Brief: Learn how this solution can streamline typical workflows and improve reliability. In this video, we demonstrate the Marine-Grade Glass Fiber Chopped Strand Mat, showcasing its saltwater-resistant and anti-fouling properties. You'll see how it performs in marine environments, its flexibility for curved surfaces, and its application in boat hulls, offshore platforms, and desalination plant piping.
Related Product Features:
Engineered for saltwater immersion and abrasion resistance with a closed-cell structure and non-corrosive binders.
Features anti-fouling properties to resist biofouling in marine environments.
Offers 300% elongation at break for excellent flexibility on curved surfaces.
Provides Class A flame retardancy (ASTM E84) for enhanced fire safety.
Exhibits high chloride ion resistance with ≤0.1% weight loss (ASTM B117).
Delivers impact resistance of ≥25 kJ/m² as tested by Pendulum Test.
Maintains low thermal expansion of 5×10⁻⁶/°C from -40°C to +80°C.
Packaged in aramid paper-wrapped rolls and vacuum-sealed bags to prevent UV degradation and delamination.
FAQs:
What makes this glass fiber mat suitable for marine environments?
It is engineered with saltwater-resistant and anti-fouling properties, featuring a closed-cell structure and non-corrosive binders that withstand immersion and resist biofouling, making it ideal for boat hulls, offshore platforms, and desalination plant piping.
How does the material handle curved surfaces and impact?
The mat offers 300% elongation at break for flexibility on curved surfaces and has an impact resistance of ≥25 kJ/m², ensuring durability in high-load applications like mooring systems and offshore wind anchors.
What are the storage requirements to maintain product integrity?
Store in aramid paper-wrapped rolls or vacuum-sealed bags with nitrogen flushing, and maintain relative humidity ≤50% to prevent UV degradation and delamination, preserving the material's performance.