- AgriPlast NFNI 3070/40000 HM is made up of 30% cellulose fibres obtained from meadow grass and 70% PLA (polylactic acid). - AgriPlast granules can be used with any injection moulding machine and processed into moulded components such as spoons, consoles, machine cases, protective caps, etc. The granules can also be dyed any colour. - Ideal ease of flow for injection moulding. - High cycle times when manufacturing complex moulded parts. - AgriPlast is lighter than comparable fibre-reinforced composite plastics. - Fire protection without antimony and halogen. - Recyclable and residue-free disposal when incinerated. - Processing Notes for AgriPlast NFNI 3070/40000 HM: sufficiently dry at 70 °C, heating zones of 170 °C decreasing to 130 °C, possible short-term peak melting temperature of 180 °C, moulding temperature of 15 - 25 °C, avoid frictional and shearing heat, make sure the tool is well ventilated.

BG4400 is a biodegradable polymer that may use for injection molding producing heat resistant articles, such as cutlery, trays, cups, baby toys - etc. After crystallization (X'talization), BG4400 will have excellent heat resistance properties. BG4400 is made primarily with polylactic acid polymer (PLA). It will degrade in compost environment producing: carbon dioxide, water and biomass. Features: - Good Processing when dried properly (< 1,000 ppm moisture) - 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).

BIO4-PLA220 compound is a Polylactic Acid reinforced with 20 % (w/w) of natural fiber.

BIO4-PLA320 compound is a Polylactic Acid reinforced with 20 % (w/w) of natural fiber.

Bioblend BT grades are developed for soft and flexible injection molded application. The grades are naturally high heat-stable at temperatures up to 95°C. Bioblend BT grades are biodegradable in all conditions. - injection molding grade - biopolymer compound, mineral filled - can be blended with bamboo powder (B), rice husk (R), coffee husk (C), wheat straw (W) and wood powder (H) - balanced flexibility to rigidity, good impact properties - naturally heat-stable up to 95°C - biodegradable in controlled (e.g. industrial compost) und non-controlled conditions (e.g. landfill, soil, roadside) - easy to process / easy to eject - food contact safe - dishwasher-ok, microwave-ok - global availability Bioblend BT25S (B/R/C/W/H) HH is a bio-polymer polymerized of succinic acid and 1,4-butanediol. The compound is enhanced with a blend of natural mineral and organic fillers. The material can additionally be blended with bamboo powder, rice husk or coffee husk to support a natural look. Bioblend BT25S (B/R/C/W/H) HH 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 has got balanced stiffness values with good impact properties. Bioblend BT25S (B/R/C) HH offers a very good processability and flow with an easy ejection of parts from the mould. Cycle times can be kept short. Part wall-thickness shall be greater than 1.2 mm.

Bioblend LT grades (optimized cPLA grade) are developed for rigid injection molded applications. The grades can be crystallized/annealed in order to have the part heat-stable at temperatures up to 110°C. Bioblend LT grades are biodegradable in controlled conditions. - injection molding grade - biopolymer compound, mineral filled - can be blended with bamboo powder (B), rice husk (R), coffee husk (C), wheat straw (W) and wood powder (H) - high rigidity - can be crystallized/annealed to be heatstable up to 110°C - biodegradable in controlled conditions (e.g. industrial compost) according to DIN EN 13432 / ASTM D6400 - easier to process than virgin PLA/cPLA - food contact safe - dishwasher-ok / microwave-ok - global availability Bioblend LT25B (B/R/C/W/H) is a modified PLA-blend. The grade is enhanced with a blend of natural mineral fillers. Bioblend LT grades are easy to process and prepared for a fast and efficient postprocessing crystallization/annealing process. The material can additionally be blended with bamboo powder, rice husk or coffee husk, wheat straw and wood powder to support a natural look. Bioblend LT25B (B/R/C/W/H) is compostable/biodegradable (microbial and enzymatic degradation) in the targeted disposal environment; it is biodegradable in controlled (e.g. industrial compost facilities) conditions according to EN 13432 (for Europe) and ASTM D6400 (for the USA). Bioblend LT grades offer a significant reduction in carbon footprint compared to fossil-based plastics. The grades exhibit excellent strength and stiffness properties as well as a good flow combined with improved elongation values. An increased rate of crystallization allows an annealing to a heat-stable temperature of 110 °C (HDT-B) and above. Part wall-thickness shall be greater than 1.5 mm.

