Other attributes

Item	Standard
Weave Type	Plain Woven
Width	50-3000mm
Roll Weight	40KG
Moisture	≤0.15%
Resin Compatibility	UP,VE,EP
Alkali Content	Alkali Free
Free Sample	Available
MOQ	40kg
Packing	Carton + Woven Bag + Pallet

Product Description

Medium thickness fiberglass woven roving, such as 360gsm, 450gsm, and 500gsm, represents an ideal choice that balances flexibility and strength. These models excel in various industrial applications, especially where higher mechanical performance and durability are required. They not only offer excellent tensile strength and corrosion resistance but also adapt to complex molding processes.

As a manufacturer with nearly 20 years of production experience, we specialize in producing fiberglass fabrics, which are sold to over 30 countries. Our factory is equipped with various advanced production equipment, enabling efficient production of different specifications and thicknesses of fiberglass woven roving. Our professional team is dedicated to technological innovation and quality control, ensuring that every batch of products meets international standards. Additionally, we offer customized services, adjusting product technical parameters according to specific customer needs to meet the requirements of different application scenarios.

Whether you need it for building insulation, industrial anticorrosion, or hand lay-up molding processes, our medium thickness fiberglass woven roving can provide you with reliable solutions. Choosing us means choosing quality and trust.

Main Application Medium thickness fiberglass woven roving (360/450/500gsm) has a wide range of applications across multiple fields, including construction, automotive, marine, industrial tanks and pipes, aerospace, infrastructure, heavy-duty industrial applications, wind energy, and transportation.

• Construction: Enhances structural integrity of concrete and plaster.
• Automotive: Used for manufacturing lightweight and strong composite panels.
• Marine: Provides strength for boat hulls and decks while keeping weight low.
• Industrial Tanks and Pipes: Widely used due to excellent chemical resistance.
• Aerospace: Suitable for components requiring high strength-to-weight ratios.
• Infrastructure: Reinforces concrete and extends the lifespan of structures.
• Heavy-Duty Industrial Applications: Provides maximum strength and durability.
• Wind Energy: Used in manufacturing wind turbine blades to withstand harsh weather conditions.
• Transportation: Applied in manufacturing railway carriages and other transport equipment requiring high impact resistance.

 

 

 

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