Silicon Carbide (SiC) Rods
SK Convection is a leading manufacturer of Silicon Carbide (SiC) Heating Elements, designed for high-stress industrial applications.
Our SiC elements consist of a specialized "Hot Zone" center section and silicon-infused "Cold Ends" that operate at lower temperatures to protect terminals. The extreme ends feature an aluminum contact surface for low-resistance electrical connections via braided aluminum straps. These rods are engineered to provide stable thermal performance in the most demanding high-heat environments.
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| Technical Specifications | |
|---|---|
| Max Operating Temp | Stable up to 1625°C |
| Energy Efficiency | 20% - 30% Greater Savings |
| Available Shapes | U-Shaped, Straight, Alpha Ultra, Single/Double Spiral, Dumbbell |
| Terminal Section | Silicon-Infused Cold Ends |
| Connection Type | Aluminum Contact with Braided Aluminum Straps |
| Key Resistances | Superior Oxidation & Thermal Shock Resistance |
Key Performance Features
Industry-leading structural robustness and efficiency
Delivers reliable and stable operation at temperatures up to 1625°C, ideal for high-stress industrial applications.
High thermal conductivity ensures uniform temperature distribution and 20%-30% greater energy savings than alternatives.
Superior resistance to oxidation and thermal shock results in reduced maintenance and extended operating times.
Advanced Applications
Supporting next-generation technology and AI-driven manufacturing
Semiconductor (AI Chips)
Used in crystal growth and wafer processing for high-purity AI microchip fabrication.
AI Data Centers
Critical for producing high-efficiency inverters and power supplies for AI data centers.
Industry 4.0
Integration into automated, AI-driven production lines for sintering and heat treatment.
LED Manufacturing
Essential for the production of LEDs and high-efficiency optical components.
Thermal R&D
Used in material testing and extensometers due to extreme stability under high heat.
Sintering Furnaces
High-temperature sintering for ceramics and advanced metal alloys.