Preparation method of mineral printing paste

A technology of printing paste and minerals, applied in dyeing, textiles and papermaking, etc., can solve problems such as insufficient color yield of printing paste, high color yield of printing paste, rough hand feeling of printed products, etc., and achieve good suspension Stability, soft touch, rich color effect

Active Publication Date: 2017-01-04
绍兴恒利印染有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] The main technical problem to be solved by the present invention is to provide a preparation method of mineral printing paste for the problems of insufficient color yield and unsatisfactory color fastness of the existing printing paste, and the printed products produced have a rough handle. In this method, the yeast powder is activated in warm water, kneaded into a dough with bentonite and flour, and then left to ferment to make it sour to initially activate the bentonite and form a porous structure. Carbonize the starch in the powder to obtain modified bentonite powder, then mix and ferment the kelp shreds and biogas liquid and soak them in sodium carbonate solution to dissolve the effective organic components in the kelp shreds, then filter with suction, and mix the filtrate with the above modified Bentonite powder is mixed, and earthworms are used to swallow the mixture to transform it into water-stable aggregates, which are then discharged in the form of feces, and finally the vermicompost is dried and ground into powder to obtain the mineral printing paste. The printing paste prepared by the present invention is High color quantity, good color fastness, and the printed products have a good hand feeling, which has a broad application market

Method used

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Examples

Experimental program
Comparison scheme
Effect test

example 1

[0019] First weigh 15g of yeast powder, pour it into a mortar and grind it for 3 minutes, then pour it into a beaker filled with 100mL of warm water at 30°C, stir and mix it with a glass rod for 1 minute, and let it stand for 10 minutes to obtain an activated yeast liquid; then weigh 600g of bentonite in turn, Add 500g of flour into a plastic basin filled with 400mL of deionized water, then add the above-mentioned activated yeast liquid, knead manually to form a dough, keep it airtight for 4 hours, then transfer the dough to a steamer, and steam at 90°C After making for 15 minutes, the expanded dough was obtained, which was then transferred to an oven, and dried to constant weight at 105°C, and then the dried expanded dough was transferred to a pulverizer, crushed and passed through an 80-mesh sieve to obtain a mixed white powder; Weigh 600g of the above-mentioned mixed white powder, place it in a muffle furnace, feed nitrogen gas into the furnace at a rate of 3mL / min, and grad...

example 2

[0022] First weigh 18g of yeast powder, pour it into a mortar and grind for 4 minutes, then pour it into a beaker filled with 110mL of warm water at 35°C, stir and mix with a glass rod for 2 minutes, and let it stand for 13 minutes to obtain activated yeast liquid; then weigh 700g of bentonite in turn, Add 550g of flour into a plastic basin filled with 450mL of deionized water, then add the above-mentioned activated yeast liquid, knead manually to form a dough, keep it sealed for 5 hours, then transfer the dough to a steamer, and steam at 93°C After making for 18 minutes, the expanded dough was obtained, which was then transferred to an oven, and dried to constant weight at 108°C, and then the dried expanded dough was transferred to a pulverizer, crushed and passed through a 100-mesh sieve to obtain a mixed white powder; Weigh 700g of the above-mentioned mixed white powder, place it in a muffle furnace, feed nitrogen into the furnace at a rate of 4mL / min, and gradually raise th...

example 3

[0025] First weigh 20g of yeast powder, pour it into a mortar and grind it for 5 minutes, then pour it into a beaker filled with 120mL of warm water at 40°C, stir and mix with a glass rod for 3 minutes, and let it stand for 15 minutes to obtain activated yeast liquid; then weigh 800g of bentonite in turn, Add 600g of flour into a plastic basin filled with 500mL of deionized water, then add the above-mentioned activated yeast liquid, knead manually to form a dough, keep it airtight for 6 hours, then transfer the dough to a steamer, and steam at 95°C Prepare for 20 minutes to obtain the expanded dough, then transfer it to an oven, and dry it to constant weight at 110°C, then transfer the dried expanded dough to a pulverizer, pass through a 120-mesh sieve after crushing, and obtain a mixed white powder; then Weigh 800g of the above-mentioned mixed white powder, place it in a muffle furnace, feed nitrogen gas into the furnace at a rate of 5mL / min, and gradually raise the temperatur...

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PUM

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Abstract

The invention discloses a preparation method of mineral printing paste and belongs to the technical field of textile printing dye preparation. Yeast powder is activated in warm water and then is mixed with bentonite and flour, the mixture is kneaded into dough and then left to stand for fermentation, the mixture is fermented to preliminarily activate bentonite, a porous structure is formed, the fermented dough is dried, smashed and calcined, the bentonite is further activated, starch in powder is carbonized, modified bentonite powder is obtained, shredded kelp and a biogas liquid are mixed and fermented and then are soaked with a sodium carbonate solution, effective organic ingredients in the shredded kelp are dissolved and subjected to suction filtration, filtrate and modified bentonite powder are mixed, earthworms eat the mixture, the mixture is converted into water-stable aggregate and discharged in a faeces form, finally, earthworm cast is dried and ground into powder, and the mineral printing paste is obtained. The mineral printing paste has high color yield and good color fastness, and a prepared printed product touches well and has broad application market.

Description

technical field [0001] The invention discloses a preparation method of mineral printing paste, which belongs to the technical field of textile printing and dyeing preparation. Background technique [0002] Printing paste refers to a polymer compound that can thicken the printing paste. Before printing paste is added to printing paste, it is generally a thick colloidal solution of hydrophilic polymer that is soluble in water or fully swollen and dispersed in water. When preparing printing paste, part of the dye is dissolved in water, and the other part is dissolved, adsorbed or dispersed in the original printing paste. Printing paste is an important main component of printing paste, which determines the running performance of printing, the amount of color given to the surface of the dye, the clarity of the outline of the pattern, the smoothness, the feel, etc. [0003] At present, most of the textile reactive dye printing adopts the traditional screen printing process, incl...

Claims

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Application Information

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IPC IPC(8): D06P1/44D06P1/48
CPCD06P1/445D06P1/48
Inventor 雷春生许洪祥薛蕾
Owner 绍兴恒利印染有限公司
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