Natur-Tec® BF3002 is a biobased and biodegradable polymer resin compound and is designed to replace conventional plastic materials for injection molded plastic applications. Natur-Tec® BF3002 is manufactured using sustainable and renewable resources, per the ASTM D6866 standard, which allows industry and consumers the opportunity to reduce or neutralize their carbon footprint. Natur-Tec® resins are engineered for high performance and can easily be processed on conventional manufacturing equipment. Natur-Tec® BF3002 (or BF703B-X, X > 80) is designed to meet requirements of international standards for compostable plastics such as ASTM D6400 (U.S.) and EN13432. Please refer to the Material Safety Data Sheet and the Processing Guide for specific handling and processing instructions. Natur-Tec® BF3002 can be used for injection molded plastic applications such as making cutlery, pens, hangers, containers and packaging.

Natur-Tec ® BF703B is a fully biodegradable/compostable biopolymer resin designed specifically for flexible film applications. Natur-Tec resins are fully certified to the stringent requirements of international standards for compostable plastics, such as ASTM D6400, EN 13432 and ISO 17088, and therefore provide an environmentally friendly alternative to conventional plastics. The Natur-Tec BF703B resin is engineered for high performance and can be easily processed on standard extrusion equipment. Natur-Tec films are strong and tough with excellent heat seal strength, and provide excellent printability. For applications where high barrier properties are required, Natur-Tec films can be easily combined with other substrates in a laminate structure to achieve the desired properties. Applications: - Compostable Trash/Garbage Bags - Carry-out Bags - Agricultural Mulch Film - Films for Food Service and Consumer Packaging - Heat sealant layer for Laminate Packaging structures

Plantic Technologies Limited develops and produces advanced bio-based materials. Plantic® is an innovative product made from corn-starch (maize) that is Australian grown and non-genetically modified. Plantic® is an Australian registered trademark of Plantic Technologies Limited. Plantic® EG501 is a thermoplastic starch (TPS) polymer formulated for injection molding. It has been designed to be used in applications requiring high stiffness with a wall thickness between 1.0 - 3.0 mm.

Plantic Technologies Limited develops and produces advanced bio-based materials. Plantic® is an innovative product made from corn-starch (maize) that is Australian grown and non-genetically modified. Plantic® is an Australian registered trademark of Plantic Technologies Limited. Plantic® GP100 is a general purpose thermoplastic starch (TPS) polymer formulated for injection molding. It has been designed to be used in general applications with a wall thickness between 1.0 - 3.0 mm.

Plantic Technologies Limited develops and produces advanced bio-based materials. Plantic® is an innovative product made from corn-starch (maize) that is Australian grown and non-genetically modified. Plantic® is an Australian registered trademark of Plantic Technologies Limited. Plantic® HF301 is a thermoplastic starch (TPS) polymer formulated for injection molding. It has been designed to be used for thin walled (0.5 - 1.5 mm wall thickness), flexible injection molded applications.

Plantic Technologies Limited develops and produces advanced bio-based materials. Plantic® is an innovative product made from corn-starch (maize) that is Australian grown and non-genetically modified. Plantic® is an Australian registered trademark of Plantic Technologies Limited. Plantic® R1 is an advanced technology sheet manufactured from corn starch that is fully biodegradable and compostable. Plantic® R1 is suitable for thermoforming applications (e.g. for packing foods & goods with water activity of 35% to 70%). Also suitable for direct contact with fatty foods.

Plantic Technologies Limited develops and produces advanced bio-based materials. Plantic® is an innovative product made from corn-starch (maize) that is Australian grown and non-genetically modified. Plantic® is an Australian registered trademark of Plantic Technologies Limited. Plantic® WR700 is a thermoplastic starch (TPS) polymer formulated for injection molding. It has been designed to be used in applications requiring water resistance for periods of up to 12 weeks. It is suitable for molding parts with a wall thickness between 0.5 - 3.0 mm.

Plantic Technologies Limited develops and produces advanced bio-based materials. Plantic® is an innovative product made from corn-starch (maize) that is Australian grown and non-genetically modified. Plantic® is an Australian registered trademark of Plantic Technologies Limited. Plantic® WR702 is a thermoplastic starch (TPS) polymer formulated for injection molding. It has been designed to be used in applications requiring water resistance for periods of up to 8 weeks. It is suitable for molding parts with a wall thickness between 0.5 - 3.0 mm.

PC-EBI01 is an agromaterial descending from the PolyCérès range. PC-EBI01 is a biofragmentable Polyethylene and wheat flour-based product.

