It has good tensile, thermal, flex, and impact properties like nylon (PA) while maintaining some of the same characteristics as acetal (POM), such as excellent wear, chemical resistance, and dimensional stability.   

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In terms of impact resistance, at equivalent levels of reinforcement and using the same matrix material, an LFT formulation is typically about 70 percent higher than that of a short-fiber formulation, and it also has greater stiffness. For many of the same reasons, thermally conductive plastics are also useful in the design of electronic components, fluid management systems, and many other heat-sensitive applications. Specialty polymers can deliver the same performance as traditional metal components and offer manufacturing ease for creating next-generation parts.

In terms of impact resistance, at equivalent levels of reinforcement and using the same matrix material, an LFT formulation is typically about 70 percent higher than that of a short-fiber formulation, and it also has greater stiffness. For many of the same reasons, thermally conductive plastics are also useful in the design of electronic components, fluid management systems, and many other heat-sensitive applications. Specialty polymers can deliver the same performance as traditional metal components and offer manufacturing ease for creating next-generation parts.

In terms of impact resistance, at equivalent levels of reinforcement and using the same matrix material, an LFT formulation is typically about 70 percent higher than that of a short-fiber formulation, and it also has greater stiffness. For many of the same reasons, thermally conductive plastics are also useful in the design of electronic components, fluid management systems, and many other heat-sensitive applications. Specialty polymers can deliver the same performance as traditional metal components and offer manufacturing ease for creating next-generation parts.

The printing and striping inks used with the fluoropolymers PTFE and FEP are formulated from the same resins as the substrate. The use of the same matrix material creates a uniformly melted top layer.

But if the inks are all within the same opacity range, the design will have even blends and larger color-gamut capabilities. This same ink set, though, will be at a disadvantage when called on to overprint a white underbase. The printer can then use an ink set that will react much like the colors on his the computer monitor, thus pulling printer and designer onto the same page.

In terms of impact resistance, at equivalent levels of reinforcement and using the same matrix material, an LFT formulation is typically about 70 percent higher than that of a short-fiber formulation, and it also has greater stiffness. For many of the same reasons, thermally conductive plastics are also useful in the design of electronic components, fluid management systems, and many other heat-sensitive applications. Specialty polymers can deliver the same performance as traditional metal components and offer manufacturing ease for creating next-generation parts.

This same print parameter can be used to create a very distressed look with a minor tweak—the person applying the foil at the end of the dryer just pats the gel area with a foil instead of burnishing it. The best thing about this technique, other than the visual effects, is that the same foil can be used for multiple designs.

As an added benefit, Avient designed a universal carrier that enabled the manufacturer to use the same additives across a variety of olefins, elastomers, and other resins.