Both of these advanced long-fiber technologies are now commercially available in Asia. To News Center Investor Center

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For stiffness or strength requirements, consider leveraging long fiber thermoplastics technologies. The advanced polymer technology behind LFT allows thermoplastics to retain their strength and stiffness from sub-freezing temperatures up to nearly 400° F (200° C). Thermally conductive components: Traditionally, thermoplastics’ inherent insulating properties limited their use in heat dissipation applications.

For stiffness or strength requirements, consider leveraging long fiber thermoplastics technologies. The advanced polymer technology behind LFT allows thermoplastics to retain their strength and stiffness from sub-freezing temperatures up to nearly 400° F (200° C). Thermally conductive components: Traditionally, thermoplastics’ inherent insulating properties limited their use in heat dissipation applications.

ColorMatrix™ AAzure™ Process Aid with Acetaldehyde Control Technology Provide recycle-friendly toner technology Proprietary light barrier technology that protects your content from the harmful effects of UV rays

Kalol, India 65. Pune, India(d) 66. Rania, India 67.

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Kalol, India 73. Rania, India 75. Vashere, India 76.

To address these challenges, new additive technologies have been developed with recycling in mind. In addition, the importance of simulating the mechanical recycling process to design new additive technologies cannot be overstated. By addressing the gaps that limit recyclability and providing compliance with regulatory standards, the industry can move toward a more sustainable future.