Welcome to the world’s most advanced solar backsheet product directory. Panel manufacturers can use our advanced technical filters to find the exact solar backsheet that matches their needs. We have collated backsheet data from manufacturers from all around the world into a common template, allowing you to compare and review backsheets easily.
Layers: | Coating / PET / Coating | Tensile Strength: | 130 MPa |
Total Thickness: | 303±15.15 µm | Thermal Shrinkage: ≤ | 0.6 % |
Region: | China |
With double-sided transparent coating andreinforced PET structure
lt is characterized by goodinsulating properties, strong bonding fastness, excellentbarrier and heat and humidity resistance
Layers: | Coating / PET / Coating | Tensile Strength: | 120 MPa |
Total Thickness: | 315±15.9 µm | Thermal Shrinkage: ≤ | 1 % |
Region: | China |
Double-sided white coating , reinforced PET structure and printed special mesh
Photovoltaic Back Sheet materials Which protect the cells
Layers: | PET / PET / EVA | Tensile Strength: | 107 MPa |
Total Thickness: | 297±29.7 µm | Thermal Shrinkage: ≤ | 1.5 % |
Region: | United States |
Layers: | PVF / PET / PE | Tensile Strength: | 120 MPa |
Total Thickness: | 287±14.35 µm | Thermal Shrinkage: ≤ | 1 % |
Region: | China |
Layers: | PVDF / PET / PE | Tensile Strength: | 70 MPa |
Total Thickness: | -- | Thermal Shrinkage: ≤ | 1.5 % |
Region: | Korea |
Layers: | PET / PET / Primer | Tensile Strength: | 90 MPa |
Total Thickness: | 300±5 µm | Thermal Shrinkage: ≤ | 1.5 % |
Region: | India |
Layers: | PVDF / PET / EVA | Tensile Strength: | 90 MPa |
Total Thickness: | 322±32.2 µm | Thermal Shrinkage: ≤ | 1.5 % |
Region: | United States |
Layers: | Polyolefin / Polyolefin / Polyolefin | Tensile Strength: | 160 MPa |
Total Thickness: | 360±10 µm | Thermal Shrinkage: ≤ | 0.3 % |
Region: | Germany |
Layers: | PET | Tensile Strength: | 120 MPa |
Total Thickness: | 288±14.4 µm | Thermal Shrinkage: ≤ | 1 % |
Region: | China |
Layers: | Tedlar(PVF) / PET / EVA | Tensile Strength: | 77 MPa |
Total Thickness: | 323±32.3 µm | Thermal Shrinkage: ≤ | 1.5 % |
Region: | United States |