Thermoplastics from renewable resources for plastics processing Our granules ARBOFORM ® , ARBOBLEND ® and ARBOFILL ® can be processed with injection moulding, extrusion, calendering, blow molding, deep drawing or pressing into moulded parts, half-finished product, sheets, films oder profiles. ARBOBLEND© granules are 100% biodegradable and show comparable material properties as classic plastics with high impact strength(e.g. ABS). Depending on the application, ARBOBLEND© contains different biopolymers like e.g. Polyhydroxialkanoate, Polyester, Ingeo TM, Lignin, Starch, Cellulose, organic additives, natural resins or waxes and natural reinforcing fibers.

Thermoplastics from renewable resources for plastics processing Our granules ARBOFORM ® , ARBOBLEND ® and ARBOFILL ® can be processed with injection moulding, extrusion, calendering, blow molding, deep drawing or pressing into moulded parts, half-finished product, sheets, films oder profiles. ARBOBLEND© granules are 100% biodegradable and show comparable material properties as classic plastics with high impact strength(e.g. ABS). Depending on the application, ARBOBLEND© contains different biopolymers like e.g. Polyhydroxialkanoate, Polyester, Ingeo TM, Lignin, Starch, Cellulose, organic additives, natural resins or waxes and natural reinforcing fibers.

Thermoplastics from renewable resources for plastics processing Our granules ARBOFORM ® , ARBOBLEND ® and ARBOFILL ® can be processed with injection moulding, extrusion, calendering, blow molding, deep drawing or pressing into moulded parts, half-finished product, sheets, films oder profiles. ARBOBLEND© granules are 100% biodegradable and show comparable material properties as classic plastics with high impact strength(e.g. ABS). Depending on the application, ARBOBLEND© contains different biopolymers like e.g. Polyhydroxialkanoate, Polyester, Ingeo TM, Lignin, Starch, Cellulose, organic additives, natural resins or waxes and natural reinforcing fibers.

Thermoplastics from renewable resources for plastics processing Our granules ARBOFORM ® , ARBOBLEND ® and ARBOFILL ® can be processed with injection moulding, extrusion, calendering, blow molding, deep drawing or pressing into moulded parts, half-finished product, sheets, films oder profiles. ARBOBLEND© granules are 100% biodegradable and show comparable material properties as classic plastics with high impact strength(e.g. ABS). Depending on the application, ARBOBLEND© contains different biopolymers like e.g. Polyhydroxialkanoate, Polyester, Ingeo TM, Lignin, Starch, Cellulose, organic additives, natural resins or waxes and natural reinforcing fibers.

Thermoplastics from renewable resources for plastics processing Our granules ARBOFORM ® , ARBOBLEND ® and ARBOFILL ® can be processed with injection moulding, extrusion, calendering, blow molding, deep drawing or pressing into moulded parts, half-finished product, sheets, films oder profiles. ARBOBLEND© granules are 100% biodegradable and show comparable material properties as classic plastics with high impact strength(e.g. ABS). Depending on the application, ARBOBLEND© contains different biopolymers like e.g. Polyhydroxialkanoate, Polyester, Ingeo TM, Lignin, Starch, Cellulose, organic additives, natural resins or waxes and natural reinforcing fibers.

BC-LBE01 is an agromaterial descending from the BioCérès range. It is a wheat flour-based product. BC-LBE01 is 100% biodegradable and from renewable ressources.

BC-LBE03 is an agromaterial descending from the BioCérès range. It is a wheat flour-based product. BC-LBE03 is 100% biodegradable and from renewable ressources.

BC-LBF01 is an agromaterial descending from the BioCérès range. It is a wheat flour-based product. BC-LBF01 is 100% biodegradable and from renewable ressources.

BC-LBI01 is an agromaterial descending from the BioCérès range. It is a wheat flour-based product. BC-LBI01 is 100% biodegradable and from renewable ressources.

BC-LBI02 is an agromaterial descending from the BioCérès range. It is a wheat flour-based product. BC-LBI02 is 100% biodegradable and from renewable ressources.

BC-LBI03 is an agromaterial descending from the BioCérès range. It is a wheat flour-based product. BC-LBI03 is 100% biodegradable.

BC-LBI04 is an agromaterial descending from the BioCérès range. It is a wheat flour-based product. BC-LBI04 is 100% biodegradable and from renewable ressources.

BC-LBI08 is an agromaterial descending from the BioCérès range. It is a wheat flour-based product. BC-LBI08 is 100% biodegradable and from renewable ressources.

