Silicon carbide (SiC) - hard, thermally conductive, up to 1,400 °C / Mechanically resilient components, thermal applications, aggressive media

Silicon carbide - high-performance material from Doceram, available from Megatron AG

Silicon carbide (SiC) is a technical high-performance ceramic that impresses with its combination of extreme hardness, high temperature resistance and excellent chemical resistance. As a compound of silicon and carbon, silicon carbide is ideal for the most demanding industrial environments.

Doceram uses this material to manufacture high-precision, resistant components - available from Megatron AG. Whether in applications subject to high thermal loads, abrasive media or aggressive chemical conditions - silicon carbide offers maximum process reliability and service life.

Why silicon carbide?

Silicon carbide offers a unique combination of properties:

  • Extremely high hardness - excellent protection against abrasion and mechanical wear

  • Temperature resistance over 1,400 °C - ideal for high-temperature processes

  • Corrosion and oxidation resistance - resistant to aggressive chemicals

  • Low density - lighter than many metals with high stability at the same time

  • Excellent thermal conductivity - efficient heat distribution under thermal load

  • Outstanding tribological properties - minimum friction, maximum service life

Typical areas of application:

  • Mechanical and plant engineering - e.g. for plain bearings, nozzles, seals

  • Semiconductor technology - ideal for wafer carriers and cooling systems

  • Automotive industry - proven for brake disks, sensor components

  • Chemical industry - corrosion-resistant heat exchangers and reactor components

Doceram develops and manufactures customized silicon carbide components that meet the highest requirements. Megatron AG provides you with tailor-made solutions for your industrial processes - reliable, durable and efficient.