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By removing air and evenly distributing resin, this process produces stronger, lighter, and more consistent composite parts—making it a preferred method in marine, automotive, and industrial applications.
Choosing the correct resin is critical for a successful vacuum infusion process. The mould, reinforcement, and resin system must be compatible.
Important: Using epoxy resin on a polyester-based mould can cause serious damage to both the mould and the final part.
Our technical team can help you select the right materials and optimise your process, reducing cost, waste, and production time.
Peel ply helps create a clean, bondable surface after curing.
Tip: Complex shapes may require multiple feed lines for even flow
If pressure drops, inspect and reseal leaks—especially around hose entry points.
Infusion time varies (typically up to 1 hour depending on part size)
Peel ply may require force to remove—avoid using tools that could damage the surface.
Vacuum infusion is widely used for:
Looking to improve efficiency or introduce vacuum infusion into your manufacturing?
We offer:
Contact our team today to get started
Vacuum infusion is used to manufacture high-performance composite parts with excellent strength, consistency, and surface finish.
Common materials include:
A typical target is 60% fibre / 40% resin, delivering optimal strength and weight.
Vacuum pressure removes air and ensures complete resin saturation, reducing voids and improving structural integrity.
Yes — our experts provide hands-on support, process audits, and material recommendations.
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