Products in Biodegradable Polymers: Thermoforming

ROSECO® CTT S1 is a bio-compostable thermoplastic starch compound resin designed for sheet extrusion and thermoforming applications. This product has a beige pellet look and provides excellent mechanical performance and strength at a lower carbon footprint than other finished products.

Danimer 2328 resin is a bio-based resin designed for thermoforming applications and is produced using Danimer’s proprietary reactive extrusion process. This resin is suitable for a range of film applications such as food packaging, food service ware (plates, trays, lids), shopping bags, plant trays and paint trays.

Nodax® 2194 is a bio-based resin designed for thermoforming applications and is produced using Danimer’s proprietary reactive extrusion process.

Danimer 2192 is a bio-based resin designed for thermoforming applications and is produced using Danimer’s proprietary reactive extrusion process. This resin is suitable for a range of film applications such as food packaging, food service ware (plates, trays, lids), shopping bags, plant trays and paint trays.

Compostable® 6015 Polylactic acid. It is BPI certified for industrial compostability of thermoformed sheet with a maximum thickness of 20 mils (0.51 mm). It is starch-based and gluten-free, made from corn, tapioca and potato starches that primarily come from the American Midwest (versus oil from the Middle East).

Solanyl® C2101 consists of a smart series of biobased and biodegradable end compounds, suitable for direct conversion by the various known techniques. It has a “natural” look and feel.

BioFibra® BF-LHE01 are ideal for processing techniques such as injection, extrusion or thermoforming, and are suitable for applications in the fields of horticulture, packaging and more generally for technical parts for use unique.

FibraQ® is a surface-treated wood fiber for plastic injection molding. With our patented technology our product can help companies to reach their climate goals by replacing more than half of the plastic with natural material in products ranging from car interiors, electronics, furniture, toys, lifestyle products, etc.

Compostable® 7003 Polylactic acid. It is BPI certified for industrial compostability of thermoformed sheet with a maximum thickness of 60 mils (1.50 mm). It is starch-based and gluten-free, made from corn, tapioca and potato starches that primarily come from the American Midwest (versus oil from the Middle East).

AFC Ecoplastics BG4400 is made from polylactic acid, talc and additives. It can be processed in conventional injection molding and thermoforming machines.

Sustainable® 6001 Polylactic acid. Has been designed to have an excellent balance of toughness, toughness and processability. Can be processed on existing sheet extrusion and thermoforming machines.

PLANTIC™ TF is High Barrier Lidding film for flexible and semi rigid applications

Solanyl® C2201 consists of a smart series of biobased and biodegradable end compounds, suitable for direct conversion by the various known techniques. It has a “natural” look and feel.

PLANTIC™ EF is High Barrier packaging material for a range of flex/flex applications

PLANTIC™ RM is for further remanufacturing sold to those looking at adding their own sealing layer.

PLANTIC™ PF is High Barrier Paper film

Compostable® 7003A Polylactic acid. It is BPI certified for industrial compostability of thermoformed sheet with a maximum thickness of 60 mils (1.50 mm). It is starch-based and gluten-free, made from corn, tapioca and potato starches that primarily come from the American Midwest (versus oil from the Middle East).

Solanyl® C2204 consists of a smart series of biobased and biodegradable end compounds, suitable for direct conversion by the various known techniques. It has a “natural” look and feel.

BioCérès® BC-LBE03 are perfectly suited to transformation techniques by calendering, extrusion and thermo forming, and are particularly recommended for applications in the fields of horticulture, packaging, and more generally for single-use technical parts.