Sun Chemical Limited

The project focus is set on the exploitation of selective emitter’s potential in passivated emitter and rear contact (PERC) silicon solar cells. Compared to PERC solar cells with an homogeneous emitter, those with selective emitter predict a significant increase in conversion efficiency of at least 1.0% absolute and, in consequence, would drastically incr...

The project will combine cutting edge materials chemistry based on highly reactive intermediates combined with sustainable resins and monomers to create a new coatings platform with the potential for all coating market sectors. This platform will use a unique curing chemistry and will enable, within the project consortium, the development of ink-jet print...

The public description for this project has been requested but has not yet been received.

The public description for this project has been requested but has not yet been received.

Direct Write (DW) is primarily an additive process where functional materials are directly imaged onto substrates to form components with no waste or processing chemicals. DW methods are environmentally friendly, energy efficient and have a small process footprint. The aim of COPE is to take DW technology from Proof of Concept (PoC) to robustly engineered...

This project will develop high resolution, versatile volume direct write inkjet printing (DW-IP) of PCBs, in an industrial scale environment, to service the needs of design, innovation and service driven users. DW-IP is a disruptive technology, it will: dramatically reduce design-to-manufacture times and eliminate tooling costs; introduce innovative mater...

Awaiting Public Summary