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• Rohstoffe & Textilien >> Waren >> Sonstige Rohstoffe, Materialien, Textilien

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Owens Corning® Milled Fibers are an exceptional choice for enhancing the mechanical properties of various products in a wide range of industries. These fibers offer increased stiffness and improved dimensional stability, making them ideal for applications under elevated temperatures.One of the standout features of Owens Corning® Milled Fibers is their excellent dispersion and impregnation capabilities. With their predispersed nature, these fibers easily and effectively disperse within the matrix, ensuring even distribution throughout the material. Additionally, these fibers are particularly beneficial for shortfiber thermoplastic compounds, as they improve melt flow characteristics when used with shorter input fiber lengths.In terms of aesthetics, Owens Corning® Milled Fibers are truly impressive. The fiber length and exceptional distribution qualities guarantee a homogeneous surface that is highly pigmentable. This means that the final product will have limited fiber prints and offer excellent color consistency.Moreover, these fibers contribute to enhanced part strength, making them ideal for glass-reinforced components. By incorporating Owens Corning® Milled Fibers into your manufacturing process, you can expect improved mechanical properties, modulus, and dimensional stability in your final products.Lastly, when it comes to ease of use in formulations, Owens Corning® Milled Fibers are a fantastic choice. The powder form of these fibers ensures a relatively free-flowing consistency, and their high bulk density allows for a uniform dispersion in various materials. With median fiber lengths typically ranging from 40 to 110 microns, these fibers are suitable for formulations that require short fibers with consistent distribution.In summary, Owens Corning® Milled Fibers are an exceptional product that brings a range of benefits to the industry. From enhancing mechanical properties and dimensional stability to promoting excellent dispersion and impregnation, these fibe.