Composite Fiber Material Tunnel Furnace

The composite fiber material tunnel furnace is a high-efficiency industrial heating equipment specially designed for continuous curing, drying, and thermal processing of composite materials such as carbon fiber and glass fiber.

Product Applications

Material Curing:

Used for curing composite material matrices of carbon fiber and glass fiber.

Automotive Manufacturing:

Used for drying lightweight composite vehicle body components and interior parts.

Aerospace:

Used for high-precision thermal processing of structural components and honeycomb sandwich panels.

Wind Turbine Blades:

Used for continuous heating of blade root sections and reinforcement materials.

Sporting Goods:

Used for heating and molding products such as rackets, fishing rods, and bicycle frames.

Product Parameters

Product Features

Precise Temperature Control:

Adopts multi-zone independent microcomputer PID regulation to achieve accurate temperature control.

Uniform Heating:

The hot air circulation system ensures consistent heating across the material surface.

High Efficiency and Energy Saving:

The high-density rock wool insulation layer effectively reduces heat loss and improves energy efficiency.

Intelligent Conveying:

The transmission system operates smoothly, and the speed supports digital adjustment.

Safety and Explosion Protection:

Equipped with an automatic exhaust system and over-temperature power-off protection.

FAQ

Q1: How are the temperature zones distributed in the equipment?

A1: The equipment supports multiple independent temperature control zones. Heating, constant temperature, and cooling curves can be freely set according to process requirements.

Q2: How are volatile substances generated from composite materials handled?

A2: A powerful exhaust system is installed on the top of the furnace body to safely extract and discharge harmful gases generated during processing.

Q3: Can the conveyor belt width and furnace length be customized?

A3: Yes. The equipment can be customized according to production capacity requirements and factory space conditions.

Q4: What should be paid attention to during daily maintenance?

A4: Regularly inspect heating tubes, lubricate transmission chains, and clean exhaust ducts to ensure stable operation of the equipment.

Q5: What is the approximate power consumption of the equipment?

A5: Power consumption depends on the equipment size. Under heat preservation conditions, the actual power consumption is approximately 50%–60% of the rated power.