Ore ball capable of improving microstructure and performance of water

Abstract

The invention discloses an ore ball capable of improving the microstructure and performance of water. The ore ball comprises a shell and a core, wherein the shell is a sphere with an interior cavity structure, tourmalinite particles are distributed on the surface of the sphere and on the wall of the cavity structure, the surfaces of the tourmalinite particles have cavity clustering structures, and the core is located in the cavity structure. The ore ball provided by the invention has the following beneficial effect: through reconstruction of the surface of tourmalinite, heavy metal element ions attracted by the polarized electric field of tourmalinite are further adsorbed by the cavity structure, so removal effect on the harmful elements is improved.

Description

technical field [0001] The invention relates to an ore ball for improving the microstructure performance of water, which belongs to the field of new materials. Background technique [0002] Tourmaline ceramic balls, also known as tourmaline balls, tourmaline ceramic balls, tourmaline energy ceramic balls, tourmaline mineralization balls, tourmaline balls, are made of high-quality tourmaline, food-grade clay and multifunctional healthy ceramic materials. Cheng, is a high-tech health ceramic products. [0003] Chinese patent 201010292936.8 discloses an alkaline tourmaline ball and its preparation method. The mass ratio of the components of the alkaline tourmaline ball is: kaolin 45-55, tourmaline 25-35, medical stone 5-15, Water 5~15. The highest content of tourmaline in this document is 39wt%. Due to its limited specific surface area, its contact with water is not high, and its adsorption capacity for heavy metals is weak. [0004] Chinese patent 200510045991.6 discloses f...

AI Technical Summary

Problems solved by technology

[0006] There are still some defects in the performance of tourmaline ore balls: first, the content of tourmaline ore powder as an active ingredient in the ore balls is limited, and can only account for 15-35wt% of the total mass of raw materials. If it is increased, it will be difficult to sinter and form, and Tourmaline ore powder is easy to agglomerate and distribute after sintering due to uneven mixing, which affects performance; second, the ceramic shape of ore balls is too dense, which reduces the contact between tourmaline components and water, which is not conducive to the release of far infrared rays and negative ions , which also weakens the role of tourmaline's own polarized electric field and the outside world; third, the heavy metal elements rely on the electric field adsorption of tourmaline components, the adsorption force is weak, and it is easy to re-release to the water body