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The invention provides ceramic granules capable of efficiently and permanently removing chlorine and a manufacturing method thereof. The ceramic granules are composed of the following components in percentage by weight: 80% of calcium sulfite, 10% of kaolin, 5% of gypsum and 5% of deionized water. The manufacturing method comprises the following steps: purifying and grinding the materials, proportionally mixing, shaping the granules, drying and dehydrating, activating, firing and packaging to obtain the product. The method improves the manufacturing technique, and changes the granule shape into broad-spectrum spherical granules. By performing improvement treatment with a kiln manufacturing technique, the product can be widely used and popularized, can be widely used in water treatment, bioengineering and other industries, and provides safe, environment-friendly, efficient and permanent chlorine-removal ceramic granules for users.
The invention provides ceramic granules capable of efficiently and permanently removing chlorine and a manufacturing method thereof. The ceramic granules are composed of the following components in percentage by weight: 80% of calcium sulfite, 10% of kaolin, 5% of gypsum and 5% of deionized water. The manufacturing method comprises the following steps: purifying and grinding the materials, proportionally mixing, shaping the granules, drying and dehydrating, activating, firing and packaging to obtain the product. The method improves the manufacturing technique, and changes the granule shape into broad-spectrum spherical granules. By performing improvement treatment with a kiln manufacturing technique, the product can be widely used and popularized, can be widely used in water treatment, bioengineering and other industries, and provides safe, environment-friendly, efficient and permanent chlorine-removal ceramic granules for users.
SPHERICAL CERAMIC GRANULES AND MANUFACTURING METHOD THEREOF
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