Carbon Fiber Fabric Veil Chopped Mat 50in/127cm
Description
Description
Carbon Fiber Fabric Veil – Chopped Strand Mat – 50 in / 127 cm (7, 10, 15 GSM)
Ultra-light carbon fiber veil (random-oriented chopped strands) designed for surface finishing, print-through reduction, and improved resin flow during vacuum infusion. The veil wets out instantly and adds negligible weight, creating a uniform, paint-ready outer ply over woven fabrics or cores.
Key Benefits
- Reduces weave telegraphing / print-through for a smoother cosmetic finish.
- Enhances infusion flow and resin distribution across the part surface.
- Improves interlaminar toughness and scratch resistance of the outer ply.
- Conductive carbon veil—useful where ESD/conductivity is desired.
- Wets out quickly with epoxy, vinyl ester, or polyester resins; easy hand-cutting.
- Minimal weight gain: available in 7, 10, or 15 GSM to suit finish goals.
Typical Uses
- Cosmetic outer ply under clear coat or paint to minimize fabric texture.
- First ply against peel ply during infusion to improve flow and surface quality.
- Surface veil over sandwich cores to create a uniform bondline and finish.
- Cosmetic repair skins and fairing layers where low mass is critical.
Specifications
| Product | Carbon fiber chopped strand veil / mat |
|---|---|
| Width | 50 in (127 cm) |
| Area Weights | 7 GSM, 10 GSM, 15 GSM (select option) |
| Fiber Orientation | Random / isotropic |
| Resin Compatibility | Epoxy, vinyl ester, and polyester |
| Handling | Cut with scissors; can be mist-tacked with spray adhesive for layup |
| Suggested Placement | Outer cosmetic ply or flow-assist layer during infusion |
Process Notes
- Place the veil as the first or final ply to achieve your target cosmetic finish.
- Because the veil is very light, expect a resin-rich film that sands and finishes well.
- Always follow your resin manufacturer’s safety and cure recommendations.
Ordering
- Width: 50" (127 cm)
- Sold by:Linear Yard — 1 yard = 36" length × full width
- Continuous Lengths: Multiple yards ship as one continuous piece whenever possible.