THE NEXT GENERATION OF SPORTS LENS that outperforms POLYCARBONATE From the birth of the CR-39 ® and the polycarbonate over 40 years ago, there have been few advances and innovations in the field of optical polymers with high impact resistance.
limits these materials are often forced engineers to adopt constructive solutions, complex and expensive to fit the frames to the lenses and the designers have had to limit their creativity.
problems or weaknesses of compatibility between materials have forced producers to use and store lenses of various materials, which also require different processing techniques and assembly.
nXtÔ is an innovative optical polymer with a huge potential for creativity of the designers, the lenses easier to manage and reduce logistics costs and production.
nXtÔ lenses are the solution common to all the needs of producers of sunglasses.
nXtÔ exceed polycarbonate impact resistance, light weight, optical properties, workability, resistance to and chemical weathering and durability.
nXtÔ The project was born in the U.S. in the early 1990s when the U.S. Army has entrusted SIMULA Inc., (the leader in devices for the Safety of Life in aeronautical, automotive and military) to develop a bullet-proof material light and transparent. The new polymer must have characteristics superior to polycarbonate in terms of lightness, impact resistance and chemical resistance.
In 1996, after successfully completing the research for the U.S. ARMY, Simula Technologies has launched a strategic alliance agreement with Intercast Europe to further develop the technology in the optical industry. After
6 years of work, a new generation of lenses for sunglasses and sports technology-based simulation, the slow nXtÔ.
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