ECT-Glass Multi-End Roving

Tensile Strength: ECT-Glass Multi-End Roving with a tensile strength of 3200 MPa is used in wind turbine blade manufacturing, where it ensures enhanced mechanical durability and high load-bearing capacity.

Filament Diameter: ECT-Glass Multi-End Roving with a filament diameter of 17 microns is used in reinforced concrete panels, where it offers excellent crack resistance and uniform reinforcement distribution.

Moisture Content: ECT-Glass Multi-End Roving with a moisture content below 0.1% is used in automotive composite parts, where it minimizes void formation and increases dimensional stability.

Tex Range: ECT-Glass Multi-End Roving with a tex of 2400 is used in pultrusion profiles, where it provides optimized resin impregnation and high profile strength.

Alkali Resistance: ECT-Glass Multi-End Roving with superior alkali resistance is used in GRC façade elements, where it enhances long-term durability under harsh environmental conditions.

Compatibility: ECT-Glass Multi-End Roving designed for polyester resin compatibility is used in boat hull lamination, where it achieves superior interfacial adhesion and improved water resistance.

Uniformity: ECT-Glass Multi-End Roving with a linear density variation of less than 3% is used in woven roving fabrics, where it increases fabric uniformity and mechanical property consistency.

Chop Length: ECT-Glass Multi-End Roving with a chop length of 25 mm is used in spray-up molding for water tanks, where it ensures even fiber dispersion and optimal mechanical reinforcement.

Loss on Ignition: ECT-Glass Multi-End Roving with a loss on ignition of 0.55% is used in high-voltage electrical insulation products, where it provides excellent electrical performance and thermal resistance.

Thermal Stability: ECT-Glass Multi-End Roving with a thermal stability up to 800°C is used in industrial fire barrier panels, where it guarantees structural integrity under high-temperature exposure.