Radioactive anion and far infrared ceramic products and producing method thereof
A far-infrared and anion technology, which is applied in the field of synthetic anion generating substances, can solve the problems of weak anion and far-infrared radioactive energy.
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[0015] Fig. 1 is the sectional view of the ceramic product of making with the present invention, and the ceramic product of radiation anion and far-infrared ray of the present invention is applicable to toilet equipment such as ceramic tile, bathtub, water closet, washstand, exemplifies polishing ceramic tile below.
[0016] The ceramic product 1 that radiates anions and far-infrared rays of the present invention is composed of black soil 11%-13%, white clay 14%-16%, porcelain powder 35%-45%, feldspar powder 26%-30%, electrical Stone or jade powder or a mixture of 4%-6% of natural ores containing one or more radioactive anions among granite, medical stone, feldspar, mica, and germanium ores containing rare elements, by adding The mixed material is molded, molded at a high temperature of 1200° C., and subjected to surface polishing treatment to form a product with a pattern like natural marble.
[0017] The ceramic product 1 of preferred radiation anion and far-infrared ray of ...
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