Standard models operate up to 1100°C (2012°F), with high-temperature versions reaching 1200°C (2192°F).
Low thermal mass ensures fast response time and uniform heating.
Made from Fe-Cr-Al (Iron-Chromium-Aluminium) resistance wire, embedded in a vacuum-formed ceramic fibre body.
Reduces energy loss while maintaining optimal performance.
Withstands exposure to most chemicals, molten metals, and harsh industrial environments.
Capable of handling thermal cycling without cracking or degradation.
Crystal growth, research, and development applications.
Metal heat treating and paint curing.
Manufacturing of dental crowns and bridges.
Annealing, preheating, and extrusion die applications.
Heat treating, sealing, and forming.
Removal of by-products and catalyst materials.
Diffusion furnaces and wafer annealing.
We offer a variety of heater shapes and configurations tailored to meet industrial demands:
Our Ceramic Fiber Heaters can be customized to match your specific application needs. Additional options include:
Made to fit specialized equipment.
Washers, pins, screws, and clamps for secure installation.
Ensure accurate temperature monitoring.
For repair and reinforcement of heaters.
Provides insulation at heater ends for better heat retention.
High thermal efficiency reduces operational costs.
Low thermal mass allows rapid heating and cooling.
Compatible with multiple industrial heating processes.
Tailored designs to meet unique requirements.
Robust design ensures prolonged heater lifespan.