50℃ - 300℃ Industrial Hot Air Blast Drying Oven Environmental Test Chamber
Equipment Overview
Industrial Hot Air Blast Drying Chamber utilizes high-temperature drying heat to facilitate microbial oxidation and protein denaturation, effectively eliminating residual microorganisms within a specified timeframe.
Primary Functions
This industrial drying chamber is designed for drying glass, conducting thermal denaturation and thermal induration experiments, removing residual moisture from specimens, performing dry heat sterilization of glass vessels, preheating experiments, food and chemical hardening/softening processes, moisture elimination, food preservation extension under harsh conditions, and conducting dry heat resistance tests for building materials, electronic components, and various materials.
Industry Applications
Widely utilized across multiple industries including paint, resins, plastics, printing and packaging, aluminum, adhesives, automotive, cosmetics, metals, electronics, electroplating, and pharmaceutical sectors.
Technical Specifications
| Model |
6014A-1 |
6014A-2 |
6014A-3 |
6014A-4 |
6014A-5 |
6014A-6 |
| Power |
220V 50HZ |
308V 50HZ |
| Temperature Range |
50℃-300℃ |
| Temperature Fluctuation |
±1℃ |
| Following Alarm |
+5℃ |
| Power Consumption |
1000W |
1500W |
2000W |
2500W |
3500W |
4500W |
| Internal Dimensions (L*W*H)mm |
350*350*350 |
450*350*450 |
550*450*550 |
600*500*750 |
700*650*900 |
800*800*1000 |
| External Dimensions (L*W*H)mm |
550*350*675 |
600*530*775 |
700*630*875 |
750*680*1075 |
850*800*1285 |
950*980*1325 |
Key Features
- Constructed from high-quality steel plate or mirror stainless steel with plastic spraying and double-layer tempered glass windows for modern, aesthetically pleasing design
- Microcomputer intelligent control system with temperature drying oven overheating protection, time settings, and minimal temperature fluctuations
- Integrated tracking alarm function with mixed hot air circulation system, minimal heat loss, and independent operation capability for drum wind and heat functions
