Sintered Silicon Carbide Crossbeams - China

Carborundum structure beam, AKA cross beam, support beam, is used as load-bearing structure frame of tunnel kiln, shuttle kiln, double-layer roller kiln and other industrial kilns.

Silicon carbide square beam is characterized by high bearing capacity, no bending deformation, with long service life and high thermal conductivity under high temperature.

Energy saved without increasing the weight of kiln car.

Oustek’s silicon carbide structure beam adapts isostatic pressing, net size sintering and mechanical finishing technique, it produces structure beams with density up to 3.1kg/m³.

Adopts silicon carbide for high-quality refractories with purity up to 98.5%, so the maximum working temperature reaches up to 1380 ℃ (2500 ℉).

Application For sanitary ware, high-voltage electromagnetic, honeycomb ceramics, Class-A light foamed ceramics, tunnel kiln, shuttle kiln, roller kiln and other industrial kilns.

Features 1 - High strength, high hardness, wear resistance, density up to 3.1kg / m3.

2 - High attenuation performance, low thermal expansion, high thermal shock resistance, high temperature creep resistance.

3 - Chemical stability, corrosion resistance, especially hydrofluoric acid resistance.

4 - High-temperature resistance, maximum operating temperature up to 1380 ℃ (2500 ℉).

5 - Excellent thermal conductivity can save energy and reduce energy costs

6 - Long service life and reduce overall investment cost

Company Contact:

• Posted By: Oustek Materials Technology Limited

• Phone: 18819889308

• Address: Rm. 3C082, Floor 3, No. 5 Building, China South City, Longgang District, Shenzhen , Guangdong , China

• Email:

• Website: https://oustek.com

• Business Description: Silicon Carbide Products: crossbeam, stick, burner, cold-air pipe, thermocouple protection pipe, radiation pipe, desulfurization nozzle, wear-resistant lining, wear-resistant, and corrosion-resistant impeller, sandblast nozzle, shed plate, sagger, heat exchanger, seal and various special-shaped parts.