Sulapac Universal Flex 30 High Flow is a beautiful and functional material for injection molding. It contains 79% USDA certified biobased content, including sustainably sourced biodegradable biopolymers and side stream wood. With ideal flexural strain and impact strength, and excellent processability the material is well suited for complicated designs like knives and forks. It can be used for both single-use and reusable cutlery. Sulapac Universal Flex 30 High Flow is safe for people and the planet: It is industrially compostable certified (BPI, Seedling) and leaves no permanent microplastic or toxic load behind. It meets the requirements for food contact materials by EU and FDA.

Sulapac Universal Flex 35 is a new sustainable material designed for thin-walled structures with good impact strength. Yet, it biodegrades without leaving permanent microplastics behind. The material is 94 % bio-based and certified according to ASTM D6866 under the USDA BioPreferred® program. This drop-in solution material can be mass produced with minor, or no changes, to the existing plastic machinery. The flexibility of Universal Flex 35 is 2.6 %. Sulapac Premium Flex 35 is safe for both people and planet: The ecotoxicity and threshold values for heavy metals have been tested according to ASTM D6400. Sulapac Universal Flex 35 is certified as industrially compostable by Biodegradable Products Institute BPI up thickness 1,48 mm. As the compostability of the end product is also dependent on the geometry of product, it is the responsibility of the manufacturer of the end product to ensure compliance with the regulations.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for blown and cast film. This resin is made from polymers which pass industry standards for Industrial and Home composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding. This resin is made from polymers which pass industry standards for Industrial and Home composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding. This resin is made from polymers which pass industry standards for Industrial composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for blown and cast film. This resin is made from polymers which pass industry standards for Industrial and Home composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for blown and cast film. This resin is made from polymers which pass industry standards for Industrial and Home composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for blown and cast film. This resin is made from polymers which pass industry standards for composting. TUV Austria certification is underway for Industrial and Home Compostability. Most comparable to Linear Low Density Polyethylene (LLDPE), it has high puncture resistance and tear strength; low modulus, resulting in a soft flexible film; and is heat sealable.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for sheet extrusion. This resin is made from polymers which pass industry standards for Industrial composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for blown and cast film. This resin is made from polymers which pass industry standards for composting. TUV Austria certification is underway for Industrial and Home Compostability. Most comparable to High Density Polyethylene (HDPE), it has high heat resistance and results in a stiff, high modulus product.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding. This resin is made from polymers which pass industry standards for Industrial composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding. This resin is made from polymers which pass industry standards for Industrial composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for sheet extrusion. This resin is made from polymers which pass industry standards for Industrial composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding. This resin is made from polymers which pass industry standards for Industrial composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for sheet extrusion. This resin is made from polymers which pass industry standards for Industrial composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding. This resin is made from polymers which pass industry standards for Industrial and Home composting. It has been evaluated in boiling water conditions (212°F /100°C) without deformation. No annealing is required in the mold during processing.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding. This resin is made from polymers which pass industry standards for Industrial and Home composting. Parts that include living hinge features have been achieved with this resin, results will vary dependent on part design.

Proprietary blend of hemp, natural and synthetic biodegradable polyesters suitable for injection molding. This resin is made from polymers which pass industry standards for Industrial composting.

Proprietary blend of wood, natural and synthetic biodegradable polyesters suitable for injection molding. This resin is made from polymers which pass industry standards for Industrial and Home composting. Parts that include living hinge features have been achieved with this resin, results will vary dependent on part design.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for blown and cast film. FX1515 is heat sealable, provides contact clarity, and can function as a tie layer; it also works well as an impact modifier for PLA given its elastomeric properties. This resin has passed ASTM D6400 at 4 mil thickness.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding, blown, and cast film. FX1515 is heat sealable, provides contact clarity, and can function as a tie layer; it also works well as an impact modifier for PLA given its elastomeric properties. This resin has passed ASTM D6400 at 4 mil thickness.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding. This resin is made from polymers which pass industry standards for Industrial composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding, as well as cast film. This resin is made from polymers which pass industry standards for Industrial composting.

Proprietary blend of natural and synthetic biodegradable polyesters suitable for injection molding and sheet extrusion. It also works well as an impact modifier for PLA given its elastomeric properties.

VEGEMAT® is a composite material concept obtained by transforming all the aerial parts of corn with neither separation nor purification of their constituent parts. Thanks to its technical and chemical properties, this new bioplastique material based on corn, 100% biodegradable, is intended to substitute itself from usual plastics of petrochimical origins, design for injection. Pieces mades from VEGEMAT® have the advantages of both wood and cardboard for their natural aspect, their biodegradability and the advantage of plastics for their ease of use. The thermoplastic VEGEMAT® ® granules are shaped by injection moulding with or without having to make any particular adjustment to tooling. VEGEMAT® existe is available in various grades that meet the technical requirements of industrialist. * VEGEMAT® E4589 for making solid items (of > 4-5 mm thick). * VEGEMAT® E45114 for slightly technical items (of between 2 and 4 mm thick). * VEGEMAT® E45122 for making technical items (of < 2mm thick) requiring a really fluid material.

VEGEMAT® is a composite material concept obtained by transforming all the aerial parts of corn with neither separation nor purification of their constituent parts. Thanks to its technical and chemical properties, this new bioplastique material based on corn, 100% biodegradable, is intended to substitute itself from usual plastics of petrochimical origins, design for injection. Pieces mades from VEGEMAT® have the advantages of both wood and cardboard for their natural aspect, their biodegradability and the advantage of plastics for their ease of use. The thermoplastic VEGEMAT® ® granules are shaped by injection moulding with or without having to make any particular adjustment to tooling. VEGEMAT® existe is available in various grades that meet the technical requirements of industrialist. * VEGEMAT® E4589 for making solid items (of > 4-5 mm thick). * VEGEMAT® E45114 for slightly technical items (of between 2 and 4 mm thick). * VEGEMAT® E45122 for making technical items (of < 2mm thick) requiring a really fluid material.

VEGEMAT® is a composite material concept obtained by transforming all the aerial parts of corn with neither separation nor purification of their constituent parts. Thanks to its technical and chemical properties, this new bioplastique material based on corn, 100% biodegradable, is intended to substitute itself from usual plastics of petrochimical origins, design for injection. Pieces mades from VEGEMAT® have the advantages of both wood and cardboard for their natural aspect, their biodegradability and the advantage of plastics for their ease of use. The thermoplastic VEGEMAT® ® granules are shaped by injection moulding with or without having to make any particular adjustment to tooling. VEGEMAT® existe is available in various grades that meet the technical requirements of industrialist. * VEGEMAT® E4589 for making solid items (of > 4-5 mm thick). * VEGEMAT® E45114 for slightly technical items (of between 2 and 4 mm thick). * VEGEMAT® E45122 for making technical items (of < 2mm thick) requiring a really fluid material.