Multifunctional filter element structure

Abstract

The invention relates to a multifunctional filter element structure, wherein mainly oxide crystals are used to be extruded into a cylindrical filter element with high density. The oxide crystals are formed by mixing and sintering, and matched with powdery titanium phosphate condensation compounds to be mixed by using liquid materials, and after being ground to be nano-sized, the phosphate condensation compounds are splashed and plated on the filter element, and the spectroscopical emission rate (absorption rate) of the filter element is improved. Water quality of raw water passing through the filter element is activated through artificial microelements formed by the oxide crystals, a sterilizing effect is effectively achieved by using the nanocrystallized titanium phosphate condensation compounds, and the water quality is further purified.

Description

technical field [0001] The present invention relates to a multi-functional filter element structure, which is made of oxide crystals into a high-density filter element, and is sputter-plated with titanium phosphate condensate, so that the filter element can activate water quality and achieve bactericidal effect. Background technique [0002] The advancement of science and technology has brought about a better quality of life, but it has also brought serious pollution problems to the environment. Due to the impact of industrialization, water sources are polluted to varying degrees. In order to obtain clean and healthy water sources, most people install water filters at home to improve the quality of drinking water. However, conventional water filter cartridge construction, see figure 1 As shown, the filter element is placed in each filter barrel 10. As for the filter element, it is still mainly composed of activated carbon and non-woven fabric. The traditional activated carb...

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Problems solved by technology

[0003] (1) The traditional activated carbon filter element is hollow cylindrical. When the raw water enters the filter element, it cannot fully diffuse in the pores of the activated carbon, reducing its adsorption surface area.

[0004] (2) Although the traditional activated carbon filter element is covered with non-woven cloth, sometimes small activated carbon that is smaller than the gap in the non-woven cloth will flow out with drinking water. Although a small amount of activated carbon can absorb human toxins when drunk into the human body, if it is not drunk enough Excessive, it will affect the normal metabolism, bring harm to the human body

[0005] (3) Although the traditional activated carbon filter element is covered with non-woven fabric, the non-woven fabric may stretch and expand its pores after a period of use and under the impact of water pressure, causing the loss of activated carbon and reducing the service life of the filter element.

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