Powerful magnetization device for fluid

Abstract

The invention discloses a powerful magnetization device for a fluid, which comprises a permanent magnet bar and a spiral pipe wound at the periphery of the permanent magnet bar, wherein the periphery of the spiral pipe is further provided with a permanent magnet sleeve pipe; and a fluid to be magnetized flows in the spiral pipe. According to the invention, the fluid to be magnetized flows in the spiral pipe and is magnetized by the permanent magnet bar at the inner side and the permanent magnet sleeve pipe at the outer side, thereby realizing that the magnetic field intensity in the magnet pipe can be up to 20000GS, and ensuring that the fluid maximally cuts magnetic lines in the process of flowing across the magnet pipe. The powerful magnetization device is simple in structure, greatly improves the magnetic field intensity caused by magnetization, solves the defects of the existing magnetization treatment device such as complex structure, multiple parts, large volume, heavy weight and low magnetic energy product utilization ratio, and achieves the advantages of high unit-volume magnetization efficiency, small volume, light weight, simple structure and good manufacturability. Besides, the powerful magnetization device is wide in application range, low in cost and convenient to organize mass production.

Description

technical field [0001] The invention relates to a magnetization device, more specifically a device suitable for powerful magnetization treatment of fluids such as liquids and gases. Background technique [0002] At present, fluid magnetization treatment technology has been successfully applied in many technical fields such as energy saving, environmental protection, and human health care. Although the results of the successful application of fluid magnetization technology have been widely reported, they have not been widely applied, and people have different opinions on this technology. What is the reason? The author has conducted a detailed investigation on the structure, principle and performance parameters of similar domestic products, and found that many magnetization processing devices in China are affected by the structure, and generally have problems such as low magnetic field strength (generally lower than 5000GS) and complex magnetization structures, which lead to ...

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Problems solved by technology

Although the results of the successful application of fluid magnetization technology have been widely reported, they have not been widely applied, and people have different opinions on this technology. What is the reason? The author has conducted a detailed investigation on the structure, principle and performance parameters of similar domestic products, and found that many magnetization processing devices in China are affected by the structure, and generally have problems such as low magnetic field strength (generally lower than 5000GS) and complex magnetization structures, which lead to Poor effect, low efficiency, unstable, unsafe, and ineffective use

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