As a high-end machine shop, Reading Plastic offers precision CNC machining of a wide variety of materials, from specialty plastics to metals such as copper. For over three decades, clients in both the government and the private sector have trusted Reading Plastic to deliver precise, dependable, high-performance parts. We know what it takes for copper […]
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Helicopter parts need to be machined with precision to ensure safety and integrity, so it is important to choose a helicopter parts supplier with a proven track record. At Reading Plastic, we have produced high-quality parts for clients in the aviation industry as well as every branch of the military. We are well versed in […]
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Precisely machined plastic parts can be found in nearly every industry on the planet, thanks to plastic’s superior properties that provide benefits in a wide range of challenging applications. With custom plastic machining, advanced engineering plastics can be transformed into high-strength, lightweight parts capable of holding tight tolerances under the most extreme conditions. As a […]
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In the last 50 years, aircraft plastic parts have revolutionized the aerospace industry. The outstanding properties of plastics – including high strength-to-weight ratios, durability, heat resistance and chemical resistance – make them perfect for numerous aircraft applications. And as plastics become even more advanced, they are helping to make passenger aircraft lighter, more durable, more […]
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Plastic machined parts are revolutionizing nearly every industry, thanks to their superior properties that offer benefits in a diverse range of applications. Precision plastic industries are using specialty plastics to create better products, lower manufacturing costs, reduce weight, enhance strength, and other advancements. As a trusted plastic parts manufacturer for nearly four decades, Reading Plastic […]
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The use of aerospace plastic components has quadrupled since 1970, thanks in large part to their strength-to-weight ratio. Since aerospace plastics provide the same strength as metal at a fraction of the weight, aerospace engineers could convert large portions of aerostructure from metal to plastic to significantly reduce an aircraft’s weight without compromising strength. Reduction […]
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The development of CNC (Computer Numerical Control) machining helped to revolutionize aerospace design and engineering. The increased accuracy of CNC machining meant parts could be reliably produced to meet tight tolerances, allowing for more intricate designs and improving overall safety. Parts could also be produced faster and in larger quantities, lowering costs and increasing demand. […]
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From bearings to semiconductors, industrial plastic parts require a high degree of quality and precision. Since 1978, Reading Plastic Machining & Fabrication has been a trusted provider of high-end machined plastics across multiple industries. We machine the world’s most advanced plastics for both private and government clients, and are accustomed to meeting the regulatory requirements […]
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Plastic outgassing is an important factor for plastic components that are going to be used in high-heat environments, vacuum applications, or enclosed spaces. Choosing low-outgassing plastics for these applications protects both workers and equipment. What is Plastic Outgassing? Most plastics contain volatile organic compounds (VOCs) which, when vaporized, are poisonous, carbon-containing chemicals. Direct contact with […]
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A 2017 report by Grand View Research, Inc. estimates that the global aerospace plastics market will reach 1.04 billion USD by 2025. The increasing demand for plastics in aerospace applications – particularly aerostructure – is expected to drive the market over the next seven years. From weight reduction to corrosion resistance, advanced plastics are significantly […]
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Plastics have been featured in aircrafts for decades, primarily as interior parts such as tray tables, windows, overhead bins, etc. But with the rise of modern advanced plastics, more and more critical aircraft parts are being converted from metal to plastic. That is because plastics can deliver superior aircraft parts that can withstand the harshest […]
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Aerospace engineers are increasingly turning to plastic parts over metal due to their lighter weight, better corrosion resistance, and increased safety with comparable strength and durability. The use of high-performance engineering plastics in aerospace design and construction has helped to streamline operations, ensure seamless applications, and provide companies with considerable savings over the lifetime of […]
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