This mat is binder-free, allowing for more efficient resin absorption, and faster and more uniform wet-out during molding processes. The use of stitching yarn also provides a more stable et durable structure compared to other glass fiber mats. The nonwoven structure ensures excellent conformance to molds, even those with complex geometries, making it suitable for a variety of molding techniques such as hand lay-up, vacuum infusion, RTM, et spray-up.

Glass Fiber Stitched Mat is used in many composite applications, including those in the automobile, marine, construction, wind energy, et industrial sectors, where high-strength et poids léger materials are required for high-performance parts.

🧪 Typical Technical Data (TDS Style)

✅ Key Features and Benefits

• Binder-Free Construction
  
  The absence of binders ensures excellent resin compatibility, allowing for rapid resin absorption and minimal interference with the resin matrix, resulting in uniform composite properties.

• Superior Dimensional Stability
  
  The mechanical stitching used to hold the fibers together provides greater dimensional stability during both the molding and curing processes, helping to maintain part integrity throughout production.

• Haute résistance à la traction
  
  Glass Fiber Stitched Mat offers excellent résistance à la traction, which improves the final composite's ability to withstand mechanical stresses, including bending, stretching, and compression.

• Reduced Air Entrapment
  
  The open structure created by the stitching allows for faster resin wet-out and helps minimize air pockets, ensuring a high-quality finish et uniform laminate structure.

• Customization for Specific Applications
  
  The weight, fiber length, and stitching configuration of the mat can be customized to meet the specific requirements of different applications, ensuring optimal performance for each product.

• Excellent Conformability
  
  The mat is highly flexible and can easily conform to complex mold geometries, ensuring efficient part production even in intricate mold designs.

• Faster Curing Times
  
  The high resin uptake and low binder content result in reduced curing times, which speeds up the production process and enhances manufacturing efficiency.

🏭 Applications

• Automobile: Structural components like body panels, underbody shields, and door panels.

• Marin: Boat hulls, decks, cabin structures, and reinforcement of composite parts.

• Construction: FRP panels, cladding, roofing, and reinforcement for architectural applications.

• Wind Energy: Blades, nacelle housing, and other structural components in wind turbine production.

• Electrical: Insulating boards, switchgear components, and enclosures.

• Industriel: Tanks, ducts, pipes, and other components in industrial processing systems.

• Sporting Goods: Bicycle frames, skateboard decks, and lightweight sports equipment.

• Sanitary Ware: Bathtubs, shower enclosures, and countertops.

📦 Packaging and Storage

• Emballage: The mat is typically supplied in roll form, with rolls packaged in polyethylene or kraft paper for protection during transit and storage. The material is typically wound tightly to avoid damage during shipment.

• Stockage: Store in a dry, cool environment away from direct sunlight and moisture. Proper storage conditions ensure longer shelf life and maintain the integrity of the mat.

• Shelf Life: The mat should be used within 12 months of the manufacturing date when stored properly.

🏅 Compliance & Certifications

• ASTM D578: Standard specification for glass fiber mats used in composite manufacturing.

• ISO 2559 / ISO 2797: For measuring fiber weight, resin compatibility, et other physical properties.

• RoHS, REACH Compliant: Ensuring the product is free from hazardous substances and complies with environmental regulations.

• Résistance au feu: Available on request for applications requiring fire-resistant materials.

🛠 Options de personnalisation

• Fiber Types: Custom options available, including E-glass, AR-glass (for corrosion resistance), or combination of glass fibers with other fibers such as carbon ou basalt for specialized applications.

• Weight and Thickness: Customizable based on your specific needs for strength, flexibility, and part design.

• Compatibilité résine: Available in polyester, vinyl ester, époxy, et phenolic resin-compatible formulations.

• Stitching Options: The density and pattern of stitching can be adjusted for optimized fiber orientation et improved resin penetration.