20% Glass Fiber reinforced PC polycarbonate granule

PC fiber plus 20% - Many LED components and applications, including spotlights, flashlights, light guides, lenses and reflectors, often require an additional heat resistance. PC fiber plus 20% - the light-emitting diode (LED) produced by it provides more energy-efficient lighting and longer life than potential traditional light sources. PC materials present rainbow-like colors and compact dimensions. Attracts proposals from original equipment manufacturers and residential and commercial lighting, automotive, architectural lighting, display and other industries, as well as some new optical fields, to help optimize performance, longevity and aesthetics of LED light sources and lighting designs. For example, LED light guide plates made of PC materials, lenses and other components often require stronger or more concentrated light emission. In these applications, clear grades of LEXAN polycarbonate (PC) blaze lights and other high-value premium properties provide high transmission capabilities. Provide a wide range of design freedom for the LED light guide plate, which depends on the good plasticity of the PC plastic itself, which has a significantly improved impact strength compared to glass. It is easy to reach the flame retardant level, and the reflectivity of the LED lighting reflector made of this material rises to 95% (with a wall thickness of 2.5 mm), and it also has a certain dust resistance.

PC plus 20%--PC material, stronger and lighter, suitable for thin-walled parts. The material is used on the interior seat backs and tables, demonstrating how the interior cabin can be flexible and adapted to new passenger activities, such as working in motion. Due to the trends towards digitization, connectivity and autonomous driving, the number of display surfaces and touchscreens in the interior will increase dramatically. Polycarbonate films play an important role in the manufacture of large seamless decorative surfaces with high perceived value and in the integration of large displays. Thin films can also be used as formable carriers for printed electronics, enabling further functional and optical integration. For example, the INSQIN technology used in textile coatings for headrests and dashboards, based on solvent-free, water-based polyurethane dispersions, improves sustainability. It is used efficiently in the production of coated textiles and saves water and energy compared to conventional production. Design freedom is also increased through extensive color integration capabilities and dynamic lighting effects.

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