BG8800 is a biodegradable polymer that may be used for blown film applications - such as, rollbags, compost bags, heavy weight shopping bags, etc. BG8800 is a compound which combines both PLA and PBAT - which are two biodegradable resinsThe degradation products are carbon dioxide, water and biomass which will occur by natural process in composting environment. Features: - Good Processing and excellent down-gauging potential (as low as 13 microns) - Does not produce noxious off gas - Agency rating: US FDA 175.300 EU 10/2011 EC 1907/2006 - In-line drying is needed to control moisture which will cause processing issues - Good Printability without pre-treatment - Good Weldability - High wet-resistance when used with organic waste reduction - Meets requirements for compostable degradable polymers: DIN EN 13492 and ASTM D6400 - Bulk storage possible in dry silo (maintaining a -30 0 F dew point)

Anbio COP03 is a degradable polymer that may be used for blown film processing. Applications include: Rollbags, Compost bags, Heavy Weight Shopping bags - very thin guage. It is a compounded polymer blend incorporating two biopolymer materials: PLA and PBAT. The degradation products are carbon dioxide, water and biomass which will occur by natural process in composting environment. Features: - Good Processing and Stronger Tensile and Tear properties - Does not produce noxious off gas - Agency rating: US FDA 175.300 EU 10/2011 EC 1907/2006 - In-line drying is needed to control moisture which will cause processing issues - Good Printability without pre-treatment. - Good Weldability - Meets requirements for compostable degradable polymers: DIN EN 13492 and ASTM D6400 - Bulk storage possible in dry silo (maintaining a -30 0 F dew point).

Anbio CTR02 is a biodegradable polymer that may be used for blown film processing. It is compounded product with two biopolymers - namely PLA and PBAT. It is designed for translucent film blowing applications. The degradation products are carbon dioxide, water and biomass which will occur by natural process in composting environment. Features: - Good Processing and Strong Tensile and Tear Strength. - Does not produce noxious off gas - Agency rating: US FDA 175.300 EU 10/2011 EC 1907/2006 - In-line drying is needed to control moisture which will cause processing issues - Good Printability without pre-treatment - Good Weldability - Meets requirements for compostable degradable polymers: DIN EN 13492 and ASTM D6400 - Bulk storage possible in dry silo (maintaining a -30 0 F dew point).

Anbio S3 is a biodegradable polymer that may be used for straw extrusion processing. It is a compounded product with two biopolymer polymers (PLA and PBAT) and mineral. The degradation products are carbon dioxide, water and biomass which will occur by natural process in composting environment. Features: - Great Processability with sustainable strength and degradability vs. Time - Does not produce noxious off gas - Agency rating: US FDA 175.300 EU 10/2011 EC 1907/2006 - In-line drying is needed to control moisture which will cause processing issues - Good Printability - Excellent down-gauging potential - Meets requirements for compostable degradable polymers: DIN EN 13492 and ASTM D6400 - Bulk storage possible in dry silo (maintaining a -30 0 F dew point).

- One of the BioBlend® BC Biodegradable/Compostable Resins designed for films and bags. - Made from 40% annually renewable agricultural resources, including NuPlastiQ® CG BioPolymer, which is certified by TUV to be industrial compostable. - BioBlend® BC 27240 is supplied in pellet form, fully compounded. Applications - BioBlend® BC 27240 is intended for films and bags. - Used for products that require biodegradation and are intended for compost environments.

Avient's exclusive reSound™ biopolymer compounds combine engineering thermoplastic resins with bio-derived polymers such as PLA, PHB, PHBV and bio-polyesters. These compounds offer a unique balance of temperature, impact and cost performance, making them an ideal candidate in durable applications across a variety of industries.