Thermal Spraying
Thermal spraying is a technology employed to coat or to restore surfaces of mechanical components, applying a solid layer of a “special” materials having specific capabilities
Read moreMBN produces a new generation of materials called ”nanostructured”, which show superior physical and mechanical properties. To achieve these targets, an internal excellent research and development department, sustains MBN activities. Every day, MBN activities are focused on:
Thermal spraying is a technology employed to coat or to restore surfaces of mechanical components, applying a solid layer of a “special” materials necessary to preserve surfaces, like:
or to confer specific characteristics and functionalities, like:
Thanks to our knowledge on materials we can propose innovative solutions for this application field.
Our typical customers are companies that, through traditional or innovative manufacturing technologies, transform our powders into mechanical components or surface coatings with improved performance.
MBN Nanomaterialia, which has always been a company focused on customer needs through the development of customized materials, is also able to support its customers keeping available its processing and compacting equipment for small production cycles. Products with unique characteristics and properties, innovative formulations, metal matrix composite structures and special alloys can be verified and validated from both the technical and the market point of view.
MBN is involved in EC funded R&D projects that are contributing to expand the collaboration network with companies and research centre supporting the study of novel materials and the industrial innovation of advanced production processes.
The main areas of development are in the Additive Manufacturing field where MBN is developing micro laser sintering deposition process and materials with the spin off company Manudirect srl, the Energy sector to make thermoelectrics materials and novel magnets and medical sector where MBN have developed novel nanoparticles with tailored magnetic response.