Silicon carbide (SiC) is a compound of silicon and carbon that has gained widespread attention across high-performance engineering, materials science, and vacuum technology. Known for its exceptional thermal conductivity, chemical inertness, and mechanical strength, silicon carbide has proven invaluable in environments where conventional ceramics or metals would fail.

In demanding engineering environments — from vacuum chambers to semiconductor tooling — few materials perform as reliably as boron nitride. Known for its unique balance of thermal, electrical, and chemical properties, boron nitride has become the go-to ceramic where purity, precision, and durability are non-negotiable.

Thermic Edge’s proprietary SiC₃ coating, a high-purity cubic silicon carbide coating applied via Chemical Vapour Deposition (CVD), provides a reliable defence against corrosion, oxidation, and degradation in harsh atmospheres. Whether you’re working in semiconductor manufacturing, advanced materials research or high-purity gas environments, this protective solution can significantly improve process reliability and component life.

Vacuum furnaces enable clean, controlled thermal processing by removing air and reactive gases from the chamber. Used across research and advanced manufacturing, they support applications where material integrity, consistency, and high temperature performance are critical.

The CVD heater (Chemical Vapour Deposition) ensure precise temperature control for uniform and high-quality thin-film deposition.

Heater stages, also known as deposition stages or substrate heater stages, are integral components in thin-film deposition processes.

Thermic Edge offer a range of standard PG/PBN heaters which are well suited to applications where space is limited.

How RF Plasma Enhances Surface Modification in Semiconductor Applications Thermic Edge provides the option to integrate RF Bias into any Heater Stage or Sample Heater.

In many high-precision applications, controlled heating processes are crucial. Wafer heating and crucible heating are two such methods, which are both necessary for getting the