- One of the BioBlend® BC Resins designed for injection molded applications. - Made from annually renewable agricultural resources. - BC 27255 contains 50% NuPlastiQ® CG BioPolymer blended with a high heat, high flow PLA homopolymer. - BC 27255 is 100% biobased. - BioBlend® BC 27255 is supplied in pellet form, fully compounded. Applications - BioBlend® BC 27255 is intended for injected molded parts. - Made from components that are certified to be industrially compostable. End users should conduct their own tests to determine if final product will qualify for certification. Contact BioLogiQ’s technical team for details.

Short Fiber Reinforced PLA Sustainability and performance are the goals of 10.000 Series of full compounds. Using a novel and revolutionary microfiber technology we reached both targets. SFRP combines the advantages of polymer's good impact resistance and low weight with the high stiffness and strength of reinforcing fibers. Ease of processing and worldwide accessibility make thermoplastic SFRP suitable for mass production.

Short Fiber Reinforced PLA Sustainability and performance are the goals of 10.000 Series of full compounds. Using a novel and revolutionary microfiber technology we reached both targets. SFRP combines the advantages of polymer's good impact resistance and low weight with the high stiffness and strength of reinforcing fibers. Ease of processing and worldwide accessibility make thermoplastic SFRP suitable for mass production.

Short Fiber Reinforced PLA Sustainability and performance are the goals of 10.000 Series of full compounds. Using a novel and revolutionary microfiber technology we reached both targets. SFRP combines the advantages of polymer's good impact resistance and low weight with the high stiffness and strength of reinforcing fibers. Ease of processing and worldwide accessibility make thermoplastic SFRP suitable for mass production.

Short Fiber Reinforced PLA Sustainability and performance are the goals of 10.000 Series of full compounds. Using a novel and revolutionary microfiber technology we reached both targets. SFRP combines the advantages of polymer's good impact resistance and low weight with the high stiffness and strength of reinforcing fibers. Ease of processing and worldwide accessibility make thermoplastic SFRP suitable for mass production.

Mineral Filled PLA Perfomance and Cost Reduction are the goals for 20.000 Series of full compounds. Using renewable and advanced mineral technologies developed specifically for PLA in order to improve the stiffness, impact resistance, elongation and heat transfer in opaque application.

Mineral Filled PLA Perfomance and Cost Reduction are the goals for 20.000 Series of full compounds. Using renewable and advanced mineral technologies developed specifically for PLA in order to improve the stiffness, impact resistance, elongation and heat transfer in opaque application.

Mineral Filled PLA Perfomance and Cost Reduction are the goals for 20.000 Series of full compounds. Using renewable and advanced mineral technologies developed specifically for PLA in order to improve the stiffness, impact resistance, elongation and heat transfer in opaque application.

Mineral Filled PLA Perfomance and Cost Reduction are the goals for 20.000 Series of full compounds. Using renewable and advanced mineral technologies developed specifically for PLA in order to improve the stiffness, impact resistance, elongation and heat transfer in opaque application.

Cellulosic Reinforced PLA The 30.000 Series and circular economy are synonymous - that series is fully developed to integrate the environmental and agriculture together to make an unique product! Cellulosic Reinforced PLA combines the advantages of polymer's good impact resistance with the very low carbon footprint of agricultural waste fillers, making this series a high end polymer highly sustainable.

