(FORMULATION PROTOCOLS) WITH ALREADY DEFINED DESTINATIONS
Ve Nice has a portfolio of formulation protocols that can be transferred to the customer through license or sale contracts.
The protocols offered by Ve Nice are aimed at the development of innovative and high-tech cosmetic formulations.
Customization and implementation of existing formulation protocols according to the specifications requested by the customer.
CONSULTANCY FOR PROCESS AND PRODUCT INNOVATION
We provide our know-how and our skills to offer consultancy activities. For consultancy services, the company will establish a dialogue with the customer to frame the customer's needs and then propose appropriate solutions by developing them most profitably and optimally.
FORMULATION OF MATERIALS AND NANOMATERIALS WITH CONTROLLED MORPHOLOGY AND POROSITY
Ve Nice has solid know-how concerning the synthesis and characterization of inorganic and hybrid materials and nanomaterials. Thanks to the use of advanced techniques and the versatility of the formulation processes, it is possible to modulate the final properties of the materials (surface area, porosity, particle size, structure, surface properties), adapting them from time to time to the final use destination. We optimize customized formulation approaches for the preparation of nanomaterials and nanocarriers in the cosmetic and pharmaceutical sector. Moreover, we can respond to the needs of those industrial sectors where the development of highly performing materials designed, ad hoc, is required through versatile, sustainable, and easily scalable synthetic approaches.
IN-VITRO RELEASE TEST FOR THE EVALUATION OF THE EFFECTIVENESS OF COSMETIC FORMULATIONS
We carry out in vitro release tests of active ingredients from cosmetic formulas through the use of synthetic membranes and ex vivo membranes. The method used is that of Franz's vertical diffusion cell.
Determination of the surface area and porosity of materials through static and dynamic N2 physisorption measurements;
Gas chemisorption measurements for the determination of the dispersion of metal particles;
Programmed temperature measurements (TPR, TPO, TPD);
Determination of ions and ionizable species through ion chromatography;