Wall
Library
Fibrenamics’ Technology is presented in International Fair

21 Sep 2022News

Fibrenamics’ Technology is presented in International Fair

Tags

Fibrenamics’ Technology is presented in International Fair

Fibrenamics’ Technology is presented in International Fair

From Guimarães to the world, out came another technological innovation of excellence. This one is now positioned in the market as the main alternative for concrete and steel elements. An example of the usage of this technology could be the substitution of the beams used in railroads.

From the technological core of Fibrenamics, was developed a composite material with piezoresistive capability, with chemically treated glass fiber and functionalized with a solution of GNPs (Graphene Nanoplatelets), which resulted in a polymeric composite material with the ability to detect pressure.

Demonstrator model with incorporation of this technology - fibrenamics project

Figure 1. Demonstrator model with incorporation of this technology.

The use of this composite material not only allows the platforms that incorporate it to become lighter, but also promotes intelligent and real-time monitoring of loads, wear, and other parameters of interest.

During September 20-23, this technology will be on exhibition in Berlin, Germany, at the largest international transportation technology fair - InnoTrans.

Discover the details of this technology in the video below.

Related articles

"The price of recycled raw materials often has a price that makes the final product economically unviable"

12 Sep 2022News

"The price of recycled raw materials often has a price that makes the final product economically unviable"

In an interview with Fibrenamics, Cláudia Costa, R&D Manager at Surforma, expresses her opinion on issues such as product biodegradability and circularity of waste in companies.

Read More
Fibrenamics' BCR project presented in Germany

20 Sep 2022News

Fibrenamics' BCR project presented in Germany

Developed by Fibrenamics - the University of Minho, this project aimed to create interlaced composite bars - BCR - for subsequent application in concrete reinforcement (beams, columns, and, in network form, slabs and floors) and soil stabilization (nailing and anchoring).

Read More