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Teflon Mesh Belt Tunnel Furnace

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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.

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