Ore used in core tube of water treatment device

Abstract

The invention relates to an ore used in a core tube of a water treatment device. The ore has six angles which are uniformly distributed at the periphery of the hexagonal ore. A concave part is formed between every two angles. A distance A from the center to the angle top is twice a distance B from the center to the angle bottom. The concave part is at an obtuse angle. The surface of the ore is provided with at least one through hole. The ore comprises the following components: medical stone used as a matrix, 10 to 15 percent of tourmaline, 50 to 68 percent of rare earth materials Nd2Fe14B, 18to 30 percent of granite, 1 to 2 percent of magnetite, 3 to 4 percent of zeolite and 1 to 0.5 percent of silver. The ore has an irregular shape, so the filling ratio is lower, the flow rate is not influenced, the impact direction of a water column is irregular and the water molecule energy field is naturally increased. Compared with the surface area of a spherical ore with the same density and weight as the hexagonal ore, the surface area of the hexagonal ore is nearly 20 percent larger than that of the spherical ore. Therefore, the impact area of water and the hexagonal ore is relatively superior to that of the water and the spherical ore. The impact area is larger, more water molecules are fragmentated and correspondingly the water molecule energy and the negative ion density can be higher.

Description

technical field [0001] The invention relates to an ore structure and composition, in particular to a structure and composition of an ore for water treatment. Background technique [0002] There will be a big gap between the design and functional use of ceramic calcination and demand. Therefore, more than 90% of them are spherical designs, which are for the convenience of the manufacturing process. The sole reason is that the design of the mold is convenient for mass production, without considering the product requirements of the targeted functions of this process, and naturally ignoring the goals to be achieved. importance of purpose. When the spherical design hits the same mass of ore in a circular radial shape when the water flows through it, when the water column impacts the ore, since the counterattack force of each contact point on the surface of the ball is exactly the same, it is easy to cause mutual cancellation (symmetry at any point on the sphere) Points are all ...

AI Technical Summary

Problems solved by technology

Therefore, more than 90% of them are spherical designs, which are for the convenience of the manufacturing process. The sole reason is that the design of the mold is convenient for mass production, without considering the product requirements of the targeted functions of this process, and naturally ignoring the goals to be achieved. importance of purpose

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