In the intricate structures of smartphones, tablets, automotive displays, high-end camera lenses, and even AR/VR devices, the connection between transparent components, seemingly simple, actually places extreme demands on material performance: it must bon
The difference in light transmittance between TAC and PET substrates in 3a explosion-proof film is essentially a complex interplay between materials science, optical engineering, and industry demands.
As a high-end screen protector, 3A explosion-proof film's core value lies not only in daily scratch resistance, high light transmittance, and fingerprint resistance, but also in "explosion-proof"—effectively preventing the original glass screen from shatt
The edge sealing process of 3a explosion-proof film is a collaborative system involving multiple aspects such as materials, structure, process, testing and installation.
OCA optical adhesive, a high-performance adhesive specifically designed for such applications, achieves near-invisible optical fusion through its unique physicochemical properties and precise process control—achieving a light transmittance of over 99% and
The production of 3a explosion-proof film requires precision coating technology to ensure that the thickness uniformity of each functional layer is controlled at the submicron level.
