Organosheet and semi-finished thermoplastic UD-tape laminates have been considered as alternatives to heavy metals and steel used conventionally to make aerospace and automotive components, because they provide better functionality and efficiency and are lighter in weight. Moreover, with the fitness and health of the athletes in mind, the sports industry has introduced organosheet and semi-finished thermoplastic UD-tape laminates on a large scale for the manufacture of sports bikes, motorcycles, helmets, and tennis rackets, among other things.
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Furthermore, the increasing demand for strong, light, and thermally insulated green buildings in various countries around the world is driving up demand for organosheet and semi-finished thermoplastic UD-tape laminates.
Most of the countries are worried about greenhouse gas emissions, which are harmful to the atmosphere. Since organosheets are completely recyclable, they can be reprocessed and remolded to make new pieces, leaving minimum waste. Even scraps generated from organosheet and semi-finished thermoplastic UD-tape laminates can be heated and molded together to meet the new end-use application requirements. These factors pave the way for growth of industries without compromising on environmental safety.
In the aerospace and defense industry, modern aircraft use a significant amount of organosheet and semi-finished thermoplastic UD-tape laminate in their parts, as weight reduction is a vital requirement in the industry.
For example, aircraft such as the Boeing 787/777 and the Airbus A350XWP, contain approximately 25-30% carbon fiber reinforced semi-finished plastics by weight. Majorly, organosheet and semi-finished thermoplastic UD-tape laminates are used in the form of honeycomb sandwich panels, which provide superior performance-to-weight ratios as well as better pressure resistance at a lower cost than conventional polycarbonate and acrylate-based multiwall panels.
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Organosheets have an excellent translucency property, which is becoming increasingly important and attractive for many end-user applications such as automotive and building and construction. This is motivated not only by high architectural expectations and design versatility but also by environmental considerations. Translucency also ensures more natural daylighting in buildings rather than artificial lighting. Structures, including stadiums, shopping centers, libraries, office buildings, and factories, benefit from translucent building elements that meet functional and environmental needs without compromising the aesthetic value. To address such an issue, the application of glass is not efficient since they are too heavy and brittle, and difficult to install. Furthermore, when used solely, thermoplastic loses its integrity over time. Engineers are gradually using organosheet and semi-finished thermoplastic UD-tape laminates for a range of end-user applications due to their high efficiency.
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