SC5056 Electrically Conductive SiC Electrode Sheet

Electronically Conductive SiC Electrode Sheet Description

Electronically Conductive SiC Electrode Sheet is a high-performance functional material that combines the electrical properties of metals with the structural properties of ceramics. It not only exhibits excellent electrical conductivity similar to metals but also possesses the same ultra-high hardness, wear resistance, corrosion resistance, thermal cycling resistance, and high-temperature resistance as ceramics.

Electronically Conductive SiC Electrode Sheet Specifications

Electronically Conductive SiC Electrode Sheet Applications

Electronically Conductive SiC Electrode Sheets are widely used in the oil industry, chemical industry, mechanical engineering, automotive industry, aerospace, nuclear industry, and other sectors.

Electronically Conductive SiC Electrode Sheet Packaging

Our Sintered Silicon Carbide Seals (SSiC) are carefully handled during storage and transportation to maintain the quality of our product in its original state.

Electronically Conductive SiC Electrode Sheet FAQs

Q1: Why is electronically conductive SiC used for electrode applications?

A: Electronically conductive SiC is used for electrode applications due to its combination of electrical conductivity and high thermal and mechanical stability, making it suitable for harsh environments and high-performance applications.

Q2: How are electronically conductive SiC electrode sheets manufactured?

A: Electronically conductive SiC electrode sheets are typically produced by doping silicon carbide with elements such as nitrogen, boron, or aluminium, which introduce free charge carriers. Alternatively, conductive composites can be produced by incorporating conductive fillers such as graphite or metals into the SiC matrix.

F3: What quality standards are generally adhered to for electronically conductive SiC electrode sheets?

A: Quality standards such as ISO, ASTM, and specific industry standards ensure the consistency, electrical properties, and performance of electronically conductive SiC electrode plates. Manufacturers provide certifications and test reports to verify compliance with these standards.