Rotational atomization filament geometry: BASFRecent Research Landscape
Inconsistent liquid atomization patterns lead to coating defects and material waste. Precision measurement of the bell-shaped spray envelope ensures uniform deposition and reduces rework costs.
What technical problems is BASF addressing in Rotational atomization filament geometry?
Inaccurate visual appearance matching
(16)evidences
Variations in application environments and equipment parameters lead to visual discrepancies between target and applied finishes. Eliminating these deviations ensures aesthetic uniformity across different manufacturing batches.
Coating thickness measurement inaccuracy
(10)evidences
Non-uniform flow and sagging during the drying phase lead to surface defects. Controlling these properties across varying target geometries prevents aesthetic and structural film failures.
Visual appearance mismatch
(6)evidences
Inconsistent quantification of human-perceived visual attributes in complex effect coatings. Standardizing these metrics reduces color matching errors and material waste.
Inaccurate spray pattern prediction
(2)evidences
Inconsistent liquid distribution during rotational atomization leads to coating defects. Precise assessment of the bell-shaped spray profile prevents non-uniform thickness and material waste.