It is used to bond and seal the frame of photovoltaic modules, ensuring firm adhesion between the glass, backplane, and frame. This prevents water and dust intrusion while enhancing the component's weather resistance and service life.
In electric vehicles, it seals and secures the battery module, ensuring strong adhesion between the battery cells and the module. This achieves waterproofing, dustproofing, and effective heat dissipation, extending battery life.
In wind power plants, structural bonding and sealing of blades ensure strength and tightness in high-temperature, high-humidity, and high-vibration environments.
In energy storage equipment, it is used for the bonding and sealing of core components, such as battery modules and control modules, to enhance insulation and protection, ensuring long-term stable performance.
