ACAPER project
2021 – 2021
Development of hangers with acaricidal capability through encapsulation technologies.
See R&D project2023 –2024
TITTLE:
Chemical markers to improve product traceability in children’s products as a solution to counter counterfeiting.
DESCRIPTION:
Counterfeiting of children’s products is a reality that poses a serious problem for product safety, and therefore for the end-user—children. It also presents a significant burden for companies, not only because of the inherent economic loss but also due to the potential loss of trust in the brand if the product is recalled from the market.
But is it possible to manufacture children’s products with anti-counterfeiting materials? And can it be done without posing a toxicological risk to the user? The application of chemical markers in the materials used to manufacture children’s products allows for rapid and cost-effective product tracing through photoluminescent properties, among other modifiable features, according to the specific needs of each company and/or product.
PROJECT LED BY AIJU AND FUNDED BY:
LINKED TO THE SMART SPECIALIZATION STRATEGY (S3):
Sustainable Ecological Transition.
2021 – 2021
Development of hangers with acaricidal capability through encapsulation technologies.
See R&D project2023 – 2025
Industrial symbiosis between traditional sectors in the Valencian Community through the recovery and valorization of heavy metals.
See R&D project2023 – 2025
Development of colorant masterbatches from recycled low-density polyethylene and polypropylene with adapted viscosity and colouring capacity.
See R&D project2017 –2018
Systematic review of the incidence of non-intentionally added substances (NIAS) in plastics in contact with food.
See Collaboration2022 –2023
Optimization of functional biomaterials to support market access for more sustainable consumer products in the Valencian Community: toy, childcare, packaging, tableware, and commercial furniture sectors.
See Collaboration2022 –2023
Laboratorio de innovación de fabricación en enjambre.
See Collaboration2023-2024
Strategies to extend the life of lithium-ion batteries based on new materials and cell sensing.
See Collaboration