Cfrp surface functionalization layers: BayerRecent Research Landscape
Thermal instability during the reshaping of pre-consolidated blanks leads to fiber misalignment and structural defects. Precise control of the transformation tool geometry and heating profile ensures dimensional accuracy in composite manufacturing.
What technical problems is Bayer addressing in Cfrp surface functionalization layers?
Inadequate surface functionalization efficiency
(42)evidences
Uncontrolled magnetic field leakage and signal interference in vehicle structures. Mitigating these disturbances ensures sensor accuracy and prevents electronic component failure.
Inefficient component edge finishing
(22)evidences
Misalignment or shifting of thermoplastic blanks during thermoforming leads to geometric defects and structural inconsistency. Precise spatial control ensures dimensional accuracy and repeatable manufacturing quality.
Inadequate surface functional integration
(14)evidences
Poor surface adhesion between composite layers and functional coatings leads to structural delamination. Improving this interface prevents mechanical failure in safety-critical vehicle components.