Method for producing stone-simulative microlite from slag and waste glass

A technology of waste glass and slag, applied in the field of producing imitation stone microcrystalline slag, can solve the problems of high production technology and cost, unbearable for ordinary people, monotonous colors, etc. Effect

Inactive Publication Date: 2014-04-30
冯翠兰
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] With the continuous improvement of people's living standards, people have higher and higher requirements for decoration materials, color varieties, and environmental protection. The current mainstream market of microcrystalline stone in China is still the architectural decoration industry, mainly replacing some natural stone and high-end building materials. For pottery products, due to the high production technology and cost of the existing process and the monotonous color, the application of microcrystalline stone decorative plates in the field of home decoration is seldom. It is relatively high, which leads to the high price of the plate, which is unbearable for ordinary people; second, the

Method used

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  • Method for producing stone-simulative microlite from slag and waste glass
  • Method for producing stone-simulative microlite from slag and waste glass
  • Method for producing stone-simulative microlite from slag and waste glass

Examples

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Effect test

example 1

[0016] Example 1: Take the waste slag from the aluminum material factory and the TV screen glass from the waste treatment station. After testing, mix 50 tons of powder according to the following components and ingredients list, and put it into a melting furnace with an area of ​​5 square meters. Continuous discharge, the discharged glass is made into flakes with a tablet machine, and then the cracked glass block base material is obtained after direct rapid air cooling or water cooling, and then the 150KG glass block base material is placed on an effective specification of 1240×2480 Spread the shed flat, then enter the crystallization kiln to heat up according to a certain heating system, keep warm at 1150°C for 30 minutes, then slowly cool and anneal according to the corresponding temperature system, and leave the kiln. 18 brown-red microcrystalline jue stone plate with clear stone grain.

[0017]

example 2

[0018] Example 2: Take the waste slag from the iron and steel plant and the old civil glass recovered from the waste treatment station. After testing, mix 50 tons of powder according to the following components and ingredients list, and put it into a 5-square-meter melting furnace for continuous feeding. After 24 hours at 1500 ° C, it will be discharged continuously. Material, the discharged glass is made into flakes with a tablet machine, and then the cracked glass block substrate is obtained after rapid air cooling or water cooling, and then the 150KG glass block substrate is placed on a shelf with an effective specification of 1240×2480 Lay flat on the top, then enter the crystallization kiln to heat up according to a certain heating system, hold at 1150°C for 30 minutes, then slowly cool and anneal according to the corresponding temperature system, and leave the kiln. Pure black microcrystalline stone slab.

[0019]

example 3

[0020] Example 3: Take lead-zinc smelter waste residue and TV screen glass, after testing, mix 50 tons of powder according to the following components and ingredients list, put it into a melting furnace with an area of ​​5 square meters and continuously feed it, and then discharge it continuously after 24 hours at 1500°C , the discharged glass is made into flakes with a tablet machine, and then the cracked glass block substrate is obtained after direct rapid air cooling or water cooling, and then the 150KG glass block substrate is placed on a shelf with an effective specification of 1240×2480 Pave it flat, then enter the crystallization kiln to heat up according to a certain heating system, keep warm at 1150°C for 30 minutes, then slowly cool and anneal according to the corresponding temperature system, and leave the kiln. Yellow microcrystalline stone plate with clear stone pattern and highly simulated stone.

[0021]

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Abstract

The invention discloses a method for producing stone-simulative microlite from slag and waste glass. The method comprises the following steps of 1, crushing slag and waste glass into particles of less than 2 meshes, 2, carrying out primary full pre-mixing on each 100-1000t of the particles, 3, carrying out sampling and carrying out complete chemical analysis, 4, designing a formula and a composition list according to components, 5, carrying out weighing and mixing, 6, melting the mixture to obtain a glass liquid, 7, preparing glass blocks, 8, carrying out air cooling or water cooling to obtain glass blocks with crack patterns (or directly preparing a glass water-quenched material), 9, transferring the glass blocks into a shelf board mold, 10, crystallization, 11, preparing a raw plate blank, 12, carrying out polishing, 13, carrying out trimming, 14 carrying out packaging and 15 conveying the product out of the factory. The method changes slag and waste glass into valuables. The stone-simulative microlite does not produce radiation, is environmentally friendly, has various patterns, can replace stones, reduces stone exploitation, prevents water and soil loss, utilizes the slag and waste glass having wide sources and can replace a plurality of chemical raw materials. The slag used by the method has complex composition and contains various non-ferrous metals. The method reduces a production cost and can prepare colorful stone-simulative microlite.

Description

technical field [0001] The invention relates to a method for producing imitation stone microcrystal stone, in particular to a method for producing stone imitation microcrystal stone with slag and waste glass. Background technique [0002] With the continuous improvement of people's living standards, people have higher and higher requirements for decoration materials, color varieties, and environmental protection. The current mainstream market of microcrystalline stone in China is still the architectural decoration industry, mainly replacing some natural stone and high-end building materials. For pottery products, due to the high production technology and cost of the existing process and the monotonous color, the application of microcrystalline stone decorative plates in the field of home decoration is seldom. The price is relatively high, which leads to the high price of the plate, which is unbearable for ordinary people; secondly, the variety of microcrystalline stone has n...

Claims

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Application Information

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IPC IPC(8): C03C10/00C03C6/10
Inventor 冯翠兰
Owner 冯翠兰
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