place of origin; place of origin: | Tianjing, China | Crosslinking (gel content): | Below 80.8% |
Supply capacity: | 500,000 volumes per month | Packaging Details: | EPE cotton, PE waterproof paper, PE woven cloth plus kraft paper for solar eva film solar cell encapsulation 4 rolls per plywood box |
shrink: | 1.0% 1.1% | brand: | Only up to |
payment terms: | L/C, Western Union, D/P, D/A, T/T, other payment can be negotiated | Certification: | Caida |
tensile strength: | 18.6mpa | port: | Newport China |
Elongation at break: | 555% | Peel Strength: | Glass 74N/cn Backplate 62N/cm |
Packaging Preview: | Warranty: | other | |
model: | SUN-6 Solar Cell Encapsulation Film | Volume resistivity: | 1.3x10^15 |
product name: | solar eva film | transparency: | 91.3% |
1000 hours of UV exposure: | 1.8 | VA Content: | 33% |
20 years of producing EVA film, our advantages are:
Caida solar EVA film has excellent weather resistance, high temperature resistance, moisture resistance and UV resistance.
Caida solar EVA film is easy to operate and store, with a wide range of lamination temperature and high efficiency.
Caida solar EVA film has the following advantages: high light transmission type, anti-UV type, anti-PID type, high refractive index type, anti-snail type, fast curing type.
Caida Solar EVA Film is committed to producing high-quality EVA film and providing additional solutions for photovoltaic modules.
category | Thickness(mm) | Width (mm)Maximum width 2600mm | Length of each roll (M) |
SUN-6 | 0.30/ 0.35/ 0.40/0.45/0.50 | 680/820/1000/1100/1300 | 150/200 |
SUN-8 | 0.30/ 0.35/ 0.40/0.45/0.50 | 680/820/1000/1100/1300 | 150/200 |
Sun-T | 0.15 | 680/820/1000/1100/1300 | 150/200 |
EVA film for encapsulating polycrystalline and monocrystalline photovoltaic modules.
EVA film for encapsulating flexible solar modules.
EVA film for encapsulating double-glazed solar modules.
feature | data |
transparency | >91.23% |
UV exposure | y<=1.8 |
Shrinkage | L<=1.0% H<=1.1% |
peel strength | Glass>74/Back>62 |
tensile strength | 18.6 MPa |
Elongation at break | 555% |
water absorption | <0.1% |
Volume resistivity | 1.3x10^15 |
specific heat | 2.3 |