Driven by the "dual carbon" goal, the photovoltaic power generation and new energy vehicle industries are developing rapidly, and the key auxiliary materials upstream of their industrial chains are also experiencing a wave of upgrading. The two-component organic silicon gel IOTA 6250N is becoming an ideal choice for encapsulating solar panel modules and high-power new energy devices with its environmental protection characteristics and efficient production adaptability.

    It is understood that IOTA 6250N strictly follows environmental standards, is a non hazardous material, and does not release any by-products during the curing process, which is in line with the concept of green manufacturing. For the photovoltaic industry, solar panels are exposed to multiple tests such as ultraviolet radiation, moisture, and thermal shock for a long time outdoors. The excellent weather resistance, transparency, and non corrosive properties of IOTA 6250N can effectively protect solar cells and wires, significantly improving the long-term power generation efficiency and service life of the components in outdoor environments.

    At the same time, its 1:1 mixing ratio simplifies weighing operations and supports multiple curing schemes for heating from room temperature to 120 ℃, greatly meeting the production line's pursuit of operational convenience and production efficiency. Users can flexibly choose the curing method according to the production pace, quickly demold, and accelerate product circulation.

    Industry experts believe that the promotion and application of high-performance materials such as IOTA 6250N not only improve the quality and reliability of end products, but also provide strong support for cost reduction and efficiency improvement of photovoltaic and new energy equipment manufacturing enterprises through process optimization, empowering the industry for green and sustainable development.

    To learn more, please click IOTA 6250N