17 products
AR-glass Roving (ZrO₂ ≥16.7%)
ZrO₂ ≥16.7% per EN 15422 / GB/T 21120 — qualified for structural GRC
E-glass Biaxial ±45° Fabric 600 g/m²
Symmetric ±45° lay-up balances shear and torsion loads
E-glass Chopped Strand Mat 300 g/m²
Fast resin wet-out with UPR/VE
E-glass Chopped Strand Mat 450 g/m²
Builds thickness ~50% faster per ply vs 300 g/m²
E-glass Continuous Filament Mat (CFM)
Continuous strands give superior in-plane resin permeability
E-glass Direct Roving 1200 tex (Pultrusion-sized)
Fast wet-out (<5 s) for high-glass-fraction pultrusion
E-glass Direct Roving 2400 tex
Multi-resin compatibility (epoxy, UPR, VE) — single SKU covers wind, pipe, pultrusion
E-glass Unidirectional Fabric 1200 g/m²
Non-crimp 0° UD delivers full directional modulus
E-glass Woven Roving 600 g/m²
Balanced 0°/90° strength for biaxial loading
E-glass Woven Roving 800 g/m²
Fast build rate on large flat laminates
ECR-glass Direct Roving 2400 tex
Boron-free chemistry — 3× lower acid loss than E-glass
ECR-glass Direct Roving 4800 tex
Boron-free chemistry — 3× lower acid loss than E-glass
Low-Dk Glass Fabric Style 1080 (5G PCB)
Low Dk 4.0–4.4 and low Df 0.003–0.004 at 10 GHz for mmWave impedance control
Low-Dk Glass Fabric Style 2116 (5G PCB)
Low Dk 4.0–4.4 and low Df 0.003–0.004 at 10 GHz — same dielectric class as Style 1080
NE-glass / L-glass Roving (High-Frequency)
Low-Dk glass chemistry — Dk 4.0–4.4, Df 0.003–0.004 at 10 GHz
S-2 Glass Fabric (Ballistic)
S-2 high-strength glass — tensile ≥4500 MPa, modulus ≥85 GPa
S-2 Glass Roving (Aerospace)
Tensile strength ≥4500 MPa — ~30% higher than E-glass