New possibilities for analysing carbon concrete.
Due to its low concrete requirements, carbon concrete is a promising solution for the future of construction. For precise optimization of this material, it is crucial to accurately monitor the position of the carbon fibers. Our imaging magnetic field sensors offer promising approaches to non-destructively identifying the position of the carbon fibers in carbon concrete. This technology opens up new perspectives for quality assurance and further development in the production of carbon concrete components.
B-Tech Facts
An innovative approach to monitoring carbon concrete.
Gain valuable insights into the material with B-TECH
- Determining the Fiber Position in Concrete
B-TECH provides the ability to identify the position of carbon fibers in concrete, thereby deepening the understanding of their influence on material properties.
- Optimization of the Production Process
Use the non-destructive measurement method to optimize process parameters.
- Integration into Existing Processes
The technology can be integrated into production lines and enables precise analysis without significant changes to workflows.
Determining the Position of Carbon Fibers
With our technology, you can non-destructively look inside concrete. We make the carbon fibers visible by passing a current through the fiber itself or an auxiliary conductor. Our solution enables you to determine the position and distribution of the carbon fibers so that all associated process parameters can be optimized.
- Precise localization without damage
- Continuous real-time monitoring
- Versatile applications and measurement possibilities
Investigation of Current Flows in Carbon Fiber Concrete
Our technology enables the visualization of current flow in concrete structures with embedded carbon fibers. Magnetic field measurement shows how the varying conductivity at fiber junctions influences the current flow and leads to different paths.
- Visualization of current flow
- Identification of conductive junctions
- Support in optimizing material and manufacturing processes
