SINTEF Industry Materials and Nanotechnology
RESEARCH, TECHNOLOGY AND INNOVATION
Nanotechnology and advanced materials will have a significant impact on solving the grand challenges of our global society and create new business opportunities for existing and new industries. SINTEF has the capability to assist your organization in developing new or improved products with strong competence within structural and functional materials and multi material combinations. Through combination with other relevant competencies in SINTEF we contribute to the development of sustainable value chains in context of a circular economy.
We can test and characterise a wide range of different materials in our laboratories. Materials and components are bent, tensioned and compressed, and go through fracture- and fatigue tests.
We offer laboratory and field testing services in addition to contract research and development. Our laboratories are equipped with modern instruments for coating testing and characterization. Additionally, we have access to a wide range of advanced methods and equipment for coating and surface characterization within the SINTEF group.
Tribology is the multidisciplinary science on wear, friction and lubrication of interacting surfaces in relative motion. Research in tribology is often highly dependent on the final application. The mission of the Tribology Lab at SINTEF/NTNU is to adapt our knowledge and equipment to our clients’ needs.
3D-PIEZO – Lead-free piezoelectric devices by additive manufacturing (3D printing and multilayer)
The 3D-PIEZO project aims to develop a manufacturing chain for 3D printing and multilayer lamination of piezoelectric elements for ultrasonics and other applications. The project will apply lead-free (Pb-free) high performance piezoelectric ceramic materials. SINTEF is working closely with two small companies: Ceramic Powder Technology AS, a Norwegian producer of advanced ceramic oxide powders, and Cerhum S.A., a Belgian specialist in 3D printing of ceramics
HEATER - High entropy alloys for thermal, electronic and optical applications
The goal of the HEATER project is to design high-entropy alloys for functional applications using a high-throughput approach based on theoretical, computational and experimental data.
Minerals and Materials for a Sustainable Future
For the first time this week, the Nature Research Group, publishers of Nature, will host an international conference in Trondheim in cooperation with NTNU, SINTEF and the Geological Survey of Norway. The theme for the conference, which runs from 11-13 September, is the sustainable use of minerals and materials.
“Peephole” models that can slim down cars
New computer models are solving atomic-scale problems that occur when we fuse two different materials together. This may lead to lighter cars in the future.
How the tide turned on plastic
It wasn’t until World War II that plastic products began to be mass-produced as they are today. The war accelerated the need for new technologies, and plastics came to revolutionise the way we live – providing us with durable, mass-produced and inexpensive commodities. They promised men of the 1950s a vision of the future, and their housewives an easier life. And plastics more than fulfilled their promise. Plastic products have been so successful that we are now literally swimming in them.