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  • bacterial cellulose scale
    Biomaterials | Bioplastics | sustainable manufacturing

    Polybion Scales Bacterial Cellulose for Industrial Use

    By PolyestertimePolyestertime July 27, 2026July 26, 2026

    Polybion says it has cultivated its largest continuous Celium sheet to date. The project highlights the manufacturing challenges that must be solved before bacterial cellulose can move from promising prototypes to repeatable industrial applications.

    Read More Polybion Scales Bacterial Cellulose for Industrial UseContinue

  • Tire-to-Tire Recycling
    Recycling | sustainable manufacturing | Tire Recycling

    Pirelli and Bolder Industries Advance Tire-to-Tire Recycling in North America with Closed-Loop Manufacturing Initiative

    By PolyestertimePolyestertime June 4, 2026June 3, 2026

    Pirelli North America and Bolder Industries are advancing circular manufacturing through a new tire-to-tire recycling program that converts scrap tires into recovered carbon black for use in new tire production.

    Read More Pirelli and Bolder Industries Advance Tire-to-Tire Recycling in North America with Closed-Loop Manufacturing InitiativeContinue

  • continuous PET fiber recycling
    Polymer Processing | Recycling Technology | sustainable manufacturing | Textile Industry

    Revolutionary PET Fiber Recycling Breakthrough Drives Sustainable Continuous Fiber Processing and High-Quality Textile Circular Economy Innovation Worldwide 23-02-2026

    By PolyestertimePolyestertime February 23, 2026February 21, 2026

    Pure Loop advances sustainable PET fiber recycling with its Isec evo FibrePro:IV system, enabling high-quality continuous fiber processing and true fiber-to-fiber circular production.

    Read More Revolutionary PET Fiber Recycling Breakthrough Drives Sustainable Continuous Fiber Processing and High-Quality Textile Circular Economy Innovation Worldwide 23-02-2026Continue

  • aerospace carbon fiber
    Advanced Materials | Aerospace & Defense | sustainable manufacturing

    Singapore Dominates Aerospace Carbon Fiber Leadership as Nandina Scales Circular Manufacturing and Recycled Aviation Textiles for Global Markets 05-02-2026

    By PolyestertimePolyestertime February 5, 2026February 4, 2026

    Nandina REM launches aerospace carbon fiber manufacturing in Singapore, combining circular production, energy efficiency, and recycled aviation textiles to meet global aerospace demand.

    Read More Singapore Dominates Aerospace Carbon Fiber Leadership as Nandina Scales Circular Manufacturing and Recycled Aviation Textiles for Global Markets 05-02-2026Continue

  • warp knitting cellulose fibers
    sustainable manufacturing | technical textiles | Textile Industry

    Warp knitting cellulose fibers – KARL MAYER and Lenzing Accelerate a Sustainable Breakthrough in Warp Knitting by Scaling High-Performance Cellulose Fibers for Next-Generation Textile Manufacturing 04-02-2026

    By PolyestertimePolyestertime February 4, 2026February 3, 2026

    KARL MAYER and Lenzing unveil a strategic collaboration advancing warp knitting with scalable cellulose fibers, improving fabric performance while supporting sustainability and industrial efficiency.

    Read More Warp knitting cellulose fibers – KARL MAYER and Lenzing Accelerate a Sustainable Breakthrough in Warp Knitting by Scaling High-Performance Cellulose Fibers for Next-Generation Textile Manufacturing 04-02-2026Continue

  • bio-based high temperature PLA
    3D Printing Materials | Additive Manufacturing | sustainable manufacturing

    Bio-based high temperature PLA – Why Filamentive Bio HT PLA Changes Industrial 3D Printing by Finally Combining High Heat Resistance, Industrial Strength, and Real Sustainability Without Post-Processing 26-01-2026

    By PolyestertimePolyestertime January 26, 2026January 23, 2026

    Filamentive Bio HT PLA delivers rare industrial-grade heat resistance and mechanical strength in a bio-based filament that prints like PLA, without annealing or complexity.

    Read More Bio-based high temperature PLA – Why Filamentive Bio HT PLA Changes Industrial 3D Printing by Finally Combining High Heat Resistance, Industrial Strength, and Real Sustainability Without Post-Processing 26-01-2026Continue

  • 3D printed tires
    Automotive Innovation | Future Mobility | sustainable manufacturing

    3D printed tires – Hankook and Michelin Accelerate the 3D Printed Tire Revolution Transforming Sustainable Manufacturing Customization Safety and the Future of Global Automotive Mobility 15-01-2026

    By PolyestertimePolyestertime January 15, 2026January 15, 2026

    Hankook and Michelin are reshaping the tire industry through 3D printed tires, unlocking sustainability, advanced safety, customization, and new production models for future mobility.

    Read More 3D printed tires – Hankook and Michelin Accelerate the 3D Printed Tire Revolution Transforming Sustainable Manufacturing Customization Safety and the Future of Global Automotive Mobility 15-01-2026Continue

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