Aerospace & Aviation Heat Treatment

The aerospace industry represents the pinnacle of advanced manufacturing, encompassing the R&D and production of aircraft, spacecraft, satellites, engines, and composite materials. With the global aviation sector recovering, space exploration expanding, and demand growing for lightweight materials, aerospace manufacturing heavily relies on high-precision heat treatment equipment capable of withstanding extreme temperatures.

Key processes like high-temperature curing, heat treatment, brazing, and sintering directly impact material strength, fatigue resistance, and corrosion durability in aerospace components.

To meet the aerospace industry’s stringent requirements for temperature accuracy, stability, and atmosphere control, GUANDN provides the following customized solutions:

1.Composite Curing Ovens (RT-400°C) Applications:Carbon fiber wing and cabin curing.Key Features:Multi-zone temperature control (±1°C)
Forced convection heating
Vacuum-assisted degassing.

2.High-Temperature Heat Treatment Furnaces (400-1600°C) ApplicationsTitanium alloy annealing, engine blade heat treatment. Key Features:High-purity inert gas protection
Rapid heating/cooling (optional water-cooling systems).

3.Ultra-High Temperature Vacuum Furnaces (1600-2200°C) Applications:Aerospace ceramic materials, ultra-high-temperature alloy sintering.Key Features:Tungsten/molybdenum heating elements
Vacuum levels **≤10⁻⁴ Pa**
Data logging and traceability.

Precision Compliance: Equipment designed to meet AS9100 and NADCAP standards (as specified by client requirements).

Non-Standard Customization: Adjustable chamber configurations, atmosphere systems, and automation integration.