Veils for Composites
VISA COMPOSITES offers advanced technical solutions in fiberglass, polyester, and carbon materials for sectors such as construction, marine, automotive, and renewable energies. With decades of experience, we advise on and distribute technical reinforcements compatible with major resin systems. Quality, performance, and professional support for every industrial application.
Features of Veils
Excellent resin impregnation
Uniform distribution of the fibers
Good tensile strength and flexibility
Variety of widths and grammages
Advantages of using veils from VISA COMPOSITES
Suitable for polyester, vinylester, and epoxy resins, without the need for prior treatments.
They do not deform during curing, ensuring uniform results.
Smooth and homogeneous surface that enhances the aesthetics of the final laminate.
Resistant to acids, solvents, and aggressive environments, extending the composite’s lifespan.
They work in manual and automated processes such as pultrusion or filament winding.
Ideal flexibility for curved molds, technical parts, or irregular areas.
They increase mechanical resistance and prevent micro-cracks or delamination.
Fiberglass Veils: Maximum Stability and Finish
VISA COMPOSITES’ fiberglass veils are composed of fine glass filaments randomly distributed and bonded with a special binder, forming a highly homogeneous non-woven fabric.
These veils are designed to:
- Serve as a surface layer in the manufacture of GRP parts, protecting against chemical aggression and improving the final appearance.
- Increase corrosion resistance and dielectric insulation.
- Be highly compatible with polyester, vinylester, and epoxy resins, facilitating integration into demanding industrial processes.
Applications of fiberglass veils
Filament winding
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Wind energy
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Nautical
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Automotive parts
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Pultrusion
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Natural laminate parts
+Synthetic veils: flexibility and uniformity
VISA COMPOSITES synthetic veils are manufactured with thermoplastic fibers such as polyester, and stand out for their excellent compatibility with impregnation and curing processes. They offer greater flexibility than glass veils and an even more uniform surface finish.
Ideal for environments requiring:
- Adaptation to complex geometries
- High aesthetic quality on visible surfaces
- Controlled costs in industrial production
Thanks to their low grammage and resin absorption capacity, they allow uniform and rapid distribution during the manufacturing process.
Applications of synthetic veils
Hand laminating
+ Filament winding
+ Pultrusion
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GRP pipes, deposits, and tanks
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GRP swimming pools
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General composite materials market
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