Sealant Curing Tunnel Furnace
The Sealant Curing Tunnel Furnace is a continuous heat treatment equipment specially designed for industrial surface treatment processes. It adopts a tunnel-type structure, where workpieces coated with sealants, such as anti-rust sealants and metal surface protective agents, are continuously conveyed into the furnace chamber through a conveyor system.The equipment uses advanced heating technologies, including far infrared radiation, hot air circulation, or microwave heating, to rapidly dehydrate, cross-link, and cure the sealant under controlled temperature conditions. As a result, a uniform, dense, and protective film is formed on the workpiece surface, improving corrosion resistance and surface protection performance.
Applications
1. Metal Surface Corrosion Protection
Used for heating and curing sealant coatings on automotive components, fasteners, and hardware parts to improve salt spray resistance and rust prevention performance.
2. Electroplating and Chemical Post-Treatment
Used for drying and hardening sealant coatings after hardware electroplating and passivation treatments.
3. Electronic Component Protection
Used for continuous curing of protective coatings and sealing adhesives applied to precision electronic components such as chips and circuit boards.
Parameters
Note: The following are typical industry parameters. Customized designs are available according to specific process requirements.
| Parameter Item | Technical Specification |
|---|---|
| Furnace Length | 6 m – 20 m (Customized according to production capacity) |
| Conveyor Belt Width | 400 mm – 1200 mm |
| Operating Temperature | Room Temperature – 300℃ (Typical curing temperature: 60℃–180℃) |
| Temperature Control Accuracy | ±1℃ |
| Conveyor Speed | 0.5 – 5 m/min (Variable frequency speed adjustment) |
| Heating Method | Electric heating / Natural gas heating / Far infrared heating |
Features
1. Efficient Continuous Production
The equipment adopts continuous production line operation, completing feeding, heating, curing, and discharging in one continuous process, making it suitable for large-scale industrial production.
2. High Temperature Uniformity
The furnace adopts multi-zone independent temperature control combined with a hot air circulation duct system. The internal temperature difference is minimized, ensuring consistent sealant curing quality.
3. Energy Saving and Environmental Protection
The furnace body uses high-density insulation materials to reduce heat loss. An optional VOCs exhaust filtration system or ventilation system can be installed to improve environmental performance.
4. Intelligent Control System
PLC control combined with a touchscreen interface enables real-time monitoring of temperature curves and provides functions such as over-temperature alarm and fault self-diagnosis.
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