Manufacturing method of energy product raw material and structure of energy product raw material

Abstract

A manufacturing method of an energy product raw material mainly comprises the steps of fully mixing 25%-35% of natural mischmetal ore with 65%-75% of water-soluble essential oil to form a base material for printing, erecting a printing plate on a screen printing machine for layer-by-layer printing of the base material with a thickness of 0.04mm, baking and drying the base material, and repeating the printing, baking and drying steps for several times to form the energy raw material with the appropriate thickness. The energy product raw material is applied to accessories, textiles, personal articles for daily use, health care commodities and the like, and the energy product raw material can assist users to resist harmful effects of positive ions and maintain natural balance of bodies of users so as to promote blood circulation and increase metabolic effects of the users.

Description

technical field [0001] The invention relates to a method for manufacturing energy product raw materials, especially a method for manufacturing energy product raw materials that can be used in accessories, textiles, personal daily necessities, and health care products, and whose quality is stable. Background technique [0002] At present, due to the development of science and technology, most of people's living environment and body have the following hidden worries: [0003] 1. There will be a large number of positive ions in the area where there are many buildings. Equipment such as TVs, computers, microwave ovens, and electronic products will emit electromagnetic waves and generate a large number of positive ions. Positive ions are commonly referred to as tired ions, and when we are exposed to large amounts of positive ions, we tend to feel tired both physically and emotionally. Studies have shown that positive ions can reduce the body's immune system, affect blood circula...

AI Technical Summary

Problems solved by technology

However, existing products such as figure 1 As shown, the processing of mixing ore raw materials 2 with silica gel 1 (or other plastic processing methods) to form energy products is difficult to mix due to the high density of ore raw materials 2 and the melting point is above 2000°C, resulting in many loaded media substances After mixing, the silica gel 1 (plastic) carried on it exists in the upper layer, while the ore raw material 2 settles at the bottom, making the quality of the product extremely unstable, and the loss of raw materials during the process is high

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