The Z potential is a unit of measurement, a physical property that expresses the capacity of attraction or repulsion of charge between particles.
It is not an element that can be measured directly. Its calculation is based on theoretical models or estimates.
Zeta potential measurement can be applied in different industries, such as ceramics, pharmaceuticals, medicine, minerals, electronics and water treatment.
What is the Z potential for?
The importance of the Z potential lies in the fact that, depending on its value, it influences the stability of the materials.
If there is a high Z potential, the emulsions are electrically stabilized, the repulsive forces overcome the attractive forces and a stable system is generated. Whereas if there is a low Z potential, emulsions coagulate, which can promote instability.
- Z-potential is used to improve the stability of materials
- It allows to obtain superior properties of the final product by controlling the structure or coating.
- Improves performance in products manufactured from suspensions.
- Faster product introduction and formulation.
At Sisneo we use the Z-potential to increase the effectiveness of products specifically formulated for transdermal electroporation.
The Z-potential allows stable protection of the molecule and facilitates the creation of very high concentrations of actives that would otherwise be impossible to introduce into the skin.
Commitment to quality
This text on Z-potential has been written by professional editors and reviewed by Sisneo’s medical-aesthetic team. In addition, we have relied on experts in medicine, engineering and aesthetics as a source of information, as well as specific studies to maintain the quality of what we publish.
At Sisneo Bioscience we are committed to publish truthful and contrasted information. And to update or correct it as soon as new knowledge becomes available.
Among others, we have used the following references:
- Tantra, Ratna & Schulze, Philipp & Quincey, Paul. (2010). «Effect of nanoparticle concentration on zeta-potential measurement results and reproducibility» en Particuology. 8. 279-285. 10.1016/j.partic.2010.01.003.