BC-XBD01 is an agromaterial descending from the BioCérès range. It is a biodegradable polyester and wheat flour-based product . BC-XBD01 is 100% biodegradable.

BC-XBH01 is an agromaterial descending from the BioCérès® range designed for calendering. Made from bio-based and recycled raw materials, BC-XBH01 can be used as a 100% biodegradable substitute for soft PVC.

BF-LED01 is an agromaterial descending from the BioFibra range. BF-LED01 is a wood fibers (spruce)-based product an is 100% from renewable ressources.

BF-LED06 is an agromaterial descending from the BioFibra range. BF-LED06 is a wood fibers (spruce)-based product an is 100% from renewable ressources.

BF-LEF01 is an agromaterial descending from the BioFibra range. BF-LEF01 is a wood fibers (spruce)-based product an is 100% from renewable ressources.

BF-LEF02 is an agromaterial descending from the BioFibra range. BF-LEF02 is a wood fibers (spruce)-based product an is 100% from renewable ressources.

BF-LHE01 is an agromaterial descending from the BioFibra® range. BF-LHE01 is a wood fibers (beech)-based product an is 100% from renewable ressources.

BF-LHF01 is an agromaterial descending from the BioFibra range. BF-LHF01 is a wood fibers (beech)-based product an is 100% from renewable ressources.

BF-LUD01 is an agromaterial descending from the BioFibra range. BF-LUD01 is a pure cellulose-based product an is 100% from renewable ressources.

bioFila® linen - Filament biodegradable biopolymer for 3D printing

bioFila® silk - Filament biodegradable biopolymer for 3D printing

Biodegradable polymer compound suitable for the production of 3D printing filaments. The biobased carbon content (BCC) is 90 % (calculated).

Biodegradable and compostable polymer compound suitable for blown film applications. Certified industrial compostable with maximum thickness of 60 µm. Use in applications such as fruit bags.

Biodegradable and home compostable polymer compound suitable for blown film applications. Certified as home compostable according to EN 13432 (at ambient temperature) with a maximum thickness of 24 µm. Use in applications such as fruit bags.

Biodegradable and home compostable polymer compound suitable for blown film applications. Certified as home compostable according to EN 13432 (at ambient temperature) with a maximum thickness of 27 µm. The biobased carbon content (BCC) is 43 % (determined according to ISO 16620). Use in applications such as fruit bags.

Biodegradable and home compostable polymer compound suitable for blown film applications. Certified as home compostable according to EN 13432 (at ambient temperature) with a maximum thickness of 27 µm. The biobased carbon content (BCC) is 44 % (determined according to ISO 16620). Use in applications such as fruit bags.

Biodegradable compound for blown film extrusion. Used in applications such as fruit bags and T-shirt bags.

Biodegradable compound for blown film extrusion. The biobased carbon content (BCC) is > 40 % (calculated). Used in applications such as fruit bags and T-shirt bags.

Biodegradable and compostable polymer compound suitable for blown film applications. Certified as compostable according to EN 13432 with a maximum thickness of 154 µm. The biobased carbon content (BCC) is 30 % (calculated). Used in applications such as bags, deep freeze bags and VFFS application.

Biodegradable and industrial compostable polymer compound suitable for blown film applications. Certified as industrial compostable according to EN 13432 with a maximum thickness of 110 µm. Used in applications such as packaging films.

Biodegradable and compostable compound suitable for the production of cast films and production of injection moulding articles with higher wall thickness and short flowpath. The compound is certified compostable, according EN 13432, with a thickness up to 96 µm. The biobased carbon content (BCC) is > 70 % (calculated).

Biodegradable and compostable polymer compound suitable for injection moulding applications. The compound ist certified compstable, according EN 13432, with a thickness up to 96 µm. The biobased carbon content (BCC) is > 70 % (calculated).

Biodegradable compound suitable for cast film extrusion and thermoforming. The biobased carbon content (BCC) is > 70 % (calculated). Used in applications such as food trays.

Biodegradable polymer compound suitable for injection moulding and production of filament, e.g. for 3D printing. The biobased carbon content (BCC) is >80 % (calculated).

Biodegradable compound suitable for injection moulding application. The biobased carbon content (BCC) is > 85 % (calculated).

Biodegradable and compostable compound for blown film extrusion. Certified (according to EN 13432) with a maximum thickness of 112 µm. The biobased carbon content (BCC) is 50% (determined according to ASTM D6866). Used in applications such as waste bags.

Biodegradable and compostable compound for blown film extrusion. Certified (according to EN 13432) with a maximum thickness of 112 µm. Used in applications such as waste bags or T-Shirt bags.