Spark Plasma Sintering
An eco-responsible technology
As an expert in FAST/SPS technology, assisted by modelling and digital technology to produce homogeneous 2D or 3D parts with high material properties, we know how to densify parts in less than an hour with less than 1% porosity.
We combine more than 20 years of Field Assisted Sintering Technology, Spark Plasma Sintering (FAST/SPS) engineering and production experience with an innovative FEA model for simple and complex shapes, to enable the manufacture of your most critical and innovative parts with outstanding mechanical characteristics, in record time.
By sharing its technology and its expertise in Field Assisted Sintering Technology, Spark Plasma Sintering (FAST/SPS), Norimat supports your product development and optimization, to achieve the complex geometries and material performance demanded by your requirements.
3D printing of ready-to-use, densified ultra-high temperature ceramic (UHTC) parts using flash sintering technology.
Imagine the possibility of producing complex parts directly in near-finished form, with impressive precision, resulting in high-quality finished components.
But that's not all! Flash sintering technology enables these 3D printed parts to be densified in a single step.
All the powder used in the Field Assisted Sintering Technology, Spark Plasma Sintering (FAST/SPS) process is densified
Using our ground-breaking FEA model, Norimat customizes its offerings to meet your specific needs. Our team of PhDs and engineers will advise and guide you in selecting the best materials and designs for your parts, ensuring a tailor-made solution.
The Field Assisted Sintering Technology, Spark Plasma Sintering (FAST/SPS) process prevents grain growth within the materials. In addition to the pressure and temperature applied, the materials maintain a fine microstructure and can reach a density of 99.9%.
With the ability to produce complex geometries and customise designs, the applications for 3D printed UHTC parts are limitless. From high-performance aerospace components to cutting-edge medical implants, the potential is vast.
CUSTOMISABLE PRODUCT
All the powder used in the process is densified, there is virtually no powder waste.
The Field Assisted Sintering Technology, Spark Plasma Sintering (FAST/SPS) process prevents grain growth within the materials. In addition to the pressure and temperature applied, the materials maintain a fine microstructure and can reach densities in excess of 99.9%.
