Ceramic Fiber Muffle Furnace

1.  Integrated all-in-one design with compact footprint, featuring a large LCD controller for intuitive operation;

2.  Microprocessor-based intelligent temperature control system with PID logic and automatic parameter tuning for precise, reliable regulation;

3. Automatic parameter retention during emergencies with power-restoration capability, alongside sensor self-diagnosis, leakage protection, over-temperature alerts, and fault alarms;

4. Unique furnace door design where the door tongue partially embeds within the chamber upon closure, preventing high-temperature air leakage. This minimises heat loss for significant energy savings while enhancing temperature uniformity within the furnace;

5.  The outer casing employs premium cold-rolled steel plate, CNC precision-engineered with phosphated surface treatment and electrostatic powder coating. This provides corrosion resistance, anti-static properties, and a durable, colourfast finish;

6.  The furnace chamber utilises novel ceramic fibre insulation material (polycrystalline alumina fibre, AL₂O₃), offering advantages including light weight, high-temperature resistance, low thermal conductivity, low specific heat capacity, and resistance to mechanical vibration;

7. The furnace chamber employs a modular design. Heating elements below 1200°C are semi-embedded, while those above 1200°C are directly exposed. The insulation material, also polycrystalline alumina fibre, achieves over 97% thermal efficiency, delivering significant energy savings;

8. Premium imported nickel-containing HRE alloy heating wires (1000/1200°C) and silicon carbide rods (1300°C) ensure rapid heating, oxidation resistance, and a service life 3-5 times longer than standard heating elements, delivering more uniform heating;

9.  Unique air insulation layer design employs branded circulating fans to force airflow circulation within the insulation layer, substantially reducing the surface temperature of the chamber for safe and reliable operation;

10.  Optional 30-segment programmable controller enables stepwise heating with configurable dwell times at each temperature stage, facilitating multi-condition operation (optional);