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Teflon Mesh Belt Tunnel Furnace
BACKStandards:
Applications:
Product Information:
The Teflon mesh belt tunnel furnace is a high-efficiency continuous drying equipment that uses a Teflon (PTFE) mesh belt as the conveying carrier. It is widely used in industrial heating, drying, and dehydration processes.
Product Applications
Textile Printing and Dyeing:
Printing drying
Fabric shrinkage treatment
Nonwoven fabric drying
Food Processing:
Baking
Dehydration
Vegetable drying
Food curing
Electronics and Electrical Appliances:
Circuit board curing
Electronic component adhesive dispensing and drying
Packaging and Printing:
UV ink drying
Screen printing drying
Product Parameters
| Parameter Item | Technical Specification |
|---|---|
| Common Operating Temperature | Room temperature to 250℃ (maximum up to 300℃) |
| Mesh Belt Material | High-strength Teflon mesh belt |
| Mesh Belt Width | 300 millimeters - 2000 millimeters (customizable) |
| Heating Method | Electric heating, infrared heating, or gas heating |
| Air Circulation Method | Horizontal air conveying, hot air circulation, upper and lower hot air circulation |
Product Features
High Temperature Resistance and Non-Stick Performance:
The Teflon mesh belt has excellent high-temperature resistance and prevents materials from sticking easily.
Uniform Heating:
The hot air circulation system ensures a small temperature difference at all positions inside the furnace.
Variable Frequency Speed Regulation:
The conveyor speed operates smoothly and supports wide-range precise adjustment.
High Efficiency and Energy Saving:
High-quality insulation materials reduce heat loss from the furnace body surface, improving energy efficiency.
FAQ
Q1: What is the maximum temperature resistance of the Teflon mesh belt?
A1: The Teflon mesh belt can operate continuously at temperatures up to 260℃ and can withstand an instantaneous maximum temperature of 300℃.
Q2: Is the mesh belt prone to deviation during operation?
A2: No. The equipment is equipped with automatic or manual belt deviation correction devices, which can effectively prevent the mesh belt from running off track.
Q3: Can the temperature be independently controlled in different sections?
A3: Yes. The tunnel furnace is usually divided into multiple temperature zones, and each zone can be independently temperature controlled.
Q4: How should the heating source be selected to achieve better energy saving?
A4: Infrared heating has high heating efficiency. If a natural gas pipeline is available, gas heating can provide lower operating costs.
Q5: Are there any requirements for the shape and size of the materials?
A5: The materials only need to be placed stably on the mesh belt and must not exceed the height of the heating passage.
