The patented invention covers nano- and micro-fabrication techniques of 3D structures using CAD/CAM technology specially designed to process two or more different materials with nanometric and/or millimeter resolution at the same time.
The present invention relates to a building material testing device for measuring certain mechanical properties of a building material by performing, for example, compression or flexural failure tests on mortar, concrete and/or brick samples, or bending tests on reinforcing steel bars.
The present invention relates to a thermoplastic material based on polycondensation polymers and an effective method for producing it.
The invention relates to the production and the use of innovative membranes for the separation of gases, in particular for the efficient separation of carbon dioxide (CO2) from gaseous mixtures saturated with water vapour, which is one of the most important issues in the gaseous mixtures separation at industrial level.
The present invention relates to new thermoplastic polymeric compositions useful for the production, by hot extrusion, of biodegradable, compostable products and packaging, having at the same time performances and costs comparable to those of products obtained with traditional non-biodegradable thermoplastic polymeric materials, such as polyolefins.
The invention relates to a novel thermally sensitive material and articles such as labels, packaging, paints, inks or fibers comprising the material of the invention.
The subject of this invention is a Stinger, structurally simple and inexpensive, for filtering out unwanted load components by point contact at both ends, providing a double hinge configuration.
The invention concerns a process for producing leather-like material and material obtainable thereby that meets the product, performance and eco-toxicological requirements of the industry standards.
