create drawings ⇒ Customers confirms drawings ⇒ After customer confirmation, a quotation is prepared ⇒ Confirm quotation and making sample ⇒ Customers confirm sample ⇒ Deposit payment is made ⇒ Mass production begins ⇒ Shipping and receiving tracking ⇒ Order finish

FAQ

Q1: What products does your company offer?

We specialize in high-performance ceramics such as alumina and silicon nitride, providing insulators, structural components, wear-resistant parts, and customized solutions.

Q2: Can you customize non-standard parts?

Yes. We support processing based on provided drawings and collaborative technical development, offering a full-process service from design to mass production.

Q3: What about accuracy and delivery time?

Standard tolerance ±0.05mm, precision grade ±0.01mm; samples 7-15 days, bulk orders 20-30 days.

Q4: Main application areas?

Power, electronics, machinery, chemical, and aerospace industries.

Q5: Quality assurance measures?

Full-process quality inspection, providing material reports and performance test data, supporting third-party certification and testing.

Q6: Do you provide technical support?

We provide professional support such as material selection consultation, design optimization, and failure analysis.

Why choose us?

1.Customized R&D, rather than standard product adaptation

2.Deep control of materials science：Material Selection Based on Needs，Microstructure Optimization，Batch Consistency

3.Precision machining capability：Flatness can reach 0.001mm, parallelism 0.002mm, and roughness Ra 0.1μm.