Overview
BOZHEN BZ-12-12TC Pottery and porcelain fiber muffle furnace is an effective energy-saving resistance furnace. It adopts high-temperature refractory fiber vacuum forming products as furnace tanks, mechatronics design, program control, and digital display. Its energy saving rate reaches 40%, and it has been tested to meet the national C-class furnace standard.
Features
1. Double-decked furnace shell design, hollow insulation, strong ventilated to ensure that the shell is not hot.
2. Pottery and porcelain fiber furnace is used in the furnace, and the heating element is heated on multiple sides, and the temperature distribution in the furnace cavity is good.
3. It has the characteristics of fast heating speed, significant energy saving and high working efficiency, which can improve the experimental environment.
4. Provide a variety of control mode options, including value control and program control.
Principle
This product is a resistance furnace, which is heated by converting electric energy into heat energy. Pottery and porcelain fiber furnace and multi-sided heating elements are used, and the program control system is used to achieve precise control and uniform distribution of temperature in the furnace.
Applications
Laboratory heat treatment, material sintering, ash determination, sample ashing, high temperature experiment
Standards
National C-class furnace standard
Steps
1. Connect the power supply (380V).
2. Select the control mode (set value or program) through the control panel.
3. Set the target temperature or programmed temperature Linear dispersion.
4. Start the heating, and the equipment starts to heat up.
5. After the experiment is completed, turn off the heating power supply and wait for the furnace body to chill down naturally or operate according to the rules.
Notice
• The rated voltage of the device is 380V, please ensure that the power supply matches.
• The shell temperature may rise when the furnace body is working, please pay attention to the safety of operation.
• Do not heat items that are flammable, explosive or produce toxic gases in the furnace.
• After the experiment is completed, the high temperature furnace body needs to be fully cooled down before subsequent operation or cleaning.
• Please check the electrical connection of the equipment and the condition of the furnace regularly.
