Ibi News (Alicante, Spain)

The study will determine how the processing conditions and material issues affect in the foodstuff migration

The RDT undertakes the comparative study of tensile mechanical properties of plastic materials processed on an industrial and laboratory scale

AIJU & AITEX collaborate to achieve the properties improvement in polymeric substrates to optimize the adhesive properties, the painting and coating solidity or barrier function properties such as liquid repellence in toys, plastics and textiles.

AIJU researches the personalized and automated decoration of toys to enable the toys manufacturers the finishing process, in which many resources are applied

The high-impact capacity can be improved by optimising the design factors on rubber surfacing installed in our playgrounds

The integration of this new formulation within electronic toys will avoid the electromagnetic interference that these toys generate on other electronics devices.

The action protocols developed so far will facilitate risk assessment in children’s products that have no specific safety regulations.

This material uses almond shells which give the final product a wood like appearance and improved properties.

Natural banana fibre on a polyurethane matrix acts a reinforcement of the properties of the material, at the time as a renewable resource is used.

Polyolefin painting and decoration is a very difficult process mainly due to the surface’s energy differences between the raw material and paintings and solvents. AIJU has optimized the polyolefins surface by means of Low Pressures plasma treatment

AIJU has widely improved the scaling of Polyjet technology for its application, by means of Rapid Tooling techniques, to the manufacturing of the negative part of electrodes for the electroforming process.

The Spanish consortium IBE-RM is researching materials with smart performance for the developments of new applications in Rapid Manufacturing Technologies.

A study undertaken by AIJU has demonstrated the sintering possibilities of a Polyamide- based formulation blended with black colouring.

Electronic devices are made and commercialized on glass substrates. Current research projects are focused, nevertheless, on using plastic devices as a support due to functional performance and economic issues.

Research in biodegradable materials is allowing new applications development. In the toy sector,the main component used in toys is plastic which have a short useful life. Thus, AIJU is developing the BIOTOY project to research biodegradable materials