Infinix Future Light-Painting Leather

2022: Release of Technology for Adaptive Color Change of Leather Coverings

On March 22, 2022, Infinix announced the release of adaptive leather coating technology. The material in the company was called Future Light-Paint Leather. The color of the surface changes when ultraviolet light hits it, which will allow users to bring individual creative solutions to the appearance of their smartphones.

Future Light-Paint Leather

Thanks to Future Light-Painting Leather technology, users will be able to change the color of the case, as well as independently "draw" patterns on the back cover of their device using sunlight and shade. narrated by Manfred Hong, Senior Product Director, Infinix

According to the company, Future Light-Painting Leather is a technology for reversible color change that occurs under the influence of ultraviolet radiation. Infinix integrated photochromic polymers into the skin, the molecular structure of which changes in the presence of UV radiation, which causes a change in color. In the absence of prolonged exposure to direct sunlight on the surface of the material, the skin returns to its original color.

The technology is cost-effective energy smartphone and is based on passive change due to external influences. This approach expands the capabilities of designers when working on products and allows them to give a different look to devices, using two or more changing colors. Creatively using light and shadow, users will be able to paint their smartphone and create various patterns on the back cover, which gives them the opportunity to castomize their device.

Future Light-Paint Leather

The advent of Future Light-Painting Leather technology was the result of Infinix's analysis of the lifestyle, needs and preferences of its target audience.

The development process lasted six months. Infinix overcame the common problem of yellowing the skin and adjusted its structure so that the colors remain bright even after prolonged use. At the same time, engineers managed to maintain a thin profile of the device, providing protection from impacts and falls.