CVI (Chemical Vapor Infiltration) Furnaces
Furnaces enabling CVI saturation of porous carbon structures with carbon from the gas phase.
Graphite Purification Furnaces
Graphite purification furnaces use gases such as HCl, fluorine or chlorine at high temperatures to remove metallic and chemical impurities from graphite. They produce ultra-pure graphite essential for industries requiring maximum thermal, electrical, and chemical purity.
- • Use of reactive gases (HCl, fluorine, chlorine) for impurity removal
- • High-temperature treatment under vacuum or controlled atmosphere
- • Designed for production of extremely high-purity graphite
- • Produces ultra-pure graphite for advanced applications
- • Improves conductivity and thermal performance
- • Reduces contamination risk in sensitive environments
- • Electronics (electrodes, semiconductor components)
- • Chemical reactors and catalysts
- • Metallurgical graphite processing
- • Nuclear and energy applications
- • Scientific and aerospace components
Other Products From SECO/WARWICK S.A.
VECTOR HPGQ – High-Pressure Gas Quenching Vacuum Furnace
Single-chamber high-vacuum furnace with high-pressure gas quenching (up to 25 bar), designed for distortion-controlled hardening of high-performance alloys and precision
CaseMaster Evolution – T/D (Double & Triple Chamber Vacuum Furnace)
High‑efficiency double‑ and triple‑chamber vacuum furnaces designed for low‑pressure carburizing (LPC) and oil or gas quenching, providing high throughput, excellent
VAB Oil‑Removal Furnace – Vacuum Oil Separation System
Vacuum furnace designed to remove oils from stamped or formed aluminum parts prior to flux‑free vacuum brazing.