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Huawei’s latest innovation, the ‘transparent vest’ polysiloxane, has been a game-changer for the Mate X3 and X5 screens, setting a new standard for durability in the world of foldable devices. This revolutionary material not only allows the screens to maintain their bendable nature during the opening and closing of the device but also boasts an impressive ability to instantly harden upon rapid impact, providing unparalleled protection.
In response to the growing concern over the fragility of foldable smartphones, Huawei embarked on extensive research to develop a solution that would address this issue head-on. The result of their efforts is polysiloxane, a clear and flexible material inspired by the principles of the oobleck experiment. Much like the behavior of oobleck, which responds differently to slow and fast movements, polysiloxane adapts to stress levels, ensuring optimal performance in various scenarios.
The development process was no easy feat, with Huawei conducting over 100 experiments to refine the material to perfection. Transparency was a key factor, as the material needed to be applied directly to the screens without compromising visibility. After numerous iterations, Huawei achieved an impressive 92% transparency for the flexible screens, ensuring a seamless user experience.
The implementation of polysiloxane marked a significant milestone for Huawei, as it became the first company to utilize non-Newtonian fluids in consumer electronics. Both the Mate X3 and X5 benefited from this groundbreaking technology, receiving acclaim for their five-star impact resistance and enhanced durability. According to Huawei, the new foldable screens are four times more resilient than their predecessors, capable of withstanding sharp object scratches and one-meter drops with ease.