The mechanism of action of clay stripping agents mainly involves the synergistic effect of surfactants and chemical solvents. The following is the general mechanism of action of the clay stripping agent:
Penetration: The surfactant in the clay stripping agent has strong penetration ability and can quickly penetrate into the adhered clay layer or dirt.
Dispersion: Surfactants will interact with particles or molecules on the surface of the adhesive, disrupting its aggregation state and dispersing it in the solution.
Emulsification: The surfactant in the clay stripping agent can mix with non-polar substances in adhesive materials such as water and oil to form an emulsion, effectively encapsulating the clay.
Dissolution: The chemical solvents in the clay stripping agent can react with viscous substances, causing changes in their molecular structure, thereby reducing their viscosity and adhesion.
In summary, the clay stripping agent can effectively destroy the structure of the clay layer or dirt, separate its adhesion to the substrate, and make it easy to clean and remove through penetration, dispersion, emulsification, and dissolution. The specific mechanism of action may vary depending on the formula and application field of different clay stripping agents. During use, please follow the product manual or professional guidance for correct operation.