Pneumatic door high-temperature oven

Pneumatic door high-temperature ovenCore design:

1. Design principle of pneumatic door

Drive mode: Control the lifting or translation of the door body through the pneumatic system to achieve one key opening and closing, reducing manual intervention, suitable for frequent operation of assembly lines.

Sealing performance: The door gap adopts a high-temperature resistant silicone sealing strip, which is tightly closed by pneumatic pressure, effectively preventing heat loss and external pollutants from entering, especially suitable for dust-free environments (such as Class 100 cleanliness) or inert gas protection processes (such as nitrogen filled ovens).

Safety protection: Avoid direct contact between operators and high-temperature enclosures to reduce the risk of burns. Some models are equipped with an emergency stop function.

2. Temperature range and temperature control performance

Conventional model: Temperature coverage RT+10 ℃~300 ℃, meeting the needs of electronic component curing, material drying, etc.

High temperature customized version: specially designed to reach 500 ℃~600 ℃, used for high-temperature processes such as metal heat treatment and powder metallurgy.

Temperature control accuracy: PID+SSR temperature control system is adopted, with a temperature resolution of 0.1 ℃, fluctuation of ≤± 0.5 ℃, and uniformity of ± 1% to 2.5%.

3. Structure and Material

Studio: SUS304 stainless steel (mirror or brushed treatment), corrosion-resistant and easy to clean.

Shell: Cold rolled steel plate sprayed with plastic or SECC steel plate, double-layer structure filled with insulation materials (such as rock wool, aluminum silicate fiber).

Accessories: 2-3 layers of adjustable stainless steel mesh panels, some models support mobile carts or sample shelves.

4. Typical application scenarios

Electronics industry: PCB board curing, LED packaging (200-250 ℃).

Chemical and materials: resin curing, carbon fiber drying (300-400 ℃).

Pharmaceutical and Food: Sterilization and Dehydration (must comply with GMP standards).

Automated production line: linked with robotic arms and conveyor belts to achieve unmanned production.

5. Procurement Tips for Pneumatic Door High Temperature Oven:

Temperature requirement: Select the appropriate range according to the process (such as customizing heat-resistant materials for ultra-high temperatures).

Sealing grade: If oxidation or explosion prevention is required, nitrogen filled or vacuum filled models are preferred.

Maintenance cost: Regularly check the cylinder pressure and seal wear.