Description
Fiberglass Surfacing Veils are a lightweight, advanced, non-woven fiberglass veil incorporating 100% E-Glass fibers, approximately 1″ in length, bonded together in a random fiber matrix. The non-woven construction allows a resin-rich surface that increases chemical stability and reduces the risk of micro-cracks forming in the composite surface. It has excellent formability and drape and wets out evenly.
Fiberglass Tissue can be used to provide a smooth covering for composite structures or to add stiffness with minimal weight gain and thickness. It is compatible with polyester, vinyl-ester and epoxy resins and is suitable for use in wet layup, vacuum bagging and resin infusion manufacturing.
Technical
Properties of .3 oz. Veil
- Weight: .3 oz/yd2
- Thickness: .003″
- Width: 35.5″
- Fiber: E-CR Fiberglass
- Material Grade: 8000130
- Binder: Polyester
- Average Tensile (MD): 2.0 lb/in
- Average Tensile (CD) : 2.0 lb/in
- Elongation (MD) : 0.50%
- Elongation (CD): 0.50%
Properties of .5 oz. Veil
- Weight: .5 oz/yd2
- Thickness: .005″
- Width: 35.5″
- Fiber: E-CR Fiberglass
- Material Grade: 8000100
- Binder: Polyester
- Average Tensile (MD): 5.0 lb/in
- Average Tensile (CD) : 2.0 lb/in
- Elongation (MD) : –
- Elongation (CD): –
Properties of 1.0 oz. Veil
- Weight: 1 oz/yd2
- Thickness: .0075″
- Width: 35.5″
- Fiber: E-CR Fiberglass
- Material Grade: 8000111
- Binder: Polyester
- Average Tensile (MD): 10.0 lb/in
- Average Tensile (CD) : 10.0 lb/in
- Elongation (MD) : 1.5%
- Elongation (CD): 1.5%
Please note: All data to be used as a guide only; not a specification. MD-Machine Direction. CD-Cross Direction.
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As a leading manufacturer of composite structures you can rely on us to provide rapid, cost-effective and high-quality solutions to meet and exceed your project requirements.
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Advanced Non-Woven Tissues/Veils are available in various materials and grades of material. If a grade is not available online, that does not mean ACP can’t acquire it. Custom requests are available on a special order basis.
- Grade/Weight
- Material: Carbon Fiber, Fiberglass, Aramid/KEVLAR®, Nickle-Coated Carbon
KEVLAR® 29 are registered trademarks or trademarks of E.I. du Pont de Nemours and Company and are used with permission.
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