Prime BioGreen is manufactured from renewable, biobased materials, certified through an independent laboratory as compostable per ASTM D6400-04. Sustainability: Prime BioGreen 650 is Biodegradable and/or compostable. Bioplastics are usually made of materials that will break down by a biological action into natural elements, carbon dioxide or water vapor.

Solanyl® C1001 is an end compound suitable for injection molding applications that require a relative high density and hardness. This grade is specifically engineered with a high density of ~2,0 g/cm3(+/-0,1) at a moisture content of 0,5%-1%. C1001 has a biobased carbon content of ~70% and a plant based content of >40%.

Solanyl® C1101 is an end compound suitable for injection molding applications and is specially developed to obtain a soft biopolymer with properties like PE. Solanyl® C1101 can be processed on conventional injection molding machines. Solanyl® C1101 is biodegradable and has a biobased or plant derived material content of > 40%.

Solanyl® C1102M is an end compound suitable for injection molding applications and is specially developed as an environmentally friendly alternative for PS/PP. Solanyl® C1102M can be processed on conventional injection molding machines. Solanyl® C1102M is biodegradable and has a biobased carbon content of ca. 80%and plant based derived material content of >80%. For processing information, please refer to our processing guideline.

Solanyl® C1103 is an end compound suitable for injection molding applications and is specially developed to obtain a biopolymer with a high heat resistance and properties like PE or PP copolymers. Solanyl® C1103 can be processed on conventional injection molding machines. Solanyl® C1103 is biodegradable and has a biobased carbon derived material content of ~20% and based on ~40% natural based raw materials. C1103 can be made available at a biobased carbon content of up to ~60%.

Solanyl® C1104M is an end compound suitable for injection molding applications and is specially developed as an environmentally friendly alternative for PS/PP. Solanyl® C1104M can be processed conventional injection molding machines. Solanyl® C1104M is biodegradable and has a biobased carbon content of >75% and plant based derived material content of >80%. For processing information, please refer to our processing guideline.

Solanyl® C1201 Gis an end compound suitable for injection & compression molding applications. Solanyl® C1201 Gcan be processed on conventional lines. Solanyl® C1201 G is a competitive alternative for currently used biodegradable plastics & polyolefins for a wide range of applications. Solanyl® C1201 G has a natural feel & look. Solanyl® C1201 G is biodegradable with a biobased and plant based content of > 67%.

Solanyl® C1201 is an end compound suitable for injection & compression molding applications. Solanyl® C1201 can be processed on conventional lines. Solanyl® C1201 is acompetitive alternative for currently used biodegradable plastics & polyolefins for a wide range of applications. Solanyl® C1201 has a natural feel & look. Solanyl® C1201 is biodegradable with a biobased/plant based content of >67%.

Solanyl® C1203 is an end compound suitable for injection & compression molding applications. Solanyl® C1203 can be processed on conventional lines. Solanyl® C1203 is acompetitive alternative for currently used biodegradable plastics & polyolefins for a wide range of applications. Solanyl® C1203 has a natural feel & look. Solanyl® C1203 is biodegradable with a biobased and plant based content of > 28%.

Solanyl® C1204 is an end compound suitable for injection & compression molding applications and is specially developed to obtain a biopolymer with a low melting temperature. Solanyl® C1204 can be processed on conventional lines. Solanyl® C1204 is a competitive alternative for currently used biodegradable plastics & polyolefinsfor a wide range of applications. Solanyl® C1204 is specially developed to obtain a biopolymer with properties like co-PP and PE. Solanyl® C1204 can be mixed with most biopolyesters or starch plastics to reduce costs. Solanyl® C1204 has a natural feel & look. Solanyl® C1204 is biodegradable and has a biobased carbon derived material content of >60% and is based on >60% plant based raw materials.

Solanyl® C1401 is an end compound suitable for injection molding applications and is specially developed to obtain a biopolymer with properties like hard PS. Solanyl® C1401 can be processed on conventional injection molding machines. Solanyl® C1401 is biodegradable and has a biobased or plant derived material content of >76%.

