Services in Composites

Active substances are found in a wide range of products, from antimicrobial agents in wound care to nutrients in food. By encapsulating these substances in microscopic reservoirs, it is possible to both protect them from chemical degradation and control their release over time.

Thermo-mechanical experiment to measure the formability of aluminum sheet metal through the Forming Limit Curve (FLC) according to the Nakajima test procedure

Thermo-mechanical uniaxial tensile test of aluminum sheet metal

Concrete Technology combines multidisciplinary knowledge from inorganic chemistry (binders), organic chemistry (additives) and geology (aggregate) providing the most used building material in the world. RRISE offerst services within design of climate optimized concrete, advanced testing and consult…

The anisotropic properties of composites create challenges in manufacturing when dimensional accuracy and mechanical properties are critical. Simulations are used for optimization of process concepts and to minimize time for tool try-out at the start of production.

We offer permeation test for polymeric and composite materials that are exposed to high pressure hydrogen gas environments.

It is important to choose compatible polymers that can withstand metal salt solutions or strong acids/bases depending on the battery system. We can help in this process by advising and testing polymer compatibility under a range of conditions.

A method to determining the mechanical properties such as e.g. yield strength, ultimate strength and elongation under static loading. The testing can be carried out using either flat or cylindrical test specimens that are in line with the relevant standard.

The initial step in manufacturing with Laser Powder Bed Fusion (L-PBF) is buildjob preparation, during which the process parameters, component and build strategy are defined and set. Connected with buildjob preparation an analysis of the preparation's manufacturability is carried out to estimate ri…

Amongst several of the parameters that defines how a metallic powder will perform in additive manufacturing, the powder flowability is essential to ensure a thin and reproducible deposit of the metal powder, layer-after-layer until the object is finalized.

Optimized process parameters are essential for successful additive manufacturing, where the parameters must be optimized for the intended component / product. First, the significant parameters are optimized for smaller test objects, which are then transferred to the specific component. That provide…

It is of great importance that the quality of the metallic powder that is used in additive manufacturing is high, why it is important to be able to analyze and quality assure the raw material prior to the manufacturing.

RISE test and demo site for additive manufacturing includes manufacturing capabilities in industrial grade machines for Laser Powder Bed Fusion. Via this service, we provide direct access to printing capacity in RISE machinery.

Do you need to characterize thechemical composition of your material? FTIR (Fourier Transform InfraRed) spectroscopy is an important tool in material analysis. In addition to the standard set-ups, we have two advanced spectroscopic techniques; dynamic FTIR and imaging FTIR spectroscopy.

By means of confocal Raman microscopy (CRM), RISE can characterize and map the distribution of different chemical compounds in a sample matrix without the need for extensive sample preparation. CRM can characterize samples from the surface tens of micrometers into the bulk, without the need of a ph…

Atomic Force Microscopy (AFM) allows for studying nanoscale surface and interfacial properties of your product or application. For example, surface morphology, topography, nanomechanical surface properties, intermolecular and surface forces, adhesion, nanotribology i.e. friction, lubrication and w…