Four caisson de protection d’atmosphère

1. The shell adopts high temperature spray technology, and the coating will not peel or fall under high and low temperature environment. Ensure that the cabinet does not rust or corrode within ten years.

2. Asbestos sealing strips are installed on the panel of the box body. High temperature resistance, no need for water cooling. The furnace door is closed, and the asbestos strip is pressed tightly to play a sealing role.

3. The 1000℃ high-aluminum dark wire liner is strong and wear-resistant. The furnace wire passes through the middle of the liner and generates heat evenly around the top, bottom, left, and right sides. The temperature fluctuation is small. The K-grading thermocouple is sensitive to the reaction. The back of the liner has an air inlet.

4. The 1200℃ high-aluminum bright wire liner is strong and wear-resistant. It can be seen that the furnace wire passes through the middle of the liner and generates heat evenly around the upper, lower, left, and right sides. The temperature fluctuation is small. The S index thermocouple is sensitive and the inner liner has an air inlet hole behind it. .

5. 1300℃ energy-saving fiber liner filaments are hung on the inner wall of the liner. The left and right back three sides heat up quickly. The rapid cold and hot-resistant filaments are easy to replace. The S-graded thermocouple is sensitive and has air inlets at the back of the liner.

6. The insulation layer is filled with high-quality high-temperature cotton, with a thickness of more than 10cm, which has a good insulation effect and reduces heat dissipation and energy consumption. High-temperature cotton is non-flammable and effectively isolates the heat source, greatly improving the safety of use

7. The company independently developed LTDE programmable controller, 30-segment program control, PID+SSR system synchronous and coordinated control, higher accuracy, faster heating, and lower energy consumption