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Preparation method for engineering ceramic acid and alkali resistant container

A technology of acid and alkali resistance and engineering ceramics, which is applied in the field of ceramic containers, can solve the problems of high thermal expansion coefficient, thermal stability, acid and alkali resistance, which cannot meet the production of engineering ceramic acid and alkali resistance containers, and long production cycle. Not easy to medium pollution, good appearance quality and performance indicators, and the effect of extending the heat preservation time

Active Publication Date: 2014-03-19
江苏省宜兴彩陶工艺厂
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The acid and alkali-resistant ceramic products prepared by this method all use natural raw materials, which has high energy consumption, environmental pollution, high carbon emissions, high cost, and long production cycle.
Engineering ceramic acid and alkali resistant containers have high requirements on product strength, water absorption, thermal expansion coefficient, thermal stability, acid and alkali resistance, so the existing ceramic product materials cannot meet the production of engineering ceramic acid and alkali resistant containers, so it is urgent to develop a A blank glaze suitable for high-grade engineering ceramic acid and alkali resistant containers and a reasonable firing process

Method used

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  • Preparation method for engineering ceramic acid and alkali resistant container

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0058] (1) To prepare roll forming blanks for engineering ceramic acid and alkali resistant containers, the ratio of the following raw materials is by weight:

[0059] Kaolin 19%,

[0060] White mud 40%,

[0061] Ceramic clinker 7%

[0062] Pyrophyllite 18%,

[0063] Lithium feldspar 16%

[0064] (2) Weigh the raw materials of the above components, according to the ratio of the above ingredients: ball: water = 1:1.1:0.85, put into the cylinder ball mill, after 24 hours, go out the cylinder to sieve to remove iron, and then press filter with 40kg The filter press is carried out until the water content is 19-20%, and then the vacuum mud is practiced 3 times to obtain the molding blank of the engineering ceramic acid and alkali resistant container.

[0065] (3) To prepare glazes for acid and alkali resistant containers of engineering ceramics, the ratio of the following raw materials is by weight:

[0066] Lithium feldspar 18.5% Quartz 17.5%

[0067] Suzhou soil 13.1% boron...

Embodiment 2

[0074] (1) To prepare roll forming blanks for engineering ceramic acid and alkali resistant containers, the ratio of the following raw materials is by weight:

[0075] Kaolin 18%,

[0076] White clay 38%,

[0077] Ceramic clinker 8%

[0078] Pyrophyllite 17%,

[0079] Lithium feldspar 19%

[0080] (2) Weigh the raw materials of the above components, according to the ratio of the above ingredients: ball: water = 1:1.1:0.85, put into the cylinder ball mill, after 24 hours, go out the cylinder to sieve to remove iron, and then press filter with 40kg The filter press is carried out until the water content is 19-20%, and then the vacuum mud is practiced 3 times to obtain the molding blank of the engineering ceramic acid and alkali resistant container.

[0081] (3) To prepare glazes for acid and alkali resistant containers of engineering ceramics, the ratio of the following raw materials is by weight:

[0082] Lithium feldspar 18.6% Quartz 16.8%

[0083] Suzhou soil 14.1% Boro...

Embodiment 3

[0090] Prepare the roll forming blank for engineering ceramic acid and alkali resistant container, according to the weight percentage ratio of the following raw materials:

[0091] Kaolin 16%,

[0092] White mud 41%,

[0093] Ceramic clinker 7%

[0094] Pyrophyllite 19%,

[0095] Lithium feldspar 17%

[0096] (2) Weigh the raw materials of the above components, according to the ratio of the above ingredients: ball: water = 1:1.1:0.85, put into the cylinder ball mill, after 24 hours, go out the cylinder to sieve to remove iron, and then press filter with 40kg The filter press is carried out until the water content is 19-20%, and then the vacuum mud is practiced 3 times to obtain the molding blank of the engineering ceramic acid and alkali resistant container.

[0097] (3) To prepare glazes for acid and alkali resistant containers of engineering ceramics, the ratio of the following raw materials is by weight:

[0098] Lithium feldspar 19.3% Quartz 16.3%

[0099]Suzhou soil...

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Abstract

The invention discloses a preparation method for an engineering ceramic acid and alkali resistant container. The preparation method comprises steps of batching of blank material raw materials, forming of the blank material, batching of glaze material raw materials, preparation of the glaze material, biscuiting, glaze application and sintering. The engineering ceramic acid and alkali resistant container has advantages of high acid resistance, high alkali resistance, particularly being free from pollution of media, high mechanical strength, high compactness, high dimensional precision, low water absorption, good heat stability, small thermal expansion coefficients, leak resistance and the like. The carcass is compact, the glaze is bright and clean, and there are no defects of pin holes, glaze shrinkage, thin glaze and the like. The defective percentage is lowered, and the production efficiency is raised. Temperature-resistant requirements to a kiln device are eliminated, and the production cost is lowered. The novel engineering ceramic acid and alkali resistant container has good appearance quality and performance indexes, and is an ideal product raising economic benefits.

Description

technical field [0001] The invention belongs to the field of ceramic containers, and in particular relates to a preparation process of engineering ceramic acid and alkali resistant containers. Background technique [0002] Acid-resistant and alkali-resistant ceramics are clay semi-ceramic materials with a wide range of applications. They can be used in chemical, smelting, pharmaceutical, food, paper, petroleum and other industrial fields. They have the advantages of corrosion resistance, wear resistance, and no pollution. It is far beyond the reach of other acid and alkali resistant products. Most of the acid-resistant ceramic products widely used in the market are made of kaolin-based clay through wet grinding, beating, concentration, molding, drying, and then high-temperature sintering. The acid and alkali-resistant ceramic products prepared by the method all use natural raw materials, which has high energy consumption, environmental pollution, high carbon emission, high ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C04B33/24C04B33/13C04B41/86
Inventor 孙素强周玉萍杨庆华
Owner 江苏省宜兴彩陶工艺厂
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