Composites-ate | Manufacturing technologies – Composites ate
We have the main composites manufacturing technologies: Pultrusion, pre-preg, hand lay-up, RTM and resin infusion.
Technologies, manufacturing, pultrusion, pre-preg, hand lay-up, RTM, resin infusion, pieces, car body, profiling, glass fibre, carbon fibre, beams, railings, reinforcement, resins, epoxy, polyester
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It is the result of impregnating a group of fibres in an impregnation line previous to the piece moulding.


In our impregnation lines, pre-pregs are manufactured with different types of fibres and resins.


Type parts: Pre-impregnated glass fibre / carbon fibre.


Manual manufacturing process in an open mould, prepared for the operation with a pre-polishing and the application of mould-release agents.


The resin used is mixed with a hardener that enables the subsequent curing once applied to the reinforcement (pre-cut fibre layers), deposited in the mould.


Type of parts: Large pieces, boats, car body, etc.


Composites manufacturing process in closed mould. The reinforcement (pre-cut fibre layers) is placed on the two parts of the mould, which is closed mechanically.


A type of thermosetting low viscosity resin is injected inside the mould by the action of a pump. The piece cures thanks to a thermal cycle, applied to the mould.


Good surface finish on both sides of regular dimensions pieces, is achieved.


Type of parts: Wide variety of piece types.


First, the dry fibre is placed in an open mould. Subsequently, a vacuum bag is done around the perimeter. Through a vacuum process, a very low viscosity resin is injected until all the fibre is impregnated.


Type of parts: Small series of pieces of large and medium dimensions.


Process for continuous manufacture profiles, fibre and resin-based.


  • Both, reinforcement materials (fibres) and the polymer matrix (resin and additives), are selected according to the required technical properties.
  • The reinforcement is subjected to a continuous drawing process. It is impregnated with the resin deposited in a bath previous to the mould. This mould will give the piece geometry.
  • The mould temperature ensures polymerization (hardening) of the resin.
  • The profile obtained is a thermosetting piece.

Type of parts: Profiling (beams, railings …)

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