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High Tensile Strength Glass Fiber Stitched Mat with Excellent Alkali Resistance and Uniform Fiber Distribution for Composite Reinforcement

High Tensile Strength Glass Fiber Stitched Mat with Excellent Alkali Resistance and Uniform Fiber Distribution for Composite Reinforcement

Payment Method: T/T
Detail Information
Place of Origin
CHINA
Brand Name
WGSC
Certification
ISO9001
Tensile Strength:
High
Heat Resistance:
Good
Alkali Resistance:
Excellent
Color:
White
Product Type:
Reinforcement Material
Material:
Glass Fibers
Highlight:

High Tensile Strength Glass Fiber Stitched Mat

,

Excellent Alkali Resistance Fiberglass Reinforcement Mat

,

Uniform Fiber Distribution Composite Reinforcement Mat

Product Description
High-Performance Glass Fiber Stitched Mat for Composite Applications

Product Overview
Glass Fiber Stitched Mat is engineered from chopped E-glass strands or woven roving, precision-cut and randomly dispersed before being stitched with polyester or carbon fiber threads. This innovative material combines directional strength from woven roving and multi-directional reinforcement of chopped strand mats, making it ideal for enhancing mechanical properties in composite manufacturing. Compatible with unsaturated polyester, vinyl ester, and epoxy resins, it serves as a critical material for industries requiring durability and lightweight solutions.

Key Features & Benefits
Optimized Structural Integrity
  • Uniform Fiber Distribution: Ensures consistent mechanical performance with ≤5% thickness deviation
  • High Wet Tensile Strength: Maintains >30 MPa tensile strength even when fully saturated
  • Directional Customization: Available in unidirectional or bidirectional configurations for targeted load-bearing applications
Process Compatibility
  • Rapid Resin Penetration: ≤60-second impregnation time for efficient RTM and pultrusion processes
  • Cold Storage Stability: Remains workable for 24+ hours at -18°C, extending production timelines
  • Minimal Void Formation: Open-weave structure reduces air entrapment during curing
Industrial-Grade Durability
  • Temperature Resistance: Operates effectively from -60°C to +150°C
  • Chemical Resistance: Withstands exposure to oils, solvents, and acidic environments

Applications
Industry Typical Uses
Aerospace Aircraft interior panels, helicopter rotor blades
Automotive Lightweight chassis components, brake discs, and EV battery enclosures
Wind Energy Turbine blade reinforcement, nacelle structural layers
Marine Boat hulls, offshore platform decks, and corrosion-resistant coatings
Construction Structural panels, insulation boards, and seismic retrofitting

Technical Specifications
Parameter Specification
Material Base E-glass chopped strands + polyester/carbon fiber stitching
Grammage Range 250-600 g/m² (±5%)
Tensile Strength (Warp) ≥300 N/50mm (ASTM D3776)
Elastic Modulus 10-20 GPa
Moisture Absorption <0.5% (24h immersion at 23°C)
Resin Compatibility Unsaturated polyester, epoxy, vinyl ester

Packaging & Delivery
Standard Packaging
  • Primary: Rolled on 76mm diameter paper tubes, wrapped in PE film to prevent oxidation
  • Secondary: Packaged in moisture-resistant cardboard boxes with desiccant packs
  • Bulk Orders: Stacked on pallets (max 2 layers) with stretch wrap for secure transit
Custom Solutions
  • Jumbo rolls (width: 1200-3200mm, length: 500-1000m) for large-scale manufacturing
  • Climate-controlled containers for international shipments

Storage Guidelines
  • Environment: Store in cool, dry warehouses (15-35°C, 35-65% RH)
  • Protection: Avoid direct sunlight, chemical vapors, and mechanical compression
  • Shelf Life: 12 months if unopened and stored properly
  • Handling: Thaw gradually at room temperature (avoid rapid warming to prevent delamination)

High Tensile Strength Glass Fiber Stitched Mat with Excellent Alkali Resistance and Uniform Fiber Distribution for Composite Reinforcement 0
High Tensile Strength Glass Fiber Stitched Mat with Excellent Alkali Resistance and Uniform Fiber Distribution for Composite Reinforcement 1
Ratings & Review

Overall Rating

5.0
Based on 50 reviews for this supplier

Rating Snapshot

The following is the distribution of all ratings
5 stars
0%
4 stars
0%
3 stars
0%
2 stars
0%
1 stars
0%

