1. High Efficiency & Energy Saving
Adopts internal hot air circulation design, with axial fan heating the heat exchanger by convection. Hot air flows through material trays for efficient heat transfer, lifting thermal efficiency from 3%–8% of traditional drying rooms to 35%–50%, significantly reducing long-term energy costs.
2. Uniform Drying Quality
Equipped with forced ventilation and adjustable air distribution device. Users can optimize air flow distribution before operation, effectively reducing vertical temperature difference in the chamber and ensuring uniform heating of all materials for stable batch quality.
3. Multiple Heat Source Options
Supports steam, electric and far-infrared heating, as well as electric-steam dual-purpose models. Users can flexibly select solutions according to local energy conditions, production scale and cost budget, with strong site adaptability.
4. Intelligent Temperature & Humidity Control
Fresh air is continuously supplied through the inlet, while humid hot air is discharged from the dehumidification outlet. This dynamic balance system precisely maintains proper relative humidity for efficient drying.
Intelligent digital temperature controller with high-precision sensors keeps temperature fluctuation within ±1℃, ensuring consistent process conditions for every batch.
5. Automated & User-Friendly Design
Equipped with automatic temperature control system for simple operation and reduced labor dependence. Low-noise structure improves working environment. Multi-protection mechanisms cover short circuit, over-temperature, over-pressure and timing functions for safe and reliable operation.
6. High Flexibility & Customization
Product lineup covers small lab-scale ovens to large industrial production equipment, with customizable dimensions and specifications. Batch output can be flexibly adjusted by changing the number of trolleys and trays, adapting to both R&D trials and large-scale mass production.
