680g Tooling Fabric- Mock Leno
Our robust Mock Leno weave fiberglass combines exceptional stability with efficient resin flow—ideal for large-scale structures and mold-making where high load resistance and reliability are critical.
Specifications
Weave Style: Mock Leno – a specialized pattern that enhances fabric stability and promotes superior resin distribution.
Fiber Composition: Premium E-Glass fiber, offering outstanding mechanical stability and durability.
Available Widths: Supplied in multiple widths to accommodate varied project demands.
Weight: 680 g/m² – perfectly suited for heavy-duty structures and high-load molds.
Fiber Composition: Premium E-Glass fiber, offering outstanding mechanical stability and durability.
Available Widths: Supplied in multiple widths to accommodate varied project demands.
Weight: 680 g/m² – perfectly suited for heavy-duty structures and high-load molds.
Advantages
Superior Load Capacity: High fabric density and weight make it ideal for intense mechanical loads and large-form applications.
Optimized Resin Flow: The Mock Leno structure allows resin to permeate freely, ensuring uniform saturation and minimizing air entrapment.
Enhanced Dimensional Stability: Increased resistance to tearing and deformation during lay-up.
Flexibility: Despite its weight, the fabric conforms well to complex molds and forms.
Chemical & Thermal Resistance: Engineered for use in aggressive chemical environments and elevated temperatures.
Optimized Resin Flow: The Mock Leno structure allows resin to permeate freely, ensuring uniform saturation and minimizing air entrapment.
Enhanced Dimensional Stability: Increased resistance to tearing and deformation during lay-up.
Flexibility: Despite its weight, the fabric conforms well to complex molds and forms.
Chemical & Thermal Resistance: Engineered for use in aggressive chemical environments and elevated temperatures.
Applications
Mold Fabrication: Durable molds for composites and industrial tooling.
Large-Scale Structures: Bridges, panels, and other volume components requiring high strength.
Marine Vessels: Yacht and ship hull laminates demanding impact resistance and structural integrity.
Industrial Equipment: Tanks and piping exposed to heavy mechanical loads and chemical exposure.
Aerospace: Large structural panels and tooling forms.
Wind Energy: Blade molds and components for precision-engineered, high-strength structures.
Large-Scale Structures: Bridges, panels, and other volume components requiring high strength.
Marine Vessels: Yacht and ship hull laminates demanding impact resistance and structural integrity.
Industrial Equipment: Tanks and piping exposed to heavy mechanical loads and chemical exposure.
Aerospace: Large structural panels and tooling forms.
Wind Energy: Blade molds and components for precision-engineered, high-strength structures.