Solanyl® C2001 is an end compound suitable for glossy extrusion applications with PP or PS like properties. Solanyl® C2001can be processed on conventional extrusion lines suitable for (multi-layer) products. Solanyl®C2001 is a competitive alternative for currently used biodegradable plastics for a wide range of applications. Solanyl® C2001has a natural feel and look. Solanyl® C2001 is biodegradable and has a biobased or plant derived material content of > 50%. Applications are: - Consumer goods & Packaging & Agriculture products - Thermoform applications (e.g.cups, boxes & trays) - Plates and sheets - Groundwork applications like pipes - Extruded profiles

Solanyl ® C2002 is an end compound suitable for extrusion. Solanyl ® C2002 can be processed on conventional extrusion lines. Solanyl ® C2002 is a competitive alternative for currently used biodegradable plastics, like PP, HIPS & PS for a wide range of applications. Solanyl ® C2002 can be mixed with most biopolyesters or starch based plastics to reduce costs. Solanyl ® C2002 has a natural feel and look. Solanyl ® C2002 is biodegradable and has a biobased or plant based content of >60%. Applications in which Solanyl ® C2002 can be used are: - Consumer goods & Packaging - Agriculture products - Thermoform applications - Cups, boxes & trays - Plates and sheets - Groundwork applications like pipes - Extruded profiles

Solanyl® C2003 is an end compound suitable for extrusion. Solanyl® C2003 can be processed on conventional extrusion lines. Solanyl® C2003 is a competitive alternative for currently used biodegradable plastics, like PP & PS for a wide range of applications. Solanyl® C2003 can be mixed with most biopolyesters or starch based plastics to reduce costs. Solanyl® C2003 has a natural feel and look. Solanyl® C2003 is biodegradable and has a biobased or plant based content of >60% (at a small premium ~70% can be delivered as well). Applications in which Solanyl ® C2003 can be used are: - Consumer goods & Packaging - Agriculture products - Thermoform applications - Cups, boxes & trays - Plates and sheets - Groundwork applications like pipes - Extruded profiles

Solanyl® C2101 is an end compound suitable for extrusion. Solanyl® C2101 can be processed on conventional extrusion lines. Solanyl® C2101 is a competitive alternative for currently used biodegradable plastics, like LDPE for a wide range of applications. Solanyl® C2101 is in particular suitable for (multi-layer) flexible products. Solanyl® C2191 can be mixed with most biopolyesters or starch based plastics to reduce costs. Solanyl® C2101 has a natural feel and look. Solanyl® C2101 is biodegradable with a biobased or plant based content of >40%. Applications are: - Consumer goods & Packaging &Agriculture products - Thermoform applications: Cups, boxes & trays - Plates and sheets (outer-layers) - Inner layer of groundwork applications like pipes - Extruded flexible profiles

Solanyl® C2201 is an end compound suitable for extrusion. Solanyl® C2201 can be processed on conventional extrusion lines. Solanyl® C2201 is a competitive alternative for currently used biodegradable plastics, hard PP & PS for a wide range of applications. Solanyl® C2201 can be mixed with most biopolyesters or starch based plastics to reduce costs. Solanyl® C2201 has a natural feel and look. Solanyl® C2201 is biodegradable and has a biobased or plant based content of > 67%. Applications in which Solanyl® C2201 can be used are: - Consumer goods & Packaging - Agriculture products - Thermoform applications - Cups, boxes & trays - Plates and sheets - Groundwork applications like pipes - Extruded profiles

Solanyl ® C2204 is an end compound suitable for extrusion. Solanyl ® C2204 can be processed on conventional extrusion lines. Solanyl ® C2204 is a competitive alternative for currently used biodegradable plastics, like LDPE and PPcopol for a wide range of applications. Solanyl ® C2204 is in particular suitable for (multi-layer) (semi-)flexible products. Solanyl ® C2204 can be mixed with most biopolyesters or starch based plastics to reduce costs. Solanyl ® C2204 has a natural feel and look. Solanyl ® C2204 is biodegradable with a biobased or plant based content of >60%. Applications are: - Consumer goods & Packaging &Agriculture products - Thermoform applications: Cups, boxes & trays - Plates and sheets (incl. multi-layers) - Extruded flexible profiles

Solanyl® C8001 is an end compound suitable for glossy translucent film applications and is specially developed for packaging. Solanyl® C8001 can be processed on conventional blown or cast film extrusion lines suitable for (multi-layer) flexible films. Solanyl® C8001 is a competitive alternative for currently used biodegradable plastics with PP film like properties for a wide range of applications. Solanyl® C8001 has a natural feel and look. Solanyl® C8001 is biodegradable and has a biobased or plant derived material content of > 50%. Applications in which Solanyl® C8001 can be used are: - Packaging & Consumer goods - Agriculture products

Solanyl® C8002 is an end compound suitable for glossy translucent film applications and is specially developed for packaging. Solanyl® C8002 can be processed on conventional blown or cast film extrusion lines suitable for (multi-layer) flexible films. Solanyl ® C8002 is a competitive alternative for currently used biodegradable plastics with PP film like properties for a wide range of applications. Solanyl® C8002 has a natural feel and look. Solanyl® C8002 is biodegradable and has a biobased or plant derived material content of ~40%. Applications in which Solanyl® C8002 can be used are: - Packaging & Consumer goods - Agriculture products

