Middle-temperature high-aluminum reinforced porcelain and process for producing same

A technology of strengthening porcelain and high alumina, which is applied in the field of medium-temperature high-alumina strengthening porcelain and its production technology, can solve the problem of high energy consumption, achieve the effect of reducing firing temperature and improving internal performance

Inactive Publication Date: 2006-09-27
林伟河
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In the production process of the above two invention applications, although the firing temperature has been reduced, the raw materials (magnesia clay or quartz) have to be pretreated (fired), and the energy consumption is still high.

Method used

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  • Middle-temperature high-aluminum reinforced porcelain and process for producing same

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0013] A medium-temperature high-alumina strengthened porcelain, which is composed of the following components (by weight): 15% of Datong soil, 10% of weathered potassium feldspar, 11% of alumina, 24% of Hunan washing mud, 2% of Jiangxi lithium porcelain stone powder, and Hunan black Feldspar 10%, calcined talc 3%, Jiepai soil 14%, quartz 8%, Guizhou soil 3%.

[0014] After batching according to the above ratio, put it into a ball mill and add water to ball mill, sieve to remove iron, press filter, rough smelt, stale, scouring, molding, drying, glazing, firing, inspection, packaging.

[0015] Said billet is added water ball mill according to material: ball: water=1.0:1.9:1.0 weight ratio adds water, ball milling time is 20 hours, ball milling fineness is less than 0.1% by sieve remaining 250 orders, and sieve remaining 325 orders is less than 0.3%; The sieve is 200 mesh; the Gauss intensity of the iron removal is 10000 Gauss intensity, and it is continuously sieved for 3 times...

Embodiment 2

[0018] A medium-temperature high-alumina strengthened porcelain, which is composed of the following components (by weight): 20% of Datong soil, 5% of weathered potassium feldspar, 15% of alumina, 15% of Hunan washing mud, 2% of Jiangxi lithium porcelain stone powder, and Hunan black Feldspar 9%, calcined talc 5%, Jiepai soil 20%, quartz 5%, Guizhou soil 4%.

[0019] After batching according to the above ratio, put it into a ball mill and add water to ball mill, sieve to remove iron, press filter, rough smelt, stale, scouring, molding, drying, glazing, firing, inspection, packaging.

[0020] Add water ball mill to the blank according to material: ball: water=1.0: 2.0: 1.2 weight ratio and add water, ball milling time is 20 hours, ball milling fineness is less than 0.1% by sieve remaining 250 mesh, and sieve residue 325 mesh is less than 0.3%; The sieve is 200 mesh; the Gauss intensity of the iron removal is 10000 Gauss intensity, and it is continuously sieved for 3 times; the p...

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Abstract

The invention discloses a middle temperature high-alumina intensification ceramic and manufacturing technique, which comprises the following parts: big-same-sand, wind-transmission potash feldspar, alumina, hunan-wash-mud, Jiangxi lithium chinastone powder, Hunan blach feldspar, calcinations talcum, boundary board soil, and quartz and Guizhou soil. The manufacturing technique comprises the following steps: batching; adding in water and abrading-ball; riddling and deironing; filter-pressing; pugging; ageing scouring; forming; drying; glazing; firing by kiln oven. The veintion has high transverse strength and good heat endurance.

Description

technical field [0001] The invention relates to a strengthened porcelain and a production process thereof, in particular to a medium-temperature high-alumina strengthened porcelain and a production process thereof. Background technique [0002] At present, the production of high-alumina reinforced porcelain in the market has the disadvantages of high raw material cost, high firing temperature (1350-1400°C), and high energy consumption. Chinese Patent Publication No. CN1548399A, published on November 24, 2004, the name of the invention is a reinforced porcelain and its production process. The application discloses a low-temperature fast-fired magnesia reinforced porcelain and its production process. Chinese Patent Publication No. CN1548400A, published on November 24, 2004, the name of the invention is a kind of strengthened porcelain and its production process. The application discloses a high-silicon reinforced porcelain and its production process. In the production process...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C04B35/00C04B35/10C04B35/622
Inventor 林伟河
Owner 林伟河
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