Millorem el retorn de les inversions en R+D

TECHNOLOGY SUMMARY The technology is based on the coating of a reference filament through a melt-pool comprised of the constituent elements of the alloy. This method offers a simplified wire manufacturing process and a 20-50% cost reduction in comparison with other common methods. BENEFITS Simpler: The overall manufacturing process is simplified, producing high quality alloys. […]

TECHNOLOGY SUMMARY The method is based on the use of small (mm-cm sized) metallic units with specific geometries that are completely space filling and melted via hot isostatic pressing (HIP). BENEFITS More capacity: The method minimizes the oxidation and removes oxides on the surface of the melt. In addition, it increases the preservation of the […]

TECHNOLOGY SUMMARY The technology is based on the infiltration of matrix metals into porous preform through high pressure based mechanisms. BENEFITS More quality: The method minimizes the oxidation and removes oxides on the surface of the melt. In addition, it increases the preservation of the preform and minimizes the residual porosity. Less cost: For magnesium […]

TECHNOLOGY SUMMARY This system allows and improves the coordination of multiple wire fed and represents an advantage over other feeding systems normally used in laser deposition machines (e.g. powder material based). BENEFITS More efficient: It allows to manufacture many samples with widely different alloy compositions. Less cost: Wire is far more available as pure metal […]

TECHNOLOGY SUMMARY This technology includes the 3D nanostructured network and an time and cost efficient methodology to produce it. The network enables a precise control over the morphology of the material, providing color and other properties to the whole structure through light diffraction. BENEFITS Can be used as temp late: In order to be filled […]

TECHNOLOGY SUMMARY This technology allows for producing carbon electrodes (CB) with high electrolytic capacity, together with approx. 0.5 V of net savings when catalyzing the very same reaction as the one of whatever commercial electrode (GC), and also with a reduction in cost of 10%. BENEFITS Higher electrolytic capacity, what impliesan improved performance of carbon […]

TECHNOLOGY SUMMARY This technology relates to a process for manufacturing Microencapsulated Phase-Change materials. It consists in a version of the already known spray drying technique that has been improved and optimized. BENEFITS Surface protection: This technology protects metal surfaces from some chemical reactions which commonly occur in similar situations, such as microbial influenced corrosion or […]

Knowledge Innovation Market - KIM