A washing process after printing

A post-printing and process technology, which is applied in the field of post-printing washing process, can solve the problems of high bath ratio, large amount of wastewater discharge and large consumption in the production process, and achieve the control of reducing energy consumption, reducing sewage discharge and improving energy consumption Effect

Active Publication Date: 2016-06-01
FUJIAN FORTUNES TEXTILE PRINTING & DYEING TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The traditional tank washing production process has a high bath ratio, consumes a lot of water, electricity, and steam, and discharges a large amount of wastewater. Complicated operations such as feeding, heating, and cloth feeding, as well as multiple feeding operations are prone to human errors, and at the same time reduce the need for dehydration and opening after laundering, which is more cumbersome

Method used

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  • A washing process after printing
  • A washing process after printing

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Experimental program
Comparison scheme
Effect test

Embodiment 1

[0013] see figure 1 , a washing process for extra dark swimming cloth after printing, including the following steps: (1) Gray cloth enters the first washing tank at a speed of 12m / min, replenishes water with 15L / kg gray cloth, and sprays and washes it with water at 46°C Then enter the second washing tank, add soda ash to adjust the pH value to 11.1, add 2.2 parts of CD anti-staining agent, and wash with 52°C water; (2) Gray cloth enters the third washing tank, add water 10L / kg gray cloth, use 67 After washing with water at ℃, enter the fourth washing tank, add 2.5 parts of CD anti-stick agent, and wash with water at 63-67 °C; (3) gray cloth enters the fifth washing tank, add soda ash to adjust the pH value to 11.1, and use After washing with water at ℃, enter the sixth washing tank, and wash with water at 67 °C; (4) gray cloth enters the seventh washing tank, add 3 parts of CD anti-sticking agent, wash with water at 52 °C, and then enter the eighth washing tank tank, add wate...

Embodiment 2

[0015] see figure 1 , a washing process for medium-dark swimming cloth after printing, including the following steps: (1) The gray cloth enters the first washing tank at a speed of 15m / min, replenishes water with 14L / kg gray cloth, and sprays and washes it with water at 45°C Then enter the second washing tank, add soda ash to adjust the pH value to 11.0, add 2.0 parts of CD anti-stain agent, and wash with water at 50°C; (2) The gray cloth enters the third washing tank, replenishing water 9L / kg gray cloth, use 65 After washing with water at ℃, enter the fourth washing tank, add 2.0 parts of CD anti-stain agent, and wash with water at 65 °C; (3) gray cloth enters the fifth washing tank, add soda ash to adjust the pH value to 11.0, and use After washing with water, enter the sixth washing tank and wash with water at 65°C; (4) Gray cloth enters the seventh washing tank, add 2 parts of CD anti-staining agent, wash with 450°C water and then enter the eighth washing tank, Water 7L / k...

Embodiment 3

[0017] see figure 1 , a washing process for light-colored swimming cloth after printing, including the following steps: (1) Gray cloth enters the first washing tank at a speed of 18m / min, replenishes water with 13L / kg gray cloth, sprays and washes it with water at 44°C Enter the second washing tank, add soda ash to adjust the pH value to 10.9, add 1.8 parts of CD anti-staining agent, and wash with water at 48°C; After washing with water, enter the fourth washing tank, add 1.5 parts of CD anti-stain agent, and wash with water at 63°C; (3) Gray cloth enters the fifth washing tank, add soda ash to adjust the pH value to 10.9, and wash with water at 63°C After washing, enter the sixth washing tank and wash with water at 63°C; (4) Gray cloth enters the seventh washing tank, add 1 part of CD anti-sticking agent, wash with 48°C water, then enter the eighth washing tank, replenish water 5L / kg gray cloth, wash with water at 38°C; (5) Gray cloth enters the ninth washing tank, add aceti...

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Abstract

The invention discloses a after-printing washing process, comprising the following concrete operation steps: feeding cloth; spraying and washing; performing fixation; spraying and washing again; and discharging cloth by vacuum pressure suction, wherein a CD anti-staining agent, a KNR dye-fixing agent, sodium carbonate, acetic acid and an anti-staining soaping agent are used in the spraying and washing process. The process has the advantages that the assistant cost can be effectively saved, water consumption can be saved, sewage discharge is reduced, and the positive impelling action is taken for energy conservation and emission reduction. The process is capable of achieving automatic control, so that the quality of a washed product is consistent from beginning to end, dyelot chromatism and spline difference, which easily appear in a traditional cylinder scoring intermittent water washing process, are avoided, and the quality of the washed product is relatively stable; complex operations such as manual feeding, warming and cloth feeding in the traditional cylinder scoring washing process are avoided, meanwhile, two procedures of dehydration and scutching during the later period of cylinder scoring washing are omitted, and thus the operation is relatively simple; therefore, the payroll cost is effectively saved, meanwhile, the production efficiency is greatly improved, control on energy consumption is effectively improved, and the energy consumption is reduced.

Description

technical field [0001] The invention relates to a washing process, in particular to a washing process after printing. Background technique [0002] In the traditional tank washing production process, the first step is to add cold water containing anti-stain soaping agent and soda ash for 10 minutes, and the bath ratio of cleaning solution to gray cloth is 1:30; the second step is to add anti-staining soaping agent Wash with soda ash in warm water at 40°C for 20 minutes, in which the bath ratio of the cleaning solution to the gray cloth is 1:30; in the third step, wash with cold water for 10 minutes, in which the bath ratio of the cleaning solution to the gray cloth is 1:30; in the fourth step, add acetic acid to adjust the pH value To 4-5, wash with cold water for 10 minutes, wherein the bath ratio of the cleaning solution to the gray cloth is 1:30; the fifth step is to fix the color with cold water containing KNR color fixing agent for 10 minutes, and the bath ratio of the ...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): D06L1/16D06P5/02
Inventor 陈茂哲
Owner FUJIAN FORTUNES TEXTILE PRINTING & DYEING TECH
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