Special packaging adhesive film for heterojunction battery components SV-15297HA, SV-15297HA-G
2021-01-01
The special packaging adhesive film for heterojunction battery components is developed specifically for heterojunction battery components, which has high battery adhesion and high weather resistance. The adhesive film is divided into two styles: EVA and EPE. The specialized encapsulation adhesive film for heterojunction battery modules can solve problems such as thermal spots caused by low battery adhesion and component failure caused by water vapor erosion during the packaging process of heterojunction batteries, improve the reliability of heterojunction module production and use, and promote the development of heterojunction battery modules.
High reflectivity black EVA film SV-15297B
2021-01-01
The high reflectivity black EVA film has a black and white or black and white black structure, which must include a black infrared high reflectivity film layer in contact with the battery cell, and a white high reflectivity layer closely attached to the other side of the black film layer. By combining two functional layers, the black appearance requirements of the component can be met, and the reflection of infrared light in sunlight can be achieved, reducing the thermal effect of infrared light, avoiding the problem of high operating temperature and power reduction caused by absorbing all sunlight, and achieving power gain of the black component.
Co extruded white EVA film SV-15297W
2020-01-01
The co extruded white EVA film has a double-layer structure, consisting of a transparent EVA layer and a white EVA layer. During the lamination process, the transparent EVA layer effectively blocks the white EVA layer from overflowing into the battery cell, greatly reducing the risk of "white overflow" on the client side. Its low pre crosslinking characteristics effectively reduce the risk of "hidden cracking" on the client side.
2019-01-01
Gap film SVK-JX02 is used for photovoltaic modules, which is applied to the surface of the back glass or backplate by changing the reflection path of light, reflecting the wasted light on the spacing between module strings and sheets to the surface of the battery cell, thereby increasing the power of the module by about 1% -1.5% Higher adhesion and better insulation can ensure better operation of components at the power station end.
Double sided double glass EVA+PO application SV-15296P+SE-556
2019-01-01
The combination application of double-sided double glass EVA+POE is mainly used to replace POE+POE, which can release the production capacity of the adhesive film end and meet the growing market demand for double-sided double glass. At the same time, it can also meet the anti PID requirements of the components on the component side, reduce the defects such as bubbles and string offset caused by the use of POE on the client side, shorten the lamination time, and significantly reduce the manufacturing cost on the component side.
Photovoltaic module EPE isolation strip SVK-GL01
2018-01-01
The photovoltaic module EPE isolation strip SVK-GL01 was successfully developed in 2018 as a yellow resistant photovoltaic EPE isolation strip. This product is applied to single glass components and has stronger UV resistance, higher adhesion, and better insulation compared to peers, ensuring better operation of the components at the power station end.
Solar reflective film SVK-FG01
2018-01-01
In 2018, we successfully developed the anti film biased solar ribbon coating SVK-FG01, which is the first of its kind in China and has obtained multiple patents. This product is applied to the surface of the solder strip by changing the reflection path of light, reflecting the lost light on the solder strip to the battery cell, which can increase the power of the component by about 1.5-2.0%.
Efficient double-sided double glass packaging with PO adhesive film SE-556
2017-01-01
In 2017, we successfully developed PO adhesive film (SE-556) for efficient double-sided double glass packaging, which has high water resistance, high insulation, and high aging resistance, and can meet the anti PID requirements of the front and back faces of N, P double-sided double glass modules. The packaging of different types of double glass components, including whole and half pieces, has no bubbles or defects such as merging, and its market share continues to increase.