0.8mm PU coated fiberglass fabric for welding blankets and curtains

Key Features
Our PU coated fiberglass fabric stands out for its exceptional properties, tailored to meet the demands of various sectors. Whether you need a lightweight, flexible material or a heavy-duty, wear-resistant solution, our PU coated fiberglass fabric delivers consistent performance:

1. High Strength & Durability: Backed by a high-strength fiberglass base, our PU coated fiberglass fabric boasts excellent tensile strength, tear resistance, and dimensional stability. It resists stretching, shrinking, and deformation, even under heavy loads or prolonged use, ensuring a long service life.
2. Flexibility & Easy Fabrication: Unlike rigid composite materials, PU coated fiberglass fabric is highly flexible, allowing for easy cutting, folding, sewing, and bonding. It can be fabricated into custom shapes, sizes, and finished products (such as covers, curtains, and membranes) to fit any application.
3. Fire Retardant & Safe: Compliant with global fire safety standards, our PU coated fiberglass fabric is flame-retardant, low-smoke, and low-toxic. It inhibits flame spread and releases no harmful gases, ensuring safety in industrial, commercial, and public spaces.

Applications
1. Passive Fire Protection (PFP) Systems
Fire & Smoke Curtains: Specifically engineered for vertical or horizontal automatic fire barriers in commercial complexes, elevator shafts, and warehouses. These fabrics ensure compartmentalization to prevent the spread of flames and toxic gases, meeting EN 13501-1 and UL standards.

2. Industrial HVAC & Energy Sector
Smoke Extraction Ductwork: Used in the fabrication of flexible connectors for smoke spill fans and high-temperature ventilation systems.

3. Welding & Hot Work Safety
Welding Blankets: Serves as a high-performance shield for sparks and molten metal splash (slag) in shipbuilding, automotive repair, and oil & gas maintenance.

4. Thermal Insulation & Equipment Protection
Equipment Protection Covers: Protective shielding for sensitive robotic arms, cables, and hydraulic lines in high-heat industrial environments (e.g., foundries or glass manufacturing).