Industrial-Grade Pressureless Sintered SiC Square Beam Low Thermal Expansion Coefficient Anti-Creep High Load Bearing Ceramic Structural Component

Description:

Our pressureless sintered silicon carbide (SSiC) square beams are formed by extrusion and sintered at high temperature (2100-2200°C) in a vacuum furnace. The length can reach up to 4200 mm and the internal hole profiles can be customized to meet specific requirements.

Typical application:

SSiC square beams are primarily used as load-bearing support structures in industrial kilns such as tunnel kilns and shuttle kilns.

Application Fields:

1. Lithium and sodium battery materials

2.Electronic ceramics

3. Advanced ceramics

4.High-temperature refractory materials

5. Magnetic materials

6.Powder metallurgy products

7.other fields involving high-temperature sintering and heat treatment processes.

Feature:

1.High-Temperature Strength: Enhanced flexural strength at elevated temperatures; Maintains structural integrity under extreme heat

2.Corrosion Resistance: Resistant to strong acids and alkalis while maintaining load-bearing capacity.

3.Thermal Management: Superior thermal conductivity reduces thermal shock impact

4.Oxidation Resistance: Forms protective SiO₂ film at high temperatures, significantly slowing oxidation

The physical properties of pressureless sintered silicon carbide ceramics products:

Customization Services:

1.Precision Machining:

Drilling and slotting can be performed according to customer drawings and requirements.

Both internal and external ports can be finely machined to ensure installation accuracy.

2.Profile Customization:

U-shaped beams

L-shaped beams

Custom bore configurations (see technical drawings below)

Load-Bearing Capacity Variations for Square Beams of Different Materials: