MedEco IPI C1
Our bio-based HDPE for medium-stiff components with high impact strength. Also suitable for low-temperature applications.
Free from critical substances such as PFAS and with a negative carbon footprint, your PE component with MedEco IPI C1 Bio-HDPE is as future-proof as it gets!
Technical characteristics
- Good strength
- High chemical resistance
- Robust - high impact strength
- Request technical data sheet
- Biocompatibility statement
Process characteristics
- Very easy processing
- No drying necessary
- Works in existing PE molds
- Processing instructions
Sustainability aspects
- -1.48 kg CO2e/kg Polymer (Cradle to Gate)
- 100% recyclable in existing systems
- >95% biobased (C14)
- Sustainability factsheet
Applications
Our MedEco IPI C1 is ideal for very robust products and packaging components. This includes low-temperature use—our biobased HDPE remains impact-resistant even at low temperatures.
- Frame for freezing containers
- Lab racks
- Caps & closures, protective caps
CO2e reduction compared to
fossil HDPE
fossil PP
Scope: CO2 savings potential for the material, based on equal mass, cradle-to-gate. The savings potential of >100% is achieved through the negative footprint of the MedEco-XPI family cradle-to-gate.
Concrete results depend on other factors such as product geometry and processing technology.
We are happy to calculate the potential for your application.
CEO BIOVOX
"With our MedEco IPI C1, a bio-based HDPE, fossil-based PE and PP components can be made fit for the future with minimal effort.
Maximum safety and even a negative carbon footprint (cradle to gate) speak for themselves."
Book a consultation!
Together, we explore how to future-proof your application in a pragmatic and straightforward way. Let's uncover the sustainability potential you can leverage with us.
Book an appointment directly to our calendar.
We will discuss your case and answer any questions you may have.
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