Application area | Process typ | Model | Weather resistance | Flame retardant grade | Reference process | Advantage |
Photovoltaic frame, bracket | Pull squeeze | XCFR-1180 | Aromatic | V1 | Component A material temperature:20-30°C B component material temperature:20-30°C Mold temperature (summer): closed/170°C/190°C Mold temperature (winter): 80°C/170°C/190°C Squeezing speed: 60-120cm/min | Good adhesion of coating Excellent mechanical properties |
Photovoltaic frame | Pull squeeze | XCFR-1189 | Aliphatic | V1 | Component A materia temperature:20-30°C B component material temperature: 20-30 °C Mold temperature (summer): closed/170°C/190°C Mold temperature (winter): 80°C/170°C/190°C Squeezing speed:20-60cm/min | No painting required Good weather resistance |
Product Search
Product Classification
Photovoltaic
Product Introduction
At present, the main material used for the frame of photovoltaic modules is aluminum alloy. However, due to the high pollution and energy consumption of aluminum alloy production, the country restricts the addition of aluminum alloy production capacity. With the rapid development of new energy vehicles and other fields, the demand for aluminum alloy is increasing, leading to a continuous rise in aluminum alloy prices. Polyurethane fiberglass composite materials have low density, high strength, corrosion resistance, and are lower in cost than aluminum alloys. They are rapidly replacing aluminum alloys in photovoltaic frames.
Product Details
Previous:
Shoe adhesive
Next:
Automobile