Tunnel furnaces, as continuous heating equipment, are widely used in fields such as electronics, food, chemical engineering, and new energy. They are the “core engine” for modern industry to achieve efficient and stable heating.
Technical principle: The “technological password” for continuous heating
Heating method:
Electric heating wire, gas or fuel heating, flexible adaptation to different process requirements.
The combination of thermal radiation and convective heating ensures uniform heating of materials.
Structural composition:
Furnace body: constructed with high-temperature resistant materials, with insulation layer to reduce heat loss.
Transmission system: driven by conveyor belt or chain, supporting continuous production.
Temperature control system: PID control+sensors, precise adjustment of temperature curve.
Market application: “Heating experts” in multiple fields
Electronic manufacturing: component drying, PCB curing, to enhance product reliability.
Food processing: baking bread and cookies to achieve standardized production.
New energy: Drying of lithium battery electrodes to assist in efficient energy output.
Chemical industry: drying and solidification of materials, optimizing reaction conditions.
conclusion
Tunnel furnaces are supported by scientific principles for continuous heating, and are widely used to empower industrial upgrading. Its position as the ‘core engine’ will become increasingly prominent in the era of Industry 4.0.