Particle zeta potential control

Efficient Zeta Potential Controls need to define the zeta potential for both the electrophoretic mobility and streaming potential methods, because different methods of zeta potential determination show different values. The zeta potential controls by Applied Microspheres provide reliable zeta potential values for both methods. They have a stronger negative charge than commonly used polymer particle suspensions and the lack of surfactant in the suspension ensures a significant reduction of background noise

Brands: Applied Microspheres

Item noProductnameParticle SizeConcentrationCompositionVolume/ QuantityAdd to Quotehf:att:pa_item-nohf:att:pa_particle-sizehf:att:pa_volume-quantityhf:att:pa_concentrationhf:att:pa_compositionhf:att:pa_surface-modificationhf:att:pa_nist-traceablehf:att:pa_key-applicationhf:att:pa_sub-applicationhf:att:pa_application-l1hf:att:pa_application-l2
Zeta Potential Controls
70312c200-nm12x33-mlpolystyrenecarboxylate-modifiednometrology-instrument-calibrationcolloidal-stability-testingmonitoring-zeta-potential-value
Zeta Potential Controls
70318c200-nm18x33-mlpolystyrenecarboxylate-modifiednometrology-instrument-calibrationcolloidal-stability-testingmonitoring-zeta-potential-value
Zeta Potential Controls
71010c200-nm10x10-mlpolystyrenecarboxylate-modifiednometrology-instrument-calibrationcolloidal-stability-testingmonitoring-zeta-potential-value