PHA (Bacterial Bio-Plastics)

YOPP™ PHA biopolymer pellets and fibers produced by Mango Materials, utilizing waste methane gas as the primary biological feedstock.

YOPP™ PHA biopolymer pellets and fibers produced by Mango Materials, utilizing waste methane gas as the primary biological feedstock.

YOPP™ PHA biopolymer pellets and fibers produced by Mango Materials, utilizing waste methane gas as the primary biological feedstock.

YOPP™ PHA biopolymer pellets and fibers produced by Mango Materials, utilizing waste methane gas as the primary biological feedstock.

YOPP™ PHA biopolymer pellets and fibers produced by Mango Materials, utilizing waste methane gas as the primary biological feedstock.

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Mango Materials – YOPP™ Methane-Derived PHA Biopolymer Pellets & Fibers

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Paper food packaging coated with Solon PHA by RWDC Industries, providing a waterproof and oil-resistant barrier that is naturally marine biodegradable.

Paper food packaging coated with Solon PHA by RWDC Industries, providing a waterproof and oil-resistant barrier that is naturally marine biodegradable.

Solon™ PHA – 100% Natural, Marine Biodegradable Biopolymer

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Nodax PHA raw biopolymer resin pellets by Danimer Scientific, a 100% marine biodegradable and home compostable alternative to conventional plastics.

Flexible food packaging and single-use applications made from Nodax PHA by Danimer Scientific, a verified marine biodegradable bioplastic before NASA globe.

Flexible food packaging and single-use applications made from Nodax PHA by Danimer Scientific, a verified marine biodegradable bioplastic.

Flexible food packaging and single-use applications made from Nodax PHA by Danimer Scientific, a verified marine biodegradable bioplastic.

Flexible food packaging and single-use applications made from Nodax PHA by Danimer Scientific, a verified marine biodegradable bioplastic.

Nodax® PHA by Danimer Scientific

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Close-up texture of MYCL biodegradable solid mycelium composite material, 100% bio-based and home compostable.

Close-up texture of MYCL biodegradable solid mycelium composite material, 100% bio-based and home compostable.

Close-up texture of MYCL biodegradable solid mycelium composite material, 100% bio-based and home compostable.

MYCL Composite – Biodegradable Solid Mycelium Composite

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Sulapac® Containers offer a ready-to-use, highly sustainable packaging portfolio designed specifically for the cosmetics, personal care, and supplement industries.

Sulapac® Containers offer a ready-to-use, highly sustainable packaging portfolio designed specifically for the cosmetics, personal care, and supplement industries.

Sulapac® Containers offer a ready-to-use, highly sustainable packaging portfolio designed specifically for the cosmetics, personal care, and supplement industries.

Sulapac® Containers offer a ready-to-use, highly sustainable packaging portfolio designed specifically for the cosmetics, personal care, and supplement industries.

Sulapac® Premium Containers

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Sulapac® Flow 1.8 is a cutting-edge, bio-based material engineered specifically for the demanding requirements of cosmetic pencils and thin-walled packaging.

Sulapac® Flow 1.8 is a cutting-edge, bio-based material engineered specifically for the demanding requirements of cosmetic pencils and thin-walled packaging.

Sulapac® Flow 1.8 is a cutting-edge, bio-based material engineered specifically for the demanding requirements of cosmetic pencils and thin-walled packaging.

Sulapac® Flow 1.8

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