{"id":455,"count":19,"description":"
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\r\n\r\nTechnical plastics<\/strong>\u00a0are strong and versatile materials that are widely used in industry, mechanical engineering and the technical sector. They have been developed for applications where wear resistance, dimensional stability and reliability are key. Thanks to their combination of strength, low weight and good machinability, engineering plastics often offer a practical alternative to metal.\r\n\r\n\r\n\r\n\r\nAt Kunststof Forte, you will find a wide range of engineering plastics for both light and heavy-duty applications. These materials are suitable for components that are subjected to long-term stress and must be resistant to wear, moisture, chemicals or fluctuating temperatures. This is why engineering plastics are widely used in sectors such as mechanical engineering, transport, the food industry, electrical engineering and the chemical industry.\r\n

What are engineering plastics?<\/h2>\r\nEngineering plastics are high-performance plastics with specific mechanical and chemical properties. Unlike standard plastics, these materials have been developed for applications where strength, durability and precision are key.\r\n\r\nMany engineering plastics offer high wear resistance, low friction and good chemical resistance. In addition, many of these materials absorb very little moisture and retain their shape well, even during prolonged use or under varying conditions. This makes them suitable for components that are constantly moving, rotating or under pressure.\r\n

Commonly used engineering plastics<\/h2>\r\nWithin this category, you will find various engineering plastics, each with its own properties and applications. Commonly used materials include POM, PA (nylon), PE, PTFE, rigid PVC, PP and PEEK.\r\n\r\nEach material has its own strengths. POM is often used for moving parts, as it offers low friction and retains its shape well. PA (nylon) is strong and wear-resistant and is commonly found in machine parts and conveyor systems.\r\n\r\nPE is often chosen for environments where moisture and chemicals are a factor, such as in the food industry. PTFE stands out due to its very low friction and good resistance to chemicals. Thanks to this variety, there is a suitable material available for almost every technical application.\r\n

Applications of engineering plastics<\/h2>\r\nEngineering plastics are used in many different sectors. These materials are often found in machine parts, gears, bearings, guides and conveyor systems. Protective covers and seals are also frequently made from engineering plastics.\r\n\r\nThese materials are popular because they are strong, wear-resistant and low-maintenance. In addition, many engineering plastics have low friction and are highly resistant to moisture and chemicals. This makes them suitable for applications in sectors such as mechanical engineering, the food industry, electrical engineering and the transport sector.\r\n

Advantages of engineering plastics<\/h2>\r\nEngineering plastics offer many advantages over materials such as steel or aluminium. As a result, they are widely used in technical and industrial applications.\r\n