Surface modified silver nanowire morphology: BASFRecent Research Landscape
Uncontrolled particle geometry in conductive inks leads to poor percolation and high material costs. Precise engineering of transition metal aspect ratios ensures high conductivity at lower metal loadings.
What technical problems is BASF addressing in Surface modified silver nanowire morphology?
Morphological instability and aggregation
(8)evidences
Spherical or irregular nanoparticles suffer from low surface-to-volume ratios and poor packing density. Maximizing the aspect ratio through platelet morphology addresses the limitation of insufficient reactive or conductive surface contact.
Insufficient omnidirectional light reflection
(8)evidences
Low reflectivity at off-specular angles prevents LiDAR sensors from detecting dark or angled surfaces. Increasing brightness and flop index ensures reliable object recognition for autonomous navigation.
Insufficient visual depth and brilliance
(6)evidences
High manganese oxide levels and non-sustainable precursors pose environmental and health risks in coatings. Reducing toxic chemical reliance ensures regulatory compliance and safety.