Calculate the carbon reduction with bioplastics
“Bioplastics can save a lot of CO2 – especially when it comes to medical plastics. What is your savings potential? You can now easily find out with an initial estimate through our CO2 calculator!”
CO2 calculator
How to calculate: Select your current polymer, a MedEco bioplastic from BIOVOX and the amount of material. For an initial orientation, you can select the materials as follows:
> MedEco ICB: bio-based PLA for transparent, high-strength, rigid injection-moulded parts and trays
> MedEco ICB C1: bio-based PLA for highly transparent injection-moulded parts
> MedEco IGH: bio-based PLA for particularly rigid, high-grip components
> MedEco XCB: bio-based PLA for films and blister packaging, as well as rigid extruded profiles and tubes
> MedEco XGB: bio-based PLA for highly rigid, high-grip, opaque profiles
> MedEco IPI: durable, chemical-resistant bio-based HDPE for medium-rigid components, packaging, laboratory and medical products
> MedEco IPI C1: highly processable, high-flow bio-based HDPE for caps and functional medical components
> MedEco IPI C3: lightweight, semi-transparent bio-based HDPE with high elongation for sterile packaging and surgical applications
> MedEco IPI C4: highly flexible, semi-transparent bio-based LDPE for closures and packaging
> MedEco IPI C6: white, highly processable bio-based HDPE for caps and functional medical components
> MedEco XPI C2: high-elongation bio-based PE for extrusion and extrusion blow moulding; suitable for tubing, films and packaging components
> MedEco XPI C3: transparent bio-based PE for extrusion with high elongation; suitable for tubing and films
> MedEco XPI C4: high-purity bio-based LDPE with good toughness for extrusion blow moulding; suitable for packaging, films and tubing
Do you have any questions, would you like a more detailed calculation of this initial assessment or do you have a specific application case? Let's make health care sustainable and ready for circular economy. >> schedule a consultation call