Purple clay pottery functional after-finishing method

A post-finishing and purple sand technology, applied in chemical instruments and methods, clay products, clay preparation devices, etc., can solve the problems of unsolved drinking water safety problems, lowering the burning temperature, and reducing the strength of purple sand pottery, etc., to achieve pursuit and selection. Rationality, improve function and function, enhance the effect of biological life force

Inactive Publication Date: 2009-10-21
路朔良 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Even in the disclosed method of CN2926188Y utility model patent, adding water glass (including industrial caustic soda) to A purple sand mud slurry can reduce the burning temperature and avoid destroying tourmaline crystals when the burning temperature is greater than 900 ° C. Drinking water safety problems caused by glass
Also does not solve the purple sand pottery intensity (GB4741) reduction problem that causes under low-temperature firing
Also do not solve the problem that the capsule produced by water glass destroys the high porosity characteristic of purple sand pottery

Method used

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Examples

Experimental program
Comparison scheme
Effect test

example 1

[0040] Grinding and mixing into slurry: use Yixing's "Purple Clay" (purple sand variety) to break into small pieces of about 25 mm, select 80 kg of coarse crushing again, and use GB-80 grinding and peeling machine to grind the purple sand to 750 mesh micro particles. 4 kg of diatomite powder (900 mesh size), 5 kg calcium carbonate (900 mesh crushed), 4 kg scallop shell powder (400 mesh size), 5 kg tourmaline superfine powder (size D 50 : 106nm), and then add tourmaline superfine powder into water and other ground raw material powders and disperse them into composite functional powder mixed slurry by ultrasonic waves. The purity of tourmaline ultrafine powder is 95%, the infrared radiation rate measured by IRE-1 infrared tester is >0.92, and the number of air negative ions released by ITC-201A air negative ion meter is 6000 / cm 3 above.

[0041] Water filtration and vacuum mud refining: the prepared slurry is subjected to water filtration treatment, and then kneaded by a vacuum...

example 2

[0050] Grinding and mixing into slurry: choose "Qing cement" (purple sand variety) produced in Yixing to crush small pieces of about 25 mm, select 75 kg of coarse crushing again, and use GB-80 grinding and peeling machine to grind the purple sand to 600 mesh micro particles, 3.5 kilograms of diatomite powder (900 mesh specification), 4.5 kilograms of calcium carbonate (900 mesh crushed), 5 kilograms of scallop shell powder (400 mesh specification), 7.5 kilograms of tourmaline superfine powder (particle size D 50 : 106nm). Then add the tourmaline superfine powder into water and disperse it with other ground raw material powders by ultrasonic waves to form a composite functional powder mixed slurry. The purity of tourmaline ultra-fine powder is 95%, the infrared radiation rate of the powder measured by IRE-1 infrared tester is >0.92, and the number of air negative ions released by the powder measured by ITC-201A air negative ion meter is 6000 / cm 3 above.

[0051] Other manufac...

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Abstract

A purple clay pottery functional after-finishing method can manufacturer a purple clay pottery with the function of optimizing drinking water. The purple clay pottery can be manufactured by the composite function material slurry prepared by the raw materials of the following weight percent: 70-90 percent of Yixing purple clay pottery, 2.5-7 percent of diatomite, 2.5-5 percent of calcium carbonate, 3-8 percent of scallop shell powder, and 2-10 percent of superfine tourmaline powder (with granularity of D50: 100-120nm). The method comprises the steps; composite material functional slurry can be arranged on the surface of the pottery to be as functional layer coating; and after natural drying, the coating is sintered at the temperature of 850-900 DEG C and then cooled to be the pottery. The purple clay pottery with the function of optimizing drinking water can change the molecular structure and the resonance characteristics of the energy of the drinking water. The activated and energy-gathered drinking water has the special biological effect of transmitting information through cells, thereby playing the role of strengthening the life dynamics of living creatures.

Description

technical field [0001] The invention relates to a functional post-finishing method of purple sand pottery, which is a functional post-finishing method on the surface of purple sand pottery for repairing the physical structure of water and activating water quality. technical background [0002] Yixing purple sand is a kind of silicate mineral. The purple sand produced in Yixing is mainly composed of quartz silt and clay minerals glued to it. Quartz debris is distributed in the glue structure in isolation, and the purple sand clusters can be observed under the microscope. The chain-shaped pores and the fine pores inside the aggregates are different from ordinary clay in Yixing purple sand unique to our country. The double pore structure of Yixing purple sand is the most prominent feature. Yixing Zisha has a porosity of 20.9% after drying. Zisha pottery is fine in texture, hard, low in water absorption, stable in shrinkage, wide in firing temperature, high in porosity, good in...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C04B33/00B28C1/18B28C1/16
Inventor 路朔良朱枫林舒军
Owner 路朔良
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