Advanced surface treatments for
superior plastic injection moulds
The EUREKA Super-Moulds project is jointly financed by the Innovation Fund Denmark and the Innosuisse.
The project has started in January 2017 with a total duration of four years. This collaboration of Danish and Swiss partners focuses on the optimization of the plastic injection process by optimizing the mould surface treatments.
Demoulding of complex plastic parts is complicated by sticking and high friction between the polymer and the mould surface resulting in long cooling times to avoid deformation, process interruptions due to cleaning and mould service life.
We are currently looking for more end users with problematic tools!
The partners in Super-Moulds are looking for plastic manufacturing companies, tool makers, subject builders and tribology technicians.
If your company has a tool where sticking is a problem, Super-Moulds can offer to perform texturing and coating of the tool.
Super-Moulds will cover the costs of these processes as long as we can use the results as part of the project results.
If you are interested you can find the relevant contact information here.
The Super-Moulds project aims at identifying the optimal combination of surface texturing, coatings and plastic material for diverse part geometries.
Surface texturing will be based on polishing, blasting techniques, electrical discharge machining (EDM) and laser surface texturing (LST).
The coatings will be prepared with different surface chemistries and/or morphologies by industrial-scale physical vapour deposition (PVD) in combination with ion implantation. Read more
The Super-Moulds consortium consists of partners from Denmark and Switzerland and includes universities, research organisations, small and medium-sized enterprises and industry partners specialised in various aspects of surface treatment, coatings and polymer materials for injection moulding. Read more
The work in Super-Moulds will be documented in a range of articles and publications, that can be found here.