1650 Centigrade High Temperature Resistance SSIC Rod Silicon Carbide Shaft Sic Ceramic Bar

Technical specifications

Customization guide

Adjustable parameters:

• Length/Diameter: Customize dimensions to fit specific machinery or fixture requirements.
• Surface Finish: Opt for polished, textured, or coated surfaces to enhance functionality or aesthetics.
• Coatings: Add protective layers for enhanced chemical resistance or thermal stability.

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With Highborn’s Sic Ceramic Rods, you can build robust systems for extreme environments. Their lightweight yet rigid design reduces thermal expansion while maintaining structural integrity. Ideal for applications like furnace rollers, kiln components, or high-speed machinery shafts where heat and abrasion are constant challenges.

Choose your model

Supplier's note

1. Breakthrough Features:

   • Extreme Thermal Stability: The 1650°C resistance (industry-leading) enables safe operation in molten metal environments.
   • High Strength-to-Weight Ratio: 350 MPa strength (20% higher than alumina ceramics) reduces component weight while maintaining load-bearing capacity.
   • Abrasion-Proof Design: Mohs 6.5 hardness outperforms traditional steel in abrasive applications like conveyor rollers.

2. Version Selection Guide:

   • Base Model: Suitable for standard furnace fixtures and moderate wear applications (e.g., kiln shelves).
   • Advanced Model: Ideal for heavy machinery shafts or high-stress environments requiring +15% strength enhancement.
   • Pro Model: Best for extreme scenarios like aerospace components or chemical processing equipment, where triple the wear resistance and 30% higher strength are critical.

Pro Model’s strength surpasses industry benchmarks by 30%, enabling use in applications like turbine blades or high-temperature reactors. Pair its ultra-smooth coating with Sic’s low thermal expansion to ensure seamless integration in precision machinery.