Our unique approach brings together our formulation expertise and our High Throughput capabilities. We carry out product developments (polymers, coatings, household, personal care) and we also assist in specific development stages, with an innovative and practical point of view.
More informationWe are a certified centre for the determination of Hansen Solubility Parameters (HSP). HSP determination is a powerful way to understand, predict and improve compatibility, stability and efficacy of products. It allows therefore strong predictions for smart and efficient ingredient matching.
More informationSelecting the right surfactant for a specific formulation can be very time-consuming. VLCI offers a practical method based on the theory HLD-NAC. The HLD equation is applicable for both anionic and non-ionic surfactants. This method allows profound predictions to be made about the type of emulsion (o/w, w/o, micro-emulsion) and the suitability of a surfactant for a specific system.
More informationRegarding corrosion resistance, EIS is a proven method for providing faster and more reliable results than salt spray testing: it detects deterioration at the metal/coating interface before defects are visible. We perform EIS measurements under ISO 16773 (standard EIS/3 weeks) and ISO 17463 (accelerated EIS/24 hours).
More informationA varied range of testing equipment is available at VLCI. We perform tests under ISO and ASTM norms, but we can also set up new and practical test methods, based on specific applications and requirements. Long term testing and full analysis can be performed via our specialized partners.
More informationOur High Throughput platform allows for the automated and parallel preparation of a wide variety of polymers and formulations. High Throughput workflows are ideally suited to free your mind and increase your knowledge. The R&D projects of our customers are finalized up to 5 times faster.
More informationFormulation web-apps, via which you can visualize, select, compatibilize and replace ingredients, based on HSP and HLD of commercial ingredients. The HSP and HLD can be repeatedly used to develop: solutions (HSP), dispersions (HSP) and emulsions (HLD and HSP to complement).
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