Lab Large Hot Air Circulating Industrial Drying Oven
Industrial Drying Electric Motors Chamber Machine for Heat Treatment
Vacuum Oven Applications
Chemical Industry Applications
- Heat treatment of polymer materials to improve physical properties and chemical stability
- Chemical reaction control to enhance efficiency and product purity
- Drying of water-based polymer materials to prevent performance degradation
- Deoxidation of oxygenated polymer materials to improve chemical stability and heat resistance
Aerospace Industry Applications
- Heat treatment of metal materials to improve strength, hardness, and corrosion resistance
- Surface treatment of metal materials to enhance surface finish and coating adhesion
- Material properties testing including tensile, compression, and bending tests
Electronics Industry Applications
- Heat treatment of semiconductor materials to improve electrical properties and stability
- Vacuum encapsulation of electronic components to prevent oxidation and corrosion
- Drying of electronic components to avoid performance degradation from moisture content
Medical Industry Applications
- Disinfection of medical instruments to eliminate bacteria and viruses
- Heat treatment of polymer materials to enhance physical properties and chemical stability
- Drying of medical supplies to prevent performance decline from high moisture content
High temperature vacuum precision ovens feature high-temperature and high-vacuum environments, precision control, safety reliability, and diverse applications. These systems are widely used in aerospace, chemical, electronic, and medical fields to improve material physical properties and chemical stability.
Technical Specifications
| Parameter | Specification |
| Model | Programmable Mini Temperature Humidity Chamber |
| Inside Size W*H*D (cm) | 40x50x40 |
| Temperature Range | -10℃~+150℃±2℃ (or requirement) |
| Humidity Range | 30%~95%RH±2%RH (or requirement) |
| Volatility / Uniformly | ≤±0.5℃/≤±2℃ |
| Accuracy | +0.5℃, -3% R.H |
| Heating/Cooling Rate | Approx. 4.0℃/min / Approx. 1.0℃/min (specific condition: cooling 5~10℃/min) |
| Heating Speed | 1.0~3.0℃/min |
| Cooling Speed | 0.7~1.0℃/min |
| Material | SUS 304# Stainless Steel |
| Controller | Touch Screen Controller (South Korea TEMI) |
| Sensor | PT100Ω/MV |
| Insulation Material | High-temperature High-density Amino Acid Ethyl Ester Foam |
| Heating System | Nickel-chromium Alloy Electric Heating Type Heater |
| Humidity System | Stainless Steel Surface Evaporative Humidifier |
| Cooling System | Totally Enclosed Air-cooled Single-stage Compression Refrigeration / French "Taikang" / Totally Enclosed Air-cooled Re-compression Refrigeration Methods |
| Circulatory System | Low-noise Air-conditioning-type Motor with Multi-vane Centrifugal Wind Wheel |
| Safety Devices | Leakage and Over-load Protector, Compressor Overload Protector, Over Warm/Wet/Power Protector, Overheating Protector, Over-temperature Protective Device |
| Fittings | Recorder (purchase), View Window, 50mm Testing Hole, PL Lamp, Clapboard, Dry and Wet Gauze Ball |
| Compressor | France "Taikang" |
| Power | 1Φ 220VAC±10% 50/60Hz |