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Deqing WaySing Nano Technology Co., Ltd. is a technology company focusing on the research and development and application of high-pressure multiphase flow microchannel technology, nano engineering technology and nano bubble preparation technology. It is committed to providing customers with high efficiency, energy saving and environmental protection micro and nano technology solutions, enabling all industries to embrace the future of green technology.

The company has a team with rich experience and professional knowledge, bringing together experts and engineers in the fields of high-pressure multiphase flow, environmental science, polymer materials, chemical engineering and environmental engineering to provide micro and nano technical solutions for various industries to help customers save energy, reduce emissions, protect the environment and improve efficiency.

Nanobubble technology

The dynamic behavior of nanobubbles is highly complex. Within extremely small spaces (micron scale) and extremely short time frames (microsecond scale), gas and liquid phases are influenced by flow field cavitation and turbulent shearing. This results in processes such as heat and mass transfer and chemical reactions between the gas and liquid phases, enabling the kinetic and potential energy of the phase interface to convert into each other.

High-pressure multiphase flow technology provides an integrated solution for the preparation of nanobubbles, including multiphase mixing, crushing, dispersion, and interface restructuring. This meets the kinetic requirements of energy-limited stage intervention, allowing for the low-cost, high-throughput production of nanobubbles.

High pressure microchannel multiphase flow technology

Through pressurization by a high-pressure pump, gaseous, liquid, or solid substances undergo a process of efficient ultrafine pulverization and homogeneous emulsification within microchannels at the micron- or millimeter-scale. This is achieved through the combined effects of high-speed shear, high-pressure jet impingement, and cavitation caused by instantaneous pressure drops in the flow channels.

Hydrodynamic advantage of high-pressure microchannels

When the pressure is 200BAR, the kinetic energy density of the fluid in the microchannel is 100 times higher than that of the input fluid energy density by Bernoulli equation calculation. Kinetic energy density value >5000 ergs/cm 3. The flow channel changes from large to small, and the kinetic energy density increases. The flow channel changes from small to large, and the kinetic energy of the fluid changes to the cavitation energy. The flow channel section changes continuously and the kinetic energy pulsates to strengthen the mass transfer process.

Enhancement of Mass and Heat Transfer with High-Concentration Nanobubbles

High-concentration nanobubbles exhibit excellent mass and heat transfer properties, significantly improving the cooling and lubrication effects of cutting fluids. Nanobubbles possess extremely high surface energy, forming a uniform protective film between the cutting tool and the workpiece. This reduces wear and extends the service life of the cutting tools.

High-Pressure Microchannel Nanometer Emulsification

After treatment, the cutting fluid forms a stable nano-emulsion. This emulsion provides excellent cooling, lubrication, and anti-corrosion properties, contributing to improved machining efficiency and precision.

WaySing- Nano Tech
West Side Of Shuang Shan Rd,Economical Development Zone Deqing,China 313200
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86-572-8062810
86-572-8823516
Alison (Sale Manager)
86-15616595119

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Last Modified : 2025 - 01 - 15