In order to optimize our website continuously, we are usig cookies. By using the website, you agree to use cookies. Further information Close
CNMs – a new and unique class of materials

CNMs – a new and unique class of materials

CNMs – a new and unique class of materials

CNMs – a new and unique class of materials

CNMs – a new and unique class of materials

CNMs – a new and unique class of materials

CNMs – a new and unique class of materials

CNMs – a new and unique class of materials

News

12/2023:Meisenstr. 69 in 33607 Bielefeld

Read more

CNM Technologies has passed the first selection step for the Innovation Radar Prize 2022!

 

Read more

05/2022: CNM Technologies is presented by ZENIT GmbH as a prime example of the successful funding of technology development

Read more

04/2020: CNM Technologies is a core member in a consortium of eight European institutions working on ultrathin water filtration membranes.

Read more

We are currently presenting our newly developed composite membranes to a high number of Korean companies at the EU Gateway mission to Korea.

Read more

Scientists at CNM Technologies were successful in transferring the academically proven separation performance of Carbon Nanomembranes (see Yang et al., ACS Nano 12, 4695 (2018)) into a concept for high-performance waterfiltration membranes.

Read more

In a collaborative booth at the Graphene Conference 2018 in Dresden we are presenting our work in the EU-funded research project "PoC-ID", together with our colleagues from the Friedrich-Schiller-University Jena. The scientists in Jena developed a graphene-based field effect transistor, which is functionalised via a Carbon Nanomembrane. This newly developed chemical sensor is able to detect specific targets (e. g. chemokines in bodily fluids) with high sensitivity.

Read more

Bielefeld, July 2020 – CNM Technologies, based in Bielefeld/Germany, got awarded with the annual listing of 10 companies that are at the forefront of providing Advanced Materials solutions and impacting the industry.

Read more