Ceramic particle with adsorption, ion exchange and negative ion generating functions and preparation method thereof
A technology of ceramic particles and ion exchange, applied in the field of special functional ceramic materials, can solve the problem that ceramic washing balls cannot well meet the requirements of washing, cleaning and purification, etc. The effect of penetration and detergency
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[0028] Example one
[0029] Natural zeolite: 45 parts, tourmaline: 27 parts, rare earth oxides: 3 parts, thorium dioxide: 0.08 parts, polyacrylic resin: 3.92 parts, kaolin: 16 parts, water: 5 parts. Put the above components into an airtight mixer and mix them evenly, then roll them with a coater to form shaped particles of 2.0-15 mm, and after preliminary drying, they are fired in a high-temperature furnace at 800-1500°C.
Example Embodiment
[0030] Example two
[0031] Diatomite: 21.5 parts, natural zeolite: 18.5 parts, tourmaline: 19 parts, serpentine: 6 parts, rare earth mineral: 7 parts, radium dioxide: 0.06 parts, polyacrylic resin: 2.5 parts, polyethylene glycol : 1.44 parts, kaolin: 15 parts, water: 9 parts. Put the above components into an airtight mixer and mix them evenly, then roll them with a coater to form shaped particles of 2.0-15 mm, and after preliminary drying, they are fired in a high-temperature furnace at 800-1500°C.
Example Embodiment
[0032] Example three
[0033] Natural zeolite: 8.5 parts, diatomaceous earth: 5 parts, medical stone: 8.5 parts, bianstone: 3.5 parts, alumite: 2.5 parts, tourmaline: 9 parts, serpentine: 7.5 parts, opal: 11.5 parts, deep sea Volcanic ash: 8 parts, rare earth element oxides: 3 parts, rare earth minerals: 2.5 parts, rare earth element salts: 1.5 parts, thorium dioxide: 0.05 parts, radium dioxide: 0.05 parts, polyacrylic resin: 2 parts, polyethylene two Alcohol: 1.2 parts, Magnesium stearate: 1.5 parts, Dextrin: 2.2 parts, Kaolin: 14 parts, Water: 8 parts. Put the above components into an airtight mixer and mix them evenly, then roll them with a coater to form shaped particles of 2.0-15 mm, and after preliminary drying, they are fired in a high-temperature furnace at 800-1500°C.
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