Overview
HUITAI 4-10TP ceramic fiber muffle furnace is a heating auxiliary equipment for dry pretreatment of samples in analytical laboratories, melting experiments in metallurgical laboratories, annealing and quenching experiments in heat treatment departments, and Miscellaneous high temperature applications. The product adopts an integrated design, which optimizes the integration of the furnace body and the control part, and significantly reduces the occupied space.
Features
1. Integrated design of the whole machine, large-screen LCD display, one-screen display of multiple sets of data, beautiful and elegant, simple operation
2. Intelligent PID High Accuracy Temperature Control for Power Loss
3. Imported HRE ultra-high temperature alloy heating element, long service life, effective energy saving
4. The heating rate is fast, from room temperature to 1200 ° C for less than 30 minutes
5. Less heat pollution, the use of new ceramic fiber insulation materials, furnace body and shell with air insulation structure, surface temperature rise
6. Precision temperature control, with a variety of thermostats to choose from, small temperature fluctuations, using P-type multi-step thermostat, each step temperature rise and fall slope can be preset
Principle
The muffle furnace generates high temperature through the resistance wire heating element, uses the intelligent PID controller to precisely adjust the temperature, and combines the thermal insulation performance of the ceramic fiber furnace to achieve an efficient and stable high temperature heating process.
Applications
Dry pretreatment of analytical laboratory samples, melting test in metallurgical laboratory, annealing and quenching test in heat treatment department, Miscellaneous occasions requiring high temperature
Steps
1. Connect the power supply and turn on the device.
2. Set temperature parameters through the large-screen LCD interface
3. Use P-type multi-step thermostat to preset the temperature rise and fall slope of each step
4. Start the heating program and monitor temperature changes
5. Turn off the device and disconnect the power after the experiment is completed