Solanyl® C8101 is an end compound suitable for film applications and is specially developed for packaging. Solanyl® C8101 can be processed on conventional blown or cast film extrusion lines suitable for (multi-layer) flexible films. Solanyl® C8101 is a competitive alternative for currently used biodegradable plastics and LDPE for a wide range of applications. Solanyl® C8101 has a natural feel and look. Solanyl® C8101 is biodegradable and has a biobased or plant derived material content of > 40%. Applications in which Solanyl ® C8101 can be used are: - Packaging & Consumer goods - Agriculture products

Solanyl ® C8102 is an end compound suitable for film applications and is specially developed for packaging. Solanyl ® C8102 can be processed on conventional blown or cast film extrusion lines suitable for (multi-layer) flexible films. Solanyl ® C8102 is a competitive alternative for currently used biodegradable plastics and LDPE for a wide range of applications. Solanyl ® C8102 has a natural feel and look. Solanyl ® C8102 is biodegradable and has a biobased or plant derived material content of > 30%. Applications in which Solanyl ® C8102 can be used are: - Packaging & Consumer goods - Agriculture products

Solanyl® C8103 is an end compound suitable for film applications and is specially developed for packaging. Solanyl® C8103 can be processed on conventional blown or cast film extrusion lines suitable for (multi-layer) flexible films. Solanyl® C8103 is a ompetitive alternative for currently used bioplastics and LDPE for a wide range of applications. Solanyl® C8103 has a natural feel and look, is biodegradable and has a plant derived content of >40% with biobased carbon at ~30%. Applications in which Solanyl® C8103 can be used are: - (Fast food) Packaging & Consumer goods - Carrier & refuse bags - Short life biodegradable products for single use disposables - Agriculture products

Solanyl® C8104 is an end compound suitable for film applications and is specially developed for packaging. Solanyl® C8104 can be processed on cast film extrusion lines suitable for (multi-layer) flexible films. Applications in which Solanyl® C8104 can be used are: - (Fast food) Packaging & Consumer goods - Carrier & refuse bags - Short life biodegradable products for single use disposables - Agriculture products

Solanyl® C8105 is an end compound suitable for film applications and is specially developed for packaging. Solanyl® C8105 is starch free. Solanyl® C8105 can be processed on conventional blown or cast film extrusion lines suitable for (multi-layer) flexible films. Applications in which Solanyl® C8105 can be used are: - T-shirt bags & waste bags

Solanyl® C8106 is an end compound suitable for film applications and is specially developed for packaging. Solanyl ® C8106 is starch free. Solanyl® C8106 can be processed on conventional extrusion lines suitable for flexible films.

Spectabio TR grades are developed for balanced to flexible injection molded application where a maximum filler content of natural agricultural by-products is required. Spectabio TR45MB is reinforced with 45 w.-% rice husk (agricultural by-product). Spectabio TR grades are biodegradable in all conditions. - biopolymer compound, rice husk filled - injection molding grade - good impact and elongation values - naturally heat-stable up to 65°C - biodegradable in controlled (e.g. industrial compost) und non-controlled conditions (e.g. landfill, soil, roadside) - food contact safe - dishwasher-ok - can be filled with bamboo powder (B), coffee (C) or wheat husk (W) alternatively - global availability Spectabio TR45MB is a biopolymer compound. The grade is reinforced with 45 w.-% rice husk (agricultural by-product). The material can be filled with bamboo powder, coffee or wheat husk alternatively. Spectabio TR45MB is designed to be completely biodegradable & compostable (microbial and enzymatic degradation) in the targeted disposal environment; it is biodegradable both in controlled (e.g. industrial compost factilities) and in non-controlled (e.g. soil, roadside, landfill) conditions. The grade offers a significant reduction in carbon footprint compared to traditional fossil-based plastics. The material exhibits good impact and elongation properties. Part wall-thickness shall be greater than 1.5 mm.

Sulapac Flow v1.7 is a sustainable extrusion material with outstanding functional properties and a beautiful appearance. The main components are wood from industrial side streams and biodegradable biopolymers. All raw materials are sourced according to a strict sustainability policy and the wood originates from certified forests. Sulapac Flow v1.7 contains 72% USDA certified biobased content, as analyzed according to ASTM D6866 standard under the USDA BioPreferred® Program. As USDA Certified Biobased Product, Sulapac Flow v1.7 has achieved third-party verification of biobased content and has earned USDA certification and approval to display the label. The USDA Certified Biobased Product label is a certification mark of the U.S. Department of Agriculture. Sulapac Flow v1.7 material is industrially compostable certified according to BPI (ASTM D6400) and Seedling (EN 13432). Please check the detailed recycling instructions with local authorities. Sulapac Flow v1.7 is safe for both people and the planet. Ecotoxicity and threshold values for heavy metals have been tested according to EN 13432. The material can be digested by naturally occurring microorganisms and does not leave permanent microplastics behind. It complies with the food contact requirements of the FDA legislation, see Declaration of Compliance (DoC) for details.

