Glass Fabrics
As one of North America's largest weavers of glass fabrics, we manufacture high-reliability substrates engineered to exceed the strict thermal, mechanical, and electrical benchmarks required by the Printed Circuit Board-Copper Clad Laminate (PCB-CCL) and Aerospace industries.
E-Glass
Woven E-Glass serves as the backbone for Printed Circuit Board-Copper Clad Laminates (PCB-CCL), Aerospace primary and secondary structures, Power Generation and Insulation, and a multitude of Industrial Applications.
- Electrical Insulation
Delivers high dielectric strength and strong electrical resistivity to safeguard circuits.
- Dimensional Stability
Resists shrinking or stretching during extreme atmospheric transitions, maintaining uniform thickness.
- Thermal Management
Rapidly dissipates heat compared to standard organic fibers, keeping electronic assemblies stable.
- High Strength-to-Weight Ratio
Delivers exceptional structural reinforcement and aerodynamic durability.
- High Volume Resistivity
Isolates high voltages and prevents electrical leakage across machinery.
- Low Moisture Absorption
Prevents water ingress into the fibers, protecting laminates from blistering.
Built for signal integrity
Where dielectric performance decides whether a high-speed board works.
Low Dk Glass
Our specialized Low Dk (Dielectric Constant) and Low Df (Dissipation Factor) woven fabrics are engineered at a microscopic level to optimize electromagnetic wave propagation for next-generation telecommunications.
- Enhanced Signal Velocity
Lowering the Dk value directly reduces signal propagation delay across high-speed PCB layers.
- Ultra-Low Insertion Loss
Minimizes the Dissipation Factor (Df), ensuring less signal energy is lost as ambient heat.
- Spread Capabilities
Uniform, flat weave geometries that eliminate micro-structural gaps, essential for modern radar and server backplanes.
S-Glass
Engineered with a high-silica formulation, S-Glass is designed for highly loaded aerospace structures, secondary military components, and extreme mechanical environments.
- Superior Strength-to-Weight Ratio
Yields roughly 30% greater strength than E-Glass, providing an exceptional strength-to-weight ratio.
- High Thermal Resistance
Retains its mechanical integrity and resists structural degradation under intensive flight friction and processing heat.
- Impact & Fatigue Resistance
Protects structural laminates against continuous aerodynamic stress, vibration, and localized impact.
Start your project
From concept to production, we'll help you find the right material for your needs.