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