Recently, a new type of organosilicon gel named IOTA 6250 has officially entered the market. With its convenient operation of two-component 1:1 mixing, environmental protection characteristics of addition curing without by-products, and multiple advantages of rapid curing, transparent and soft, and self-healing, it has brought technological innovation of protective materials to the field of electronic manufacturing.
As a medium viscosity two-component silicone gel, IOTA 6250 shows significant advantages in curing mode. It adopts additive curing technology, which does not produce any by-products during the entire curing process. This not only avoids the problems of bubbles, impurities, etc. that may occur during the curing of traditional materials, but also ensures the stability of electronic components after packaging. It also conforms to the current trend of environmentally friendly production and reduces pollution to the production environment.
In terms of performance, IOTA 6250 also has many highlights. It has the characteristics of high transmittance and small yellowing, which makes it play an important role in the packaging of electronic components with high transparency requirements such as optoelectronic devices, effectively reducing light loss and ensuring the optical performance of the equipment. At the same time, the material is transparent, soft, and has self-healing properties. When electronic components are subjected to slight external impacts or vibrations, it can reduce damage through its own repair function and extend the service life of electronic components.
It is worth noting that the curing efficiency of IOTA 6250 is excellent. At a room temperature of 25 β, it only takes 120 minutes to stop flowing, meeting the needs of some emergency production scenarios; Under the heating condition of 120 β, it can be fully cured in 30 minutes, greatly shortening the production cycle and improving the production efficiency of electronic manufacturing enterprises.
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IOTA6250
