Manufactured from high-strength E-glass fiberglass yarn, our fiberglass cloth is available in plain weave, twill weave, and satin weave configurations. Each style offers a distinct balance of drapeability, surface finish, and structural rigidity.
Fiberglass cloth is the most versatile reinforcement fabric in the composite industry. Woven from continuous E-glass yarns, it delivers a consistent, repeatable structure that bonds reliably with polyester, vinyl ester, and epoxy resin systems.
Plain weave construction offers maximum stability and is preferred where dimensional accuracy matters. Twill weave provides superior drapeability over complex curved tooling. Satin weave achieves the smoothest surface finish, making it the preferred choice for visible structural surfaces and tooling applications.
Our cloth is available heat-cleaned or with silane finish to suit your specific resin system and curing conditions. All rolls are wrapped to prevent contamination during storage and transit.
Every batch is woven to tight areal weight tolerances and inspected for weave uniformity before dispatch. Our quality management system is certified to ISO 9001:2015, and the products carry RoHS, REACH and TÜV certification.
We hold ready stock across the most commonly specified weights and widths, and can accommodate custom orders for specialist applications.
All fiberglass cloth supplied by NaikGroup9 carries ISO 9001:2015, RoHS, REACH, and TÜV certification. Certificates of conformity are available on request and accompany all commercial shipments.
| Fiber type | E-glass |
| Weave styles | Plain, Twill, Satin |
| Weight range | 25 – 800 g/m² |
| Width | Up to 2500 mm |
| Finish | Heat-cleaned / Silane |
| Standard | ISO 9001:2015 |
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Hull, deck and superstructure construction in marine composites.
Blade skins and structural web laminates for wind turbine blades.
Master plugs and mould surfaces requiring a fine, pin-hole-free finish.
Facade panels, roofing sheets, and lightweight structural components.
Body panels, interior trims, and structural reinforcement.
Printed circuit board substrates requiring dimensional stability.
Surfboards, kayaks, bicycle frames, and racket frames.
Chemical storage vessels and process equipment linings.