Do you want to develop functional mono-material 3D plastic parts with micro/nano-structured surfaces like antimicrobial, anti-scratch, self-cleaning, anti-squeak or aesthetic properties ?

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It’s the goal of the H2020 research project HIMALAIA.

To enable the implementation of these properties, several topics have been developed on a dedicated platform :

  • Mold texturation technologies through surface treatment and laser texturing
  • Optimization of micro and nanostructures replication efficiency on parts surface during the injection molding process.
  • In-line quality control of functional parts 

 

The HIMALAIA project aims to develop a cost-efficient, environmentally friendly and adaptable manufacturing platform for the mass manufacture of 3D and/or large thermoplastic parts with antimicrobial (antibacterial and anti-fouling), anti-scratch, self-cleaning (hydrophobic and oleophobic), anti-squeak (undesired noise produced when two parts move against each other) and aesthetic properties by replicating specially designed micron and sub-micron surface topographies.


The HIMALAIA project aims to demonstrate the economic benefit and viability of coating-free manufacturing technologies for the production of highly functional polymer surfaces. The injection moulding-based process-chain developed in the project will represent a major cornerstone of tomorrow’s factories.

 

 

Program :

"HIMALAIA Project : functional mono-material 3D plastic parts with micro/nano-structured surfaces"

 

  1. Introduction
  2. Overview of HIMALAIA project
  3. Mould structuring technologies
  4. The HIMALAIA platform
  5. Applications : 3 use-cases
  6. Questions session

Presented by :

Lionel Tenchine, IPC Centre Technique de la Plasturgie et des Composites

Shaojun Qi, University of Birmingham

Pavel Penchev, University of Birmingham

Bruno Marcilly, IPC Centre Technique de la Plasturgie et des Composites

Yannick Molméret, Albéa

Berta Herrero, Euro Ortodoncia

Luca Gili, Centro Ricerche Fiat SCPA

 

TEASER REPLAY - HIMALAIA
 

 

Project funded by : 

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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement N°766871


 

Partners : 

Logo horizontal CT-IPC
Bradford
EO
CRF
Alicona
CEA
Université Birmingham
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ALBÉA