Method for producing ceramic tiles with absorption and release functions by using kieselguhr as main component

A technology of diatomaceous earth and functional function, which is applied in the field of making micro-porous tiles, which can solve the problems of not ideal tiles, poor performance of cold insulation, heat insulation and sound insulation, and dew condensation on the glazed surface of tiles.

Active Publication Date: 2014-02-05
营口盼盼硅藻材料集团有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

As far as the ceramic tiles currently used for indoor wall decoration are found, there are many problems in use, such as poor performance of cold insulation, heat insulation and sound insulation
A very prominent problem is that dew condensation is easy to appear on the glazed surface

Method used

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  • Method for producing ceramic tiles with absorption and release functions by using kieselguhr as main component
  • Method for producing ceramic tiles with absorption and release functions by using kieselguhr as main component
  • Method for producing ceramic tiles with absorption and release functions by using kieselguhr as main component

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0020] 1-1) Take 300 kg of diatomite, 200 kg of feldspar, 200 kg of clay, 100 kg of zeolite, 100 kg of kaolin, 30 kg of methyl cellulose, 40 kg of glass fiber and 30 kg of sodium silicate with reference content. After being crushed into materials below 325 mesh. Add 450 kg of water and put it into an automatic slurry mixer to stir for 8 hours.

[0021] 1-2) The mixed material is then spray-dried to produce a powder with a moisture content of 7%, a particle size of 5% above 0.5mm, and 2% below 0.08mm.

[0022] 1-3) Put the above powder into a hydraulic press at a rate of 350kg / cm 2 The pressure is pressed into a semi-finished product with a size of 100mm×100mm×6mm, and it is fired at a maximum firing temperature of 750°C for one hour.

[0023] 1-4) Glaze production

[0024] Get 70 kilograms of glass frit of standard content, 10 kilograms of kaolin, 5 kilograms of glass powder, 10 kilograms of silica sol, 2 kilograms of negative ion agent, 3 kilograms of far-infrared radiatio...

Embodiment 2

[0027] 2-1) Take 360 ​​kg of diatomite, 250 kg of feldspar, 150 kg of clay, 70 kg of zeolite, 50 kg of kaolin, 50 kg of methyl cellulose, 40 kg of glass fiber and 30 kg of sodium silicate as raw materials for the standard content. Mix and pulverize, then add 500 kg of water and put it into an automatic mixer and stir for 8 hours.

[0028] 2-2) The mixed raw materials are then spray-dried to produce a powder with a moisture content of 7%, a particle size of 5% above 0.5mm, and 2% below 0.08mm.

[0029] 2-3) Put the above powder into a hydraulic press. at 400kg / cm 2 The pressure is pressed into a semi-finished product with a size of 100mm×100mm×6mm, and the finished product is fired at a maximum firing temperature of 750°C for one hour.

[0030] 2-4) Glaze production

[0031] Get 75 kilograms of glass frits of benchmark content, 5 kilograms of kaolin, 5 kilograms of glass powders, 10 kilograms of silica sols, 2 kilograms of negative ion agents, and 3 kilograms of far-infrared...

Embodiment 3

[0034] 3-1) Take 420 kg of diatomite, 200 kg of feldspar, 150 kg of clay, 50 kg of zeolite, 50 kg of kaolin, 40 kg of methyl cellulose, 40 kg of glass fiber, and 50 kg of sodium silicate as raw materials for the standard content. Mix and pulverize, then add 450 kg of water and put it into an automatic mixer to stir for 8 hours.

[0035] 3-2) After stirring, the mixed raw materials are spray-dried to prepare a raw material powder with a water content of 9%, a particle size of 5% above 0.5mm, and 2% below 0.08mm.

[0036] 3-3) Put the above powder into the hydraulic press at 420kg / cm 2 The pressure is pressed into a semi-finished product with a size of 100mm×100mm×6mm, and the semi-finished product is fired at a maximum firing temperature of 750°C for one hour.

[0037] 3-4) Glaze production

[0038] Get 70 kilograms of glass frit of standard content, 10 kilograms of kaolin, 10 kilograms of glass powder, 5 kilograms of silica sol, 2 kilograms of negative ion agent, 3 kilograms...

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Abstract

The invention provides a method for producing ceramic tiles with absorption and release functions by using kieselguhr as a main component, relates to a ceramic tile production method and particularly relates to a method for producing tiny porous ceramic tiles by using the kieselguhr as the main component in combination with materials such as kaolin, feldspar and clay. The kieselguhr is characterized by multiple tiny pores and is a light natural mineral. The kieselguhr is used as the main raw material for producing indoor decorating ceramic tiles by using the characteristics of lots of tiny gaps of the kieselguhr and can automatically adjust the indoor dryness and humidity; and when the indoor vapor quantity is large, moisture can be absorbed into ceramic tile bodies by the kieselguhr through the pores, when the indoor air is dry, the moisture in the ceramic tile bodies can be released by the kieselguhr, so that the temperature and humidity adjustment is realized. In addition, as the ceramic tiles contain an infrared ray generating agent and a negative ion generating agent, far infrared rays and negative ions can be released at ordinary times and have a health care effect on human bodies, and therefore, the ceramic tiles are ideal indoor decorating ceramic tiles.

Description

Technical field: [0001] The invention relates to a ceramic tile manufacturing method, in particular to a method for manufacturing micro-porous ceramic tiles with diatomite as the main component. The finished product has the function of absorbing and releasing moisture. Background technique: [0002] The tiles currently on the market generally include glazed tiles, whole body tiles, polished tiles, vitrified tiles and mosaics. It is generally made of clay, powdered quartz and feldspar materials. The product is used as a decorative material for the walls of buildings, and it is used in different places according to different needs. With regard to the ceramic tiles currently used for indoor wall decoration, many problems have been found in use, such as poor performance of cold insulation, heat insulation and sound insulation. A very prominent problem is that dew condensation is easy to appear on the glazed surface of the tiles when the indoor temperature changes greatly. If ...

Claims

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Application Information

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IPC IPC(8): C04B33/13
Inventor 韩国贺
Owner 营口盼盼硅藻材料集团有限公司
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