欢迎访问全球领先的太阳能EVA产品名录。太阳能电池组件生产商可以在我们的名录中找到所需的EVA产品。我们从全球EVA生产商处收集了产品的详细数据并整理到统一的模板中,便于您轻松地进行不同EVA之间的对比。
类型: | 快固型 | 抗拉强度: | 16 MPa |
厚度: | 0.30 ~ 0.80 mm | 热收缩率(纵向) ≤: | 3 % |
地区: | 印度 |
类型: | 常规型 | 抗拉强度: | 18 MPa |
厚度: | -- | 热收缩率(纵向) ≤: | 2 % |
地区: | 中国大陆 |
• Different types of EVA film available: highly transparent, high UV cutoff, and highly reflective white
• Excellent weather resistance against high temperature, high humidity, and ultraviolet radiation
• Good adhesion between glass and different types of back films
• Low shrinkage to ensure component stability during lamination
类型: | 常规型 | 抗拉强度: | -- |
厚度: | 0.46 mm | 热收缩率(纵向) ≤: | -- |
地区: | 荷兰 |
类型: | 常规型 | 抗拉强度: | -- |
厚度: | -- | 热收缩率(纵向) ≤: | -- |
地区: | 中国大陆 |
3M white film, High reflectivity helps increasing power efficiency especially for single glass & double glass module. Meanwhile, it plays an important role in improving the module CTM, increasing the power output, especially for double glass modules.
类型: | 常规型 | 抗拉强度: | 25 MPa |
厚度: | 0.30 ~ 0.80 mm | 热收缩率(纵向) ≤: | 2 % |
地区: | 中国大陆 |
类型: | 快固型 | 抗拉强度: | 18 MPa |
厚度: | 0.3 ~ 1 mm | 热收缩率(纵向) ≤: | 3 % |
地区: | 中国大陆 |
PO film (SE-556)
• Excellent weather resistance (including high temperature, high humidity, UV, etc.);
• Excellent adhesion after aging;
• Good maneuverability and stability during lamination;
• Excellent reflectance, which can significantly increase the power output of the module.
类型: | 快固型 | 抗拉强度: | -- |
厚度: | 0.20 ~ 0.50 mm | 热收缩率(纵向) ≤: | -- |
地区: | 中国大陆 |
类型: | 快固型 | 抗拉强度: | -- |
厚度: | 0.2 ~ 0.8 mm | 热收缩率(纵向) ≤: | 3 % |
地区: | 中国大陆 |
White eva encapsulation film
Improve the effective utilization rate of visible light
Increase generating power
has high reflectivity retention rate and high peel strength retention rate for
long-term use.