Customized High-Strength Reaction-Sintered Silicon Carbide Square Beam Support with High Temperature Resistance up to 1380°C

Description:

This product is manufactured using reaction sintering technology, boasting exceptional strength, high temperature resistance, corrosion resistance, and thermal shock resistance. It is ideally suited for use as a load-bearing structural framework in shuttle kilns, tunnel kilns, and various high-temperature kiln applications. It maintains stable performance at temperatures up to 1380°C. Customized sizes and end processing are available to cater to diverse needs.

Typical application:

Load-bearing structure of industrial kilns

Feature:

1. Light weight, energy saving.

2. Long service life.

3. High heat transfer efficiency.

4. High temperature non-deformation.

The physical properties of reaction sintered silicon carbide ceramics products:

Beam Load-Bearing Capacity Table:

The bending strength of reaction-sintered silicon carbide beams is calculated based on 250 MPa, with a 5-fold safety factor. The bearing capacity is determined for a length of 1 meter. When the product length is L, the bearing capacity can be calculated using the following formulas:

• Concentrated load = Value from table × 1m × L
• Resultant force of uniformly distributed load = Value from table × 1m × L

This bearing capacity applies to temperatures below 1380℃.

As a leading advanced materials developer in China, we are established in 2017 with a registered capital of 35.5 million RMB (≈5 million USD) and strategically located in Xixian New District's Qinhan New City, adjacent to major transportation hubs including Xianyang East Expressway.

Our team combines materials science expertise with manufacturing excellence to solve tomorrow's challenges today.

Serving OEMs and innovators worldwide from our 5-acre production facility, we blend Chinese manufacturing capabilities with international quality standards.

Our precision-engineered ceramic solutions serve mission-critical applications across New energy, Chemical processing, Pharmaceutical, and Aerospace industries, delivering customized solutions characterized by high thermal stability, chemical resistance and superior mechanical properties. Through our R&D-driven approach, Kegu delivers application-specific ceramic solutions that address the most demanding industrial challenges while optimizing performance and lifecycle costs.

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