Cellulosic Reinforced PLA The 30.000 Series and circular economy are synonymous - that series is fully developed to integrate the environmental and agriculture together to make an unique product! Cellulosic Reinforced PLA combines the advantages of polymer's good impact resistance with the very low carbon footprint of agricultural waste fillers, making this series a high end polymer highly sustainable.

Cellulosic Reinforced PLA The 30.000 Series and circular economy are synonymous - that series is fully developed to integrate the environmental and agriculture together to make an unique product! Cellulosic Reinforced PLA combines the advantages of polymer's good impact resistance with the very low carbon footprint of agricultural waste fillers, making this series a high end polymer highly sustainable.

Cellulosic Reinforced PLA The 30.000 Series and circular economy are synonymous - that series is fully developed to integrate the environmental and agriculture together to make an unique product! Cellulosic Reinforced PLA combines the advantages of polymer's good impact resistance with the very low carbon footprint of agricultural waste fillers, making this series a high end polymer highly sustainable.

Cellulosic Reinforced PLA The 30.000 Series and circular economy are synonymous - that series is fully developed to integrate the environmental and agriculture together to make an unique product! Cellulosic Reinforced PLA combines the advantages of polymer's good impact resistance with the very low carbon footprint of agricultural waste fillers, making this series a high end polymer highly sustainable.

Blow Film Grades Sustainability in our flexible films are the key here. 40.000 Series of blow film grades is a reliable and cost effective replacement for plastics in all flexible application (bags, packaging, mulch films,etc…). We create exclusive PLA composites with proprietary technology to allow the use of highly biobased films. Blow Film 50% Biobased

Blow Film Grades Sustainability in our flexible films are the key here. 40.000 Series of blow film grades is a reliable and cost effective replacement for plastics in all flexible application (bags, packaging, mulch films,etc…). We create exclusive PLA composites with proprietary technology to allow the use of highly biobased films. Blow Film 100% Biobased

Blow Film Grades Sustainability in our flexible films are the key here. 40.000 Series of blow film grades is a reliable and cost effective replacement for plastics in all flexible application (bags, packaging, mulch films,etc…). We create exclusive PLA composites with proprietary technology to allow the use of highly biobased films. Blow Film 65% Biobased

Blow Film Grades Sustainability in our flexible films are the key here. 40.000 Series of blow film grades is a reliable and cost effective replacement for plastics in all flexible application (bags, packaging, mulch films,etc…). We create exclusive PLA composites with proprietary technology to allow the use of highly biobased films. Blow Film 70% Biobased

Blow Film Grades Sustainability in our flexible films are the key here. 40.000 Series of blow film grades is a reliable and cost effective replacement for plastics in all flexible application (bags, packaging, mulch films,etc…). We create exclusive PLA composites with proprietary technology to allow the use of highly biobased films. Blow Film 80% Biobased

Biodegradable compound for profile extrusion.

Polymer compound based on PLA and other copolyesters, reinforced with glassfiber. The biobased carbon content (BCC) is > 70 % (calculated). Suitable for injection moulding applications.

CarbonX™ Carbon Fiber Reinforced PLA (polylactic acid) is a high-performance carbon fiber reinforced 3D printing filament. This grade was formulated utilizing high-modulus carbon fiber and premium Natureworks PLA biopolymer. CarbonX™ CFR-PLA is ideal for applications that require superior stiffness, improved dimensional stability when compared to traditional unfilled materials. Suitable for use in practically all consumer-grade FDM/FFF printers. Made by 3DXTECH® in the USA.

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding euipments. All Cereplast Compostables® resins, including Compostable 1000, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www..bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 1000 has been designed to have an excellent balance of toughness, rigidity and processability. Compostable 1000 can be processed on existing conventional electric and hydraulic reciprocating screw injection molding machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com.

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. All Cereplast Compostables® resins, including Compostable 1002, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www.bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 1002 has been designed to have an excellent balance of strength, toughness and processability. Compostable 1002 can be processed on existing sheet extrusion machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com. Compostable 1002 can be processed on existing conventional electric and hydraulic reciprocating screw injection molding machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com.

