200g Plain Fiberglass Fabric
Our 200 g/m² fiberglass fabric delivers exceptional mechanical strength and dimensional stability—perfect for structural applications demanding high load resistance, such as large-scale constructions and vehicle components. It combines durability, flexibility, and ease of fabrication.
Specifications
200 g/m²: Superior load-bearing capacity and deformation resistance compared to lighter fabrics.
Plain Weave: Uniform over-under fiber pattern preserves mechanical integrity under stress.
Available Widths: Offered in multiple widths to suit diverse project requirements.
Plain Weave: Uniform over-under fiber pattern preserves mechanical integrity under stress.
Available Widths: Offered in multiple widths to suit diverse project requirements.
Advantages
Enhanced Strength: Provides greater structural rigidity and load endurance than 68 g/m² and 136 g/m² fabrics.
Dimensional Stability: Ideal for larger, load-bearing structures requiring consistent performance.
Versatile Use: Well-suited for applications that demand both toughness and precise overlay finishes.
Long-Term Durability: Exceptional resistance to abrasion and deformation, even in aggressive or continuous-use environments.
Dimensional Stability: Ideal for larger, load-bearing structures requiring consistent performance.
Versatile Use: Well-suited for applications that demand both toughness and precise overlay finishes.
Long-Term Durability: Exceptional resistance to abrasion and deformation, even in aggressive or continuous-use environments.
Applications
Construction: Reinforcement of large structural elements—wall panels, facades, and flooring systems.
Transportation: Vehicle and marine hull components requiring high mechanical resilience.
Industrial Equipment: Protective housings and support structures subjected to heavy loads.
Marine Craft: Large, durable boat hulls and parts designed for sustained load conditions.
Energy Sector: Composite structures for wind-turbine blades and other power-generation components.
Electronics: Mechanically robust insulation layers and PCB substrates.
Transportation: Vehicle and marine hull components requiring high mechanical resilience.
Industrial Equipment: Protective housings and support structures subjected to heavy loads.
Marine Craft: Large, durable boat hulls and parts designed for sustained load conditions.
Energy Sector: Composite structures for wind-turbine blades and other power-generation components.
Electronics: Mechanically robust insulation layers and PCB substrates.
