Glass cleaning Water based defoamer present different cleaning effects Belarus(3)

pigment

dispersant

adhesion

The study of foam can be traced back to Plato's time, but for hundreds of years, people have not formed a unified understanding of the definition of foam. American colloid chemist L · I · Osipow and Dow Corning's R · F · Smith defined foam from the density of foam; Japan's Koichi Ito defined foam from the perspective of foam structure, but ignored the correlation between bubbles; Professor Zhao Guoxi, a famous surface physicist in China, defined foam as: foam is a dispersion system in which gas is dispersed in liquid, gas is a dispersed phase (discontinuous phase), and liquid is a dispersion medium (continuous phase). Bubbles in liquid rise to the liquid surface, forming a bubble aggregate composed of a small amount of liquid that separates gas with liquid film. Scholars at home and abroad agree that foam itself is a thermodynamic unstable system. When the gas enters the solution containing surfactant, it will form a long-term stable foam system.

high

    BelarusGlass cleaning and defoaming agent is refined with silicone polyether as the main raw material and various active additives. It is a powder. Defoamer, fast defoaming, long foam suppression, low use cost, high electrolyte resistance, strong acid and alkali resistance, high shear resistance, can eliminate the foam of aqueous system; This product solves the defect that common defoamer lotion is easy to break in high electrolyte, strong acid, strong base and high shear systems. The company's scientific research institute specially develops defoaming powder for the special environment of washing powder. It is mainly a spherical and granular defoaming agent processed through specific equipment using organic silicon and inorganic carriers with specific structures. This defoamer has strong 消泡剂细分词 and inhibiting properties, and will not affect the washing effect due to the production of foam in the washing stage.