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. All Cereplast Compostables® resins, including Compostable 1006, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www.bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 1006 has been designed to have an excellent balance of high stiffness, toughness, and processability. Compostable 1006 can be processed on existing conventional electric and hydraulic reciprocating screw injection molding machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com.

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. All Cereplast Compostables® resins, including Compostable 1010, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www.bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 1010 has been designed to have an excellent balance of toughness, rigidity and processability. Compostable 1010 can be processed on existing conventional electric and hydraulic reciprocating screw injection molding machines. Please see our proocessing guide for processing and material drying guidelines. This can be found at www.cereplast.com.

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins areusing polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. All Cereplast Compostables® resins, including Compostable 3000, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www.bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 3000 has been designed to have an excellent balance of puncture strength, toughness and processability. Compostable 3000 can be processed on existing blown film extrusion machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com. Compostable 3000 is recommended for extrusion of blown film for application like liners, bags, packaging, overwrap, and more…

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. All Cereplast Compostables® resins, including Compostable 3002, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www.bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 3002 has been designed to have an excellent balance of puncture strength, toughness and processability. Compostable 3002 can be processed on existing blown film extrusion machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com. Compostable 3002 is recommended for extrusion of blown film for application like liners, bags, packaging, overwrap, and more…

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. All Cereplast Compostables® resins, including Compostable 3020, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www.bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 3020 has been designed to have an excellent balance of puncture strength, toughness and processability. Compostable 3020 can be processed on existing blown film extrusion machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com. Compostable 3020 is recommended for extrusion of blown film for application like liners, bags, packaging, overwrap, and more…

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. All Cereplast Compostables® resins, including Compostable 4001, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www.bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 4001 has been designed to have an excellent balance of strength, toughness and processability. Compostable 4001 can be processed on existing extrusion machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com. Compostable 4001 is recommended for extrusion coating application like cups, plates, containers, boxes, cardboard and more…

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. Compostable 4008D has been designed to have an excellent balance of strength, toughness and processability. Compostable 4008D can be processed on existing extrusion machines. Drying is critical to the success of this product. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com. Compostable 4008D is recommended for extrusion coating application like cups, plates, containers, boxes, cardboard and more…

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. All Cereplast Compostables® resins, including Compostable 5000D, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www.bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 5000D has been designed to have an excellent balance of toughness, rigidity and processability. Compostable 5000D can be processed on existing conventional electric and hydraulic reciprocating screw injection molding machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com. Sustainable 5000D is recommended for foam extrusion of sheets which can be thermoformed in meat trays, plates, egg cartons, clamshells and more…

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product, replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. All Cereplast Compostables® resins, including Compostable 6015, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www.bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 6015 has been designed to have an excellent balance of strength, toughness and processability. Compostable 6015 can be processed on existing sheet extrusion machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com. Compostable 6015 is recommended for extrusion applications like gift cards, sheet, printed displays and other sheet applications.…

Cereplast Compostables® resins are renewable, ecologically sound substitutes for petroleum-based plastic product replacing nearly 100% of the petroleum-based additives used in traditional plastics. Cereplast Compostables® resins are using polymer and additives derived from starch and other renewable resources chemistry. These components are carefully blended together on state-of-the-art compounding equipments. All Cereplast Compostables® resins, including Compostable 7003, are certified as biodegradable and compostable in the United States and Europe, meeting BPI (Biodegradable Products Institute www.bpiworld.com) standards for compostability (ASTM6400D99, ASTM6868) and European Bioplastics Standards (EN13432). Compostable 7003 has been designed to have an excellent balance of strength, toughness and processability. Compostable 7003 can be processed on existing sheet extrusion machines. Please see our processing guide for processing and material drying guidelines. This can be found at www.cereplast.com. Compostable 7003 is recommended for extrusion application like straws, profiles, boards, sheets, pipes, conduits, and more…