All Reviews

C
Custom Carbon Fiber Fabric Sheets Woven For Industrial Applications
Turkey Jan 21.2026
As a manufacturer in Istanbul, we use WGSC’s Custom Woven Carbon Fiber Sheets for lightweight automotive chassis components. The 6K twill weave (240g/m²) was tailored to 1.2x3m sheets to fit our stamping molds, and its 1.75g/cm³ density cut vehicle weight by 35% vs. steel. The fabric’s compatibility with our polyester resins (zero delamination after 15,000 km road tests) impressed our R&D team. Mehmhet Yilmaz, our production manager, noted the Ankara warehouse’s JIT delivery—always arriving within 5 days—kept our assembly lines running smoothly. A game-changer for Turkish auto exports.
E
Eco Friendly Standard Chopped Strand Mat Non Woven Fiberglass Mat For Marine Panels
Germany Oct 29.2025
In our automotive plant near Stuttgart, we replaced metal reinforcements with WGSC's 450g/m² Fiberglass Mat for lightweight car bumpers. The binder's rapid resin impregnation (≤60 sec) slashed production time by 25%, while the 90% wet strength retention ensured long-term durability. The customized width options (up to 3,300mm) perfectly matched our mold designs. Plus, their FOB shipping terms made global supply chain management seamless. A top choice for EV manufacturers prioritizing sustainability!
H
High Strength Fiber Reinforced Plastic Panels Frp Plastic Sheet For Industrial Applications
India Sep 10.2025
As a chemical plant operator in Mumbai, we replaced corroded steel ducts with WGSC’s FRP Plastic Sheets. The 4mm thick, 1500x3000mm panels (with a vinyl ester resin matrix) resisted sulfuric acid fumes and high humidity for 18 months—zero pitting or delamination. Their non-conductive properties eliminated static risks in our solvent storage area, and the smooth surface cut cleaning time by 50%. Rajesh Kumar, our maintenance head, noted the Delhi warehouse’s ability to customize panel thickness (we chose 4mm for flexibility) and deliver bulk orders within 7 days. Cost-wise, they saved us 40% vs. stainless steel alternatives. Perfect for Indian chemical and pharma facilities
products
PRODUCTS DETAILS
High Tensile Strength Glass Fiber Stitched Mat with Excellent Alkali Resistance and Uniform Fiber Distribution for Composite Reinforcement
Payment Method: T/T
Detail Information
Place of Origin
CHINA
Brand Name
WGSC
Certification
ISO9001
Tensile Strength:
High
Heat Resistance:
Good
Alkali Resistance:
Excellent
Color:
White
Product Type:
Reinforcement Material
Material:
Glass Fibers
Payment Terms:
T/T
Highlight

High Tensile Strength Glass Fiber Stitched Mat

,

Excellent Alkali Resistance Fiberglass Reinforcement Mat

,

Uniform Fiber Distribution Composite Reinforcement Mat

Product Description
High-Performance Glass Fiber Stitched Mat for Composite Applications

Product Overview
Glass Fiber Stitched Mat is engineered from chopped E-glass strands or woven roving, precision-cut and randomly dispersed before being stitched with polyester or carbon fiber threads. This innovative material combines directional strength from woven roving and multi-directional reinforcement of chopped strand mats, making it ideal for enhancing mechanical properties in composite manufacturing. Compatible with unsaturated polyester, vinyl ester, and epoxy resins, it serves as a critical material for industries requiring durability and lightweight solutions.

Key Features & Benefits
Optimized Structural Integrity
  • Uniform Fiber Distribution: Ensures consistent mechanical performance with ≤5% thickness deviation
  • High Wet Tensile Strength: Maintains >30 MPa tensile strength even when fully saturated
  • Directional Customization: Available in unidirectional or bidirectional configurations for targeted load-bearing applications
Process Compatibility
  • Rapid Resin Penetration: ≤60-second impregnation time for efficient RTM and pultrusion processes
  • Cold Storage Stability: Remains workable for 24+ hours at -18°C, extending production timelines
  • Minimal Void Formation: Open-weave structure reduces air entrapment during curing
Industrial-Grade Durability
  • Temperature Resistance: Operates effectively from -60°C to +150°C
  • Chemical Resistance: Withstands exposure to oils, solvents, and acidic environments

Applications
Industry Typical Uses
Aerospace Aircraft interior panels, helicopter rotor blades
Automotive Lightweight chassis components, brake discs, and EV battery enclosures
Wind Energy Turbine blade reinforcement, nacelle structural layers
Marine Boat hulls, offshore platform decks, and corrosion-resistant coatings
Construction Structural panels, insulation boards, and seismic retrofitting

Technical Specifications
Parameter Specification
Material Base E-glass chopped strands + polyester/carbon fiber stitching
Grammage Range 250-600 g/m² (±5%)
Tensile Strength (Warp) ≥300 N/50mm (ASTM D3776)
Elastic Modulus 10-20 GPa
Moisture Absorption <0.5% (24h immersion at 23°C)
Resin Compatibility Unsaturated polyester, epoxy, vinyl ester

Packaging & Delivery
Standard Packaging
  • Primary: Rolled on 76mm diameter paper tubes, wrapped in PE film to prevent oxidation
  • Secondary: Packaged in moisture-resistant cardboard boxes with desiccant packs
  • Bulk Orders: Stacked on pallets (max 2 layers) with stretch wrap for secure transit
Custom Solutions
  • Jumbo rolls (width: 1200-3200mm, length: 500-1000m) for large-scale manufacturing
  • Climate-controlled containers for international shipments

Storage Guidelines
  • Environment: Store in cool, dry warehouses (15-35°C, 35-65% RH)
  • Protection: Avoid direct sunlight, chemical vapors, and mechanical compression
  • Shelf Life: 12 months if unopened and stored properly
  • Handling: Thaw gradually at room temperature (avoid rapid warming to prevent delamination)

High Tensile Strength Glass Fiber Stitched Mat with Excellent Alkali Resistance and Uniform Fiber Distribution for Composite Reinforcement 0
High Tensile Strength Glass Fiber Stitched Mat with Excellent Alkali Resistance and Uniform Fiber Distribution for Composite Reinforcement 1