Tunnel Oven for Aircraft Parts Industry

The Tunnel Oven for Aircraft Parts Industry is a high-precision continuous industrial heat treatment system. It is specially designed for curing, drying, aging, and stress-relief baking of advanced aerospace materials, such as carbon fiber composites, high-performance alloys, and aerospace aluminum alloys. The equipment complies with strict military and civil aviation standards, including AMS2750 (Aerospace Material Specification).

Product Applications

Composite Material Curing:

Used for heating and shaping carbon fiber composite components such as aircraft wings and fuselage structures.

Metal Stress Relief:

Applied for eliminating internal stress in precision-machined aerospace components.

Special Coating Drying:

Used for continuous drying of anti-corrosion and wear-resistant coatings on aircraft components.

Alloy Heat Aging:

Used to improve the mechanical strength and hardness of aluminum alloy and titanium alloy components.

Product Parameters

Product Features

Excellent Temperature Uniformity:

The specially designed airflow circulation system ensures extremely uniform heating for precision aerospace components.

Accurate Process Data Recording:

The complete process data traceability system meets the strict process verification requirements of the aerospace manufacturing industry.

Independent Zone Control:

Multiple independent temperature zones allow flexible configuration of heating, soaking, and cooling process curves.

High Cleanliness Level:

The furnace chamber is fully welded with stainless steel and equipped with high-efficiency filtration systems to prevent surface contamination of components.

FAQ

Q1: Can this tunnel oven meet aerospace heat treatment standards such as AMS2750G?

A1:Yes. The system is designed and manufactured according to aerospace standards, including instrument accuracy, thermocouple configuration, and temperature uniformity testing (TUS) requirements.

Q2: How does the equipment prevent deformation of large aircraft components during heating?

A2:The system uses multiple independent temperature zones and precise airflow adjustment to achieve slow and uniform heating and cooling processes, minimizing thermal stress and preventing deformation.

Q3: What conveying methods are available for the equipment?

A3:According to the shape and weight of the components, the system can be equipped with stainless steel mesh belts, roller conveyors, overhead chain conveyors, or customized fixture-based step conveyors.

Q4: How long can process data be stored? Does the system support MES integration?

A4:The equipment is equipped with a high-capacity paperless data recorder, allowing process data storage for several years. The control system provides Ethernet interfaces and fully supports seamless integration with factory MES systems.

Q5: What is the energy consumption of the equipment? Are there any energy-saving designs?

A5:The equipment adopts high-density thermal insulation fiber layers and hot air circulation recovery technology. Compared with traditional tunnel ovens, it can reduce energy consumption by more than 20%.