Dry and wet rubbing fastness improver
- Advantage Recommendation
- 334
This product adopts the high-molecular compound manufactured by the high-tech internationally high-tech nano-silicon. It does not contain formaldehyde and has positive charge, which is more conducive to penetration and adsorption.
Dry and wet rubbing fastness improver
Dry and wet rubbing fastness enhancer The enhancer is a fixing aid for high molecular compounds containing nano-silicon molecules and has positive charge.
Technical index:
Appearance: light yellow viscous liquid
pH value: 5.0~6.0
Ionicity: cationic
Solubility: easily soluble in water
Performance characteristics:
This product adopts the high-molecular compound manufactured by the high-tech internationally high-tech nano-silicon. It does not contain formaldehyde and has positive charge, which is more conducive to penetration and adsorption. After baking, it can form a lake with the dye inside the fiber, making the adhesion of the dye on the fiber stronger. The product has a soft hand feel, a smaller color, and can significantly improve dry and wet rubbing fastness, of which wet rubbing fastness can be improved to level 1 to 2.
Scope of application:
It is suitable for the fixing and finishing of vulcanized, reactive, direct, vat dyes and paint dyed fabrics.
Recommended process:
(1) Pad-rolling process
1. Prescription enhancer 30~~60g/L Glacial acetic acid 2-8g/L
2. Color cloth after process dyeing (PH value ≤ 7) → two dips and two pads (dipping liquid temperature 20~25℃, rolling liquid rate 70%~~80%)→drying (100~120℃)→baking is more effective good.
Chemical material regulations:
1. Measure the water in the chemical tank and heat it to 20℃~30℃;
2. Add a metered amount of nano-fixing agent, in the form of an emulsion;
3. Add appropriate amount of glacial acetic acid to adjust the PH value of 4~5 with a little stirring.
Remarks: After preparation, the working fluid is in the form of a translucent emulsion at 20~30℃, and the nanomaterials can exert the maximum effect. Since the specific gravity of the lifting agent is larger than that of water, it can be agitated appropriately, preferably without foam. The specific process, prescription and applicability should be adjusted by the user after testing and samples.
(2) Dipping process
(1) Prescription enhancer 4%～8% (o.w.f)
Glacial acetic acid 2%
Suitable softener 4%
Bath ratio 1:10
(2) Process: Add water according to the bath ratio of 1:10, stir while heating up to about 25°C, then add lifter (4%-8%) and glacial acetic acid (2%), stir slightly, and put in the specified amount The fabric, keep the temperature, agitate for 20-30 minutes. Dehydration, drying and baking are more effective. For small batch and high-demand fabrics, the dosage can be increased (12% to 16%), using the jig dyeing process, rolling three times, adding nano-fixing agent enhancer in three times, and then drying, baking and setting.
(3) Environmental protection and energy saving technology
(1) Prescription lifting agent 200KG
Glacial acetic acid 4-8KG
Distilled water or deionized water 800KG
Foaming agent 40KG
(2) 800KG of process water, heating to 20-30℃, adding 200KG of lifting agent, 4-8KG of glacial acetic acid, 40KG of foaming agent, foaming, coating, drying, baking, finished product inspection, energy saving 3-4 It can increase production efficiency by 3 times without waste and pollution. Special statement: (The effect of using distilled water is the best, followed by deionized water, and tap water is even worse; groundwater and river water may not be able to be processed and cannot be used.)
Packaging, storage and transportation:
Packed in 25kg plastic drum, sealed and stored for one year at room temperature, and transported as non-dangerous goods.
Remarks: After preparation, the working fluid is in the form of a translucent emulsion at 20～25℃, and the nanomaterials can exert the maximum effect. The process information provided by our company is based on our current knowledge and is only for showing how to use our products, and does not mean taking responsibility. Before using our products, please confirm the production process after careful proofing. The company is only responsible for the quality consistency between the sales auxiliaries and the samples sent.
Technical index:
Appearance: light yellow viscous liquid
pH value: 5.0~6.0
Ionicity: cationic
Solubility: easily soluble in water
Performance characteristics:
This product adopts the high-molecular compound manufactured by the high-tech internationally high-tech nano-silicon. It does not contain formaldehyde and has positive charge, which is more conducive to penetration and adsorption. After baking, it can form a lake with the dye inside the fiber, making the adhesion of the dye on the fiber stronger. The product has a soft hand feel, a smaller color, and can significantly improve dry and wet rubbing fastness, of which wet rubbing fastness can be improved to level 1 to 2.
Scope of application:
It is suitable for the fixing and finishing of vulcanized, reactive, direct, vat dyes and paint dyed fabrics.
Recommended process:
(1) Pad-rolling process
1. Prescription enhancer 30~~60g/L Glacial acetic acid 2-8g/L
2. Color cloth after process dyeing (PH value ≤ 7) → two dips and two pads (dipping liquid temperature 20~25℃, rolling liquid rate 70%~~80%)→drying (100~120℃)→baking is more effective good.
Chemical material regulations:
1. Measure the water in the chemical tank and heat it to 20℃~30℃;
2. Add a metered amount of nano-fixing agent, in the form of an emulsion;
3. Add appropriate amount of glacial acetic acid to adjust the PH value of 4~5 with a little stirring.
Remarks: After preparation, the working fluid is in the form of a translucent emulsion at 20~30℃, and the nanomaterials can exert the maximum effect. Since the specific gravity of the lifting agent is larger than that of water, it can be agitated appropriately, preferably without foam. The specific process, prescription and applicability should be adjusted by the user after testing and samples.
(2) Dipping process
(1) Prescription enhancer 4%～8% (o.w.f)
Glacial acetic acid 2%
Suitable softener 4%
Bath ratio 1:10
(2) Process: Add water according to the bath ratio of 1:10, stir while heating up to about 25°C, then add lifter (4%-8%) and glacial acetic acid (2%), stir slightly, and put in the specified amount The fabric, keep the temperature, agitate for 20-30 minutes. Dehydration, drying and baking are more effective. For small batch and high-demand fabrics, the dosage can be increased (12% to 16%), using the jig dyeing process, rolling three times, adding nano-fixing agent enhancer in three times, and then drying, baking and setting.
(3) Environmental protection and energy saving technology
(1) Prescription lifting agent 200KG
Glacial acetic acid 4-8KG
Distilled water or deionized water 800KG
Foaming agent 40KG
(2) 800KG of process water, heating to 20-30℃, adding 200KG of lifting agent, 4-8KG of glacial acetic acid, 40KG of foaming agent, foaming, coating, drying, baking, finished product inspection, energy saving 3-4 It can increase production efficiency by 3 times without waste and pollution. Special statement: (The effect of using distilled water is the best, followed by deionized water, and tap water is even worse; groundwater and river water may not be able to be processed and cannot be used.)
Packaging, storage and transportation:
Packed in 25kg plastic drum, sealed and stored for one year at room temperature, and transported as non-dangerous goods.
Remarks: After preparation, the working fluid is in the form of a translucent emulsion at 20～25℃, and the nanomaterials can exert the maximum effect. The process information provided by our company is based on our current knowledge and is only for showing how to use our products, and does not mean taking responsibility. Before using our products, please confirm the production process after careful proofing. The company is only responsible for the quality consistency between the sales auxiliaries and the samples sent.
