Difference Between Micro & Nanobubble

Nanobubbles and Microbubbles exhibit distinct characteristics and behaviors due to their differences in size and stability: Size: Nanobubbles are too small to be seen with the naked eye, typically ranging from tens to hundreds of nanometers in diameter, whereas microbubbles are larger and can be visible, typically ranging from a few micrometers to millimeters in diameter. Appearance: Nanobubbles are transparent in liquids, while microbubbles are visible upon generation and appear milky or cloudy in liquid. Stability: Microbubbles tend to disappear shortly after generation due to their larger size and tendency to rise to the surface and burst. In contrast, nanobubbles can remain suspended in water for several weeks due to their smaller size and increased stability. Visualization: Nanobubbles can be visualized using a laser pointer through the back-scattering of light, exhibiting the Tyndall effect, while microbubbles do not show this effect. Behavior under agitation: Mechanical agitation, such as shaking, can cause nanobubbles to expand and form larger microbubbles. This disruption of equilibrium and pressure imbalances lead to the growth of visible microbubbles from nanobubbles. Effect on water properties: Nanobubbles reduce the surface tension of water due to their smaller size. They also promote the diffusion of solutes in liquids by providing additional surfaces for interaction, thereby enhancing processes such as diffusion and adsorption. ABOUT Our company's exclusive nanobubble generation technology, which requires minimal energy, holds immense potential for various industries. Targeting pond & lake treatment, soil purification, oxidation, hydroponics, aquaculture, agriculture, horticulture, wastewater treatment, medicine, food processing, water treatment, and gas, oil, and mining sectors could revolutionize processes in these fields, offering significant benefits and advancements.