1260C 1400C 1500C Alumina Cylinder Ceramic Fiber Chamber Heater for Tube Furnace

Technical specifications

Customization guide

Adjustable power output (100W–20kW) and customizable ceramic fiber thickness to meet specific thermal requirements. Ideal for labs needing precise temperature control or industrial applications demanding high-power endurance.

Get inspired

With ceramic fiber’s lightweight yet heat-resistant properties, you can achieve uniform temperature distribution in tube furnaces. For example, the 1500°C model delivers 20% faster heating cycles than traditional metal heaters in metallurgy processes.

Choose your model

Supplier's note

1. Technical Breakthroughs:

   • Ceramic Material: Triple the thermal shock resistance of traditional alumina, enabling stable operation in fluctuating environments.
   • Modular Power Design: Adjustable wattage allows users to optimize energy use (e.g., 100W for R&D vs. 20kW for industrial sintering).
   • Extended Warranty: 1-year coverage with optional 2-year extension for Pro models, reducing downtime risks.

2. Version Selection Guide:

   • Base Model: Ideal for academic labs or small-scale prototyping (e.g., material testing at 1260°C).
   • Advanced Model: Suited for medium-industrial use (e.g., semiconductor annealing at 1400°C with 5kW–15kW flexibility).
   • Pro Model: Best for high-temperature metallurgy or aerospace applications, where its 1500°C capacity and 20kW power outperform competitors by 14% in sustained heat output.

*Comparative data vs. industry benchmarks (e.g., standard ceramic heaters at 1300°C and 6,000-hour lifespan).