Why HyperBioCoat?
Biobased
Lacquers with inorganically or organically functionalised biopolymers mainly from lignocellulosic biomass.
Application
Automated coating methodology on free form surfaces using robotic arm with spray nozzle on the end.
Biodegradable
High biodegradability and better LCA features due to use of biomass extracted material
(biodegradable content will not need to be landfilled and / or
incinerated).
Barrier properties
High barrier performances.
Excellent barrier against water vapour, oxygen or flavours.
OTR: < 1 cm3/(m2·d·bar) @ 23ºC & 50% RH
WVTR: < 1 g/(m2·d) @ 23ºC & 85% RH
Advantages of our coating
10% cost reduction
By utilising side-streams of existing commercial processes supports cost-competitiveness.
20% CO2 less emissions
By replacing fossil-based precursor materials with biobased starting materials, it can be estimated that the CO2 emissions will be reduced at least by 20 % for bioORMOCER®s as compared to purely fossil-based.
Demonstrators
Food tray
Flexible retail food packaging, where shelf life product will be increased.
Cosmetic
Symmetric bottle with screw cap. Made of fiber-reinforced wax.
Medical
Flexible tray for medical needle parts.
Consortium
Latest news
Last meeting in Vienna
The project gathered all the partners in Vienna for the last meeting in July 18th 2019, hosted by Waxell GmbH. During this 6th General Assembly & Executive Board Meeting of the HyperBioCoat Consortium we analysed [...]
The project is showcased in Chemplast fair
Aitiip participated in Chemplast (May 7-9th, 2019), a fair that congregated 8,000 industrial professionals that meet in Madrid (Spain) to learn about the latest developments in chemical and plastic technology, specially addressed to 4.0 technologies, [...]
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