Expertise in Composites

It's during the testing and verification phase, that you finally get to see your ideas come to life! We help you test and verify that the intended material, tools, process and manufacturing technology meet the requirements specification.     

At the test bed for sustainable composite manufacturing, we can test and verify a planned or existing process for manufacturing composites. Does it work? Is it scalable? Is it energy-efficient? 

Do you want to develop composite products? Maybe in the hope of finding new business opportunities and strengthening your competitiveness? Or optimize your current production? If you hesitate due to high development costs and risk, we are here to help you take the next step - from idea to finished …

Aluminum is a material with exceptional properties such as strength, light weight and corrosion resistance. However, the primary production of aluminum is enormously energy-intensive, and we therefore need to increase the use of recycled aluminum. But the recycling process is not without challenges…

RISE develops graphene for the sustainable and energy-efficient solutions of tomorrow. We support startups and established companies with developing smart and innovative applications of graphene and 2D materials - from research and product development, all the way to the market.

We have the possibility to characterise the surface, crystal structure and composition of most types of organic and inorganic materials such as metals, ceramics and polymers using Scanning Electron Microscopy (SEM) in combination with Energy Dispersive X-Ray Spectroscopy (EDS/EDX) and Electron Back…

Polymer composite materials are attractive construction materials thanks to their high performance and low weight. In order to assure the desired properties and ensure quality, the composites must be characterized. Characterization of composite materials and their constituent materials is an Expert…

The use of finite element-based models for simulating composite manufacturing processes is an efficent way to evaluate manufacturing concepts without the need for expensive full-scale testing equipment. The aim of the simulations can be, for example, to predict the final shape of the product, mecha…

Fibre reinforced polymer composites, i.e. plastics reinforced with thin fibres, are used in products requiring high stiffness and strength in combination with low weight.