Polyurethane Solar PV Frame Production Video
Polyurethane solar PV frames combine glass fiber and polyurethane resin for lightweight strength, corrosion resistance, and insulation—ideal for offshore PV. GOOGIO provides complete pultrusion solutions to cut costs and boost efficiency.
A new PV module frame solution using polyurethane composite instead of traditional aluminum alloy.
It is made by pultrusion, combining glass fiber with high-performance polyurethane resin. Compared with aluminum frames, key advantages:
Lightweight and strong: density is only 1/3 of aluminum alloy, but tensile strength is extremely high, and expansion coefficient is close to glass, effectively reducing micro-crack risk.
Excellent weather resistance: inherently strong resistance to salt spray, acid/alkali, and corrosion, especially suitable for offshore PV, tidal flats, industrial zones, and other highly corrosive environments.
Natural insulation: non-conductive, no anodizing needed, completely eliminates PID effect, improving system safety.
Low carbon: production energy consumption is only 10%-20% of electrolytic aluminum, significantly reducing carbon footprint.
Applications: becoming an ideal choice for offshore PV, rooftop distributed, agrivoltaics, and other special scenarios, helping reduce costs and improve efficiency.
GOOGIO provides complete pultrusion technology solutions for polyurethane solar PV frames. Contact us!