Nitrogen Atmosphere Hot Air Drying Oven Precision Temperature Control Safety Protection Hot Air Drying Oven

I. Core Performance Highlights
Precision Temperature Control System
Equipped with Japanese imported PID intelligent temperature controllers and K-type thermocouples, achieving ±1°C temperature control accuracy.
Multi-segment program control (20 programs × 20 segments) meets complex process curve requirements, especially suitable for the stepwise binder burnout process of electronic ceramics.

Efficient Hot Air Circulation Design
Squirrel-cage heaters combined with SUS304 stainless steel furnace chambers ensure ±3°C temperature uniformity.
Four-layer rack structure (850×700×900mm) enables batch processing with a capacity of 0.54m³.

Safety Protection System
Triple alarm protection (overtemperature/thermocouple breakage/overload) combined with surface temperature rise control <35°C.
Optional nitrogen protection function (240LPM flow rate) prevents material oxidation.

II. Key Usage Considerations
Installation Requirements
Foundation load-bearing capacity must be >500kg/m²; vibration-damping pads are recommended.
Exhaust system must maintain a minimum extraction capacity of 15m³/h; activated carbon adsorption towers are recommended for exhaust gas treatment.

Gas Source Management
Compressed air must undergo triple filtration (oil-water separation + precision filtration + drying tower).
Nitrogen purity is recommended to be ≥99.9% (for sensitive material processing).

Energy Consumption Optimization
Idle furnace power consumption ≤5kW; nighttime binder burnout mode is recommended.
Loading rate of material trays should be maintained at 70%-80% for optimal thermal efficiency.

III. Typical Application Parameter Configurations
Process Type | Temperature Setting | Heating Rate | Holding Time | Gas Flow
Electronic Ceramic Binder Burnout | 150±3°C | 2°C/min | 4-6h | Nitrogen 60LPM
Dielectric Paste Drying | 80±1°C | 5°C/min | 2h | Compressed Air 30LPM