Sulapac Premium is a sustainable, beautiful, and functional biocomposite for injection molding. The material is 100% bio-based and certified according to ASTM D6866 under the USDA BioPreferred® program. The main components are wood from industrial side streams and biodegradable biopolymers. All raw materials are sourced according to a strict sustainability policy and the wood originates from certified forests. The material is recyclable via industrial composting. Sulapac Premium is safe for both people and the planet: The ecotoxicity and threshold values for heavy metals have been tested according to EN 13432 / ASTM D6400. Sulapac Premium is certified as industrially compostable by Biodegradable Products Institute BPI up to thickness of 4,88 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. It has low carbon footprint and it does not leave permanent microplastics behind. The material complies with the food contact requirements of the EU and FDA legislation, REACH requirements and meet the framework regulation (EC) No. 1223/2009 for cosmetic products. Only non-GMO raw materials are used in the production. Sulapac Premium is available as FSC-certified meaning the wood is sustainably sourced. By choosing this product, you help take care of the world’s forests. Sulapac’s FSC license number is FSC-C140323.

Sulapac’s Premium range of materials makes your products look and feel luxurious. The ceramic sound and visible wood chips’ haptic touch make it stand out. It is ideal for sustainable products that aim for an air of luxury. The grade of Sulapac Premium Flex 40 is more flexible and has better impact strength. It sets a new standard when comparing biodegradable materials to conventional plastics as it biodegrades without leaving permanent microplastics behind1. This drop-in solution material can be mass produced with minor, or no changes, to the existing injection molding machinery. Our technical experts are available to assist with the tests and production settings. The material is safe for both people and the planet: the ecotoxicity and threshold values for heavy metals of the raw materials have been verified to meet EN 13432 and/or ASTM D6400. The raw materials comply with the food contact requirements of the EU. They fulfil the requirements of REACH and Proposition 65 compliant and meet the framework regulation (EC) No.1223/2009 for cosmetic products. The material is non-GMO. The material is 87% bio-based and certified according to ASTM D6866 under the USDA BioPreferred® program. The main components are wood from industrial side streams and biopolymers. All of the raw materials are sourced according to a strict sustainability policy and the wood originates from certified forests. Sulapac Premium Flex 40 is certified as industrially compostable by Biodegradable Products Institute BPI up to thickness of 1,24 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. Sulapac Premium Flex 40 is available as FSC-certified meaning the wood is sustainable sourced. By choosing this product, you help take care of the world’s forests. Sulapac’s FSC license number is FSC-C140323.

Sulapac Solid is an appealing, sustainable material alternative especially suitable for products used on daily basis, such as plates, mugs, bowls, and containers. With a beautiful ceramic look and feel, the hard-wearing Sulapac Solid has high impact strength and is dishwasher and microwave safe. This sustainable material has a low carbon footprint and is made of responsibly sourced bio-based raw materials and naturally occurring clay minerals. To reach the high performance, the material is injection molded with a hot (100°C) mold and can be processed with existing plastic product machinery. The material is 100% bio-based and certified according to ASTM D6866 under the USDA BioPreferred® program. Most importantly, Sulapac Solid doesn’t leave permanent microplastics behind.

Sulapac Universal is a sustainable, beautiful, and functional biocomposite for injection molding. The material is 100% bio-based and certified according to ASTM D6866 under the USDA BioPreferred® program. The main components are wood from industrial side streams and biodegradable biopolymers. All raw materials are sourced according to a strict sustainability policy and the wood originates from certified forests. The material is recyclable via industrial composting. Sulapac Universal is safe for both people and the planet: The ecotoxicity and threshold values for heavy metals have been tested according to EN 13432 / ASTM D6400. It has low carbon footprint and it doesn’t leave permanent microplastics behind. The raw materials comply with the food contact requirements of the EU and FDA legislation. They are also REACH and Proposition 65 compliant and meet the framework regulation (EC) No. 1223/2009 for cosmetic products. The material is GMO-free. Sulapac Universal is certified as industrially compostable by Biodegradable Products Institute BPI up to thickness of 1,66 mm. As the compostability of the end product is also dependent on the geometry of the product, it is the responsibility of the manufacturer of the end product to ensure compliance with the regulations.