太陽能電池板用密封材料目錄
歡迎訪問全球領先的太陽能EVA產品目錄。太陽能電池組件生產商可以在我們的目錄中找到所需的EVA產品。我們從全球EVA生產商處收集了產品的詳細數據并整理到統一的模板中，便于您輕松地進行不同EVA之間的對比。最后，請注意在EVA列表頁面的上端，您可以選擇按EVA類型（標準型、快固型或超快固型）來流覽。
太陽能電池板用密封材料目錄
(123 個密封材料型號)
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起價 ￥12.0 / m2 *
類型： 常規型 抗拉強度： 18 MPa 厚度： -- 熱收縮率（縱向） ≤： 2 % 地區： 中國大陸 
Different types of EVA film available: high transparent, high UV cut off, white high reflection
Excellent weather resistance against high temperature, high humidity, ultraviolet
Good adhesion in between the glass and different types of back film
Low shrinkage to ensure component stability during lamination
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起價 ￥12.0 / m2 *
類型： 常規型 抗拉強度： 16 MPa 厚度： -- 熱收縮率（縱向） ≤： 2 % 地區： 中國大陸
? Different types of EVA film available: high transparent, high UV Cutoff, High Reflective White
? Excellent weather resistance against high temperature, high humidity, ultraviolet
? Good adhesion in between glass and different type of back film
? Low shrinkage to ensure component stability during lamination
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起價 ￥12.0 / m2 *
類型： 常規型 抗拉強度： 16 MPa 厚度： -- 熱收縮率（縱向） ≤： 2 % 地區： 中國大陸
Different types of EVA film available: high transparent, high UV cut off, white high reflection
Excellent weather resistance against high temperature, high humidity, ultraviolet
Good adhesion in between the glass and different types of back film
Low shrinkage to ensure component stability during lamination
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起價 ￥12.3 / m2 *
類型： 快固型 抗拉強度： 16 MPa 厚度： 0.30 ~ 0.80 mm 熱收縮率（縱向） ≤： 3 % 地區： 印度 
? Alishan FC is one of the fast cure variants of EVA encapsulants manufactured by Alishan Green Energy Pvt. Ltd.
? Alishan EVAs are PID and snail trial resistant
? Our EVA ensures the reliability and life of solar modules in the field
? Fast cure EVA encapsulants can be laminated at up to 15 minutes at a temperature varying from 140-150 °C -
起價 ￥12.6 / m2 *
類型： 快固型 抗拉強度： 25 MPa 厚度： 0.3 ~ 0.7 mm 熱收縮率（縱向） ≤： 3 % 地區： 中國大陸
1. Excellent PID free properties;
2. Superior weather-ability;
3. Superior anti - Snail - Track performance;
4. Excellent adhesion to glass and back sheet;
5.UV Cut off for good light reflection;
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起價 ￥11.2 / m2 *
類型： 超快固型 抗拉強度： 18 MPa 厚度： 0.45 ~ 0.75 mm 熱收縮率（縱向） ≤： 3 % 地區： 中國大陸
WHITE EVA II FILM (SV-15,297W)
?Excellent durability (including high resistance for temperature, humidity and UV)
?Transparent EVA on the cell face and white EVA on the back, significantly reduce the ratio of crack during lamination and provide better bonding performance after aging
?Can be used for G to G solar module, normal solar module and thin film solar module. -
起價 ￥10.5 / m2 *
類型： 快固型 抗拉強度： 15 MPa 厚度： 0.45 mm 熱收縮率（縱向） ≤： -- 地區： 印度
PIXON Fast Cure EVA Films are particularly designed for improving the durability and increasing the performance of solar modules and are suitable for all types of crystalline and thin-film PV modules with shorter cycling time that speeds up your module production with excellent transparency, high reflectivity, increased production yield, snail trail resistance, PID-resistance, and so on.
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起價 ￥12.3 / m2 *
類型： 快固型 抗拉強度： 16 MPa 厚度： 0.30 ~ 0.80 mm 熱收縮率（縱向） ≤： 3 % 地區： 印度
? Alishan FC - T is one of the fast cure variants of EVA encapsulants manufactured by Alishan Green Energy Pvt. Ltd., in the world class manufacturing technology and proven raw materials
? This especially meant for front/top EVA with transparency and better PID resistance
? Our EVA ensures the reliability and life of solar modules in the field
? Fast cure EVA encapsulants can be laminated in up to 15 minutes at a temperature varying from 140-150°C -
起價 ￥12.6 / m2 *
類型： 快固型 抗拉強度： 25 MPa 厚度： 0.5 ~ 0.6 mm 熱收縮率（縱向） ≤： 4 % 地區： 中國大陸
1. Increase efficiency of PV modules markedly
2. Increasing light diffuse reflection
3. no white color overflow, no bubble, no cell string moving
4. Excellent durability, with good performance in DH&UV aging
5. Outstanding material compatibility. Strong adhesive ability with welding belt, cell, back sheet
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起價 ￥11.2 / m2 *
類型： 超快固型 抗拉強度： 16 MPa 厚度： 0.45 ~ 0.9 mm 熱收縮率（縱向） ≤： 3 % 地區： 中國大陸
Anti PID PID EVA film (SV-15,296P&SV-15,297P)
? Can reduce the risk of component PID
? Excellent weather resistance (including high temperature, high humidity, ultraviolet, etc.)
? Low shrinkage to ensure component stability during lamination
? Fast curing, improve component lamination production efficiency
? High light transmission to ensure the maximum output power of the module
