EWR600 Glass Fiber Woven Fabric Mat 600g/m² with 4000N Strength for Boat Shells and Marine Applications
Price:
Negotiable
MOQ:
500KGS
Delivery Time:
7 DAYS
Product Description
EWR600 Glass Fiber Woven Fabric Mat
Premium E-glass fiber woven roving fabric with 600g/m² unit weight, designed for superior reinforcement in marine and industrial applications including boat shells, storage tanks, and filament winding pipes.
Product Overview
EWR600 woven roving is manufactured from high-quality E-glass fibers using a plain weave pattern. This bidirectional fabric construction provides excellent dimensional stability during handling and processing, making it ideal for various composite manufacturing applications.
Key Features & Benefits
- High tensile strength: 4000N warp / 3850N weft breaking strength
- Corrosion-resistant properties for marine and chemical environments
- Excellent electrical insulation characteristics
- Superior dimensional stability during lay-up processes
- Bidirectional reinforcement for balanced mechanical properties
- Compatible with various resin systems for GRP manufacturing
Technical Specifications
| Specification | Tex | Unit Weight (g/m²) | Breaking Strength (N≥) | Texture |
|---|---|---|---|---|
| EWR300 | 300 | 300 ± 15 | 1800 / 1700 | Plain Weave |
| EWR400 | 576 | 400 ± 120 | 2500 / 2200 | Plain Weave |
| EWR500 | 900 | 500 ± 25 | 3000 / 2750 | Plain Weave |
| EWR600 | 1200 | 600 ± 30 | 4000 / 3850 | Plain Weave |
| EWR800 | 2400 | 800 ± 40 | 4600 / 4400 | Plain Weave |
Applications
This glass fiber woven roving is widely used in boat shells, automotive parts, storage tanks, filament winding pipes, tub-shower units, apparatus instruments, radio equipment, and hand lay-up GRP products requiring reinforcement, corrosion resistance, and electrical insulation.
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Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Anhui Jinjiuding Composites Co., Ltd.
Location
R30-1701, No. 33 Mozhou East Road, Jiangning District, Nanjing, China
Contact Person
He Xiao Jing