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Autoclave Forming Process

Autoclave molding (core for high-performance composites) uses precise temp-pressure curves matching resin gelation/curing, avoiding internal stress & uneven matrix. Adapts to thin-walled lightweight parts and thick structures; vacuum + tank pressure boosts fiber-resin impregnation, cutting defects and enhancing mechanical performance. Refined parameters ensure batch consistency, lowering post-processing costs—key for high-reliability load-bearing components.
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Process Principle

 

The prepreg (fibers preimpregnated with resin) is first laid up according to the design, then sealed in a vacuum bag and placed into a sealed autoclave. By means of step-by-step heating and pressurization, the prepreg expels air bubbles in the vacuum environment; the resin then flows uniformly and cures, ultimately forming a composite part with high density and low porosity.  

 

 

Advantage

 

Exceptional product quality: Porosity < 1% with stable mechanical properties (excellent consistency in strength and stiffness);
Compatibility with complex structures: Capable of forming curved surfaces, large-sized parts, and special-shaped components (e.g., integral fuselage structures);
Strong material compatibility: Suitable for various high-performance resin systems, including epoxy and bismaleimide (BMI).

 

 

Application

 

Aerospace : Aircraft fuselage skins, wing panels, satellite structural components, etc.
High-end Equipment : Racing car bodies, drone airframes, etc.
Military : Missile compartments, radomes, etc.

 

Equipment Used

 

Autoclave Equipment, Compressed Air Storage Tanks, Positive And Negative Pressure Equipment, Heating System,Ventilation Fan System,Cooling System,Vacuum System,Control System,Safety System,Mold Loading/Unloading Platforms.