Cotton-wool blended yarn production technology
A production process and blended yarn technology, which is applied in the field of cotton-wool blended yarn, can solve problems such as difficult to balance cohesion and fiber strength between fibers, and achieve the effects of enhancing strength, improving cohesion, surface friction coefficient and strength
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Embodiment 1
[0040] The present embodiment provides a production process of cotton-wool blended yarn, comprising the following steps:
[0041] S1. Put the wool fiber in 50°C distilled water, use 195W ultrasonic wave to ultrasonically treat the wool fiber, take out and drain after 15 minutes, and then place the ultrasonically treated wool fiber in a 45°C immersion solution, under -0.03MPa Vacuum impregnation for 0.75h, repeat the above steps 3 times;
[0042] S2, the wool fiber obtained in step S1 is microwave-dried 7min at 750MHz;
[0043] S3. Put the cotton fibers in distilled water at 75°C, and use 210W ultrasonic waves to perform ultrasonic treatment on the cotton fibers. After 15 minutes, take them out and drain, and then place the ultrasonically treated cotton fibers in a 60°C immersion solution under -0.02MPa. Vacuum impregnation for 0.5h, repeat the above steps 2 times;
[0044] S4, the cotton fiber obtained in step S3 is microwave-dried 10min at 850MHz;
[0045] Wherein, the imm...
Embodiment 2
[0058] The present embodiment provides a production process of cotton-wool blended yarn, comprising the following steps:
[0059] S1. Put the wool fiber in distilled water at 60°C, and ultrasonically treat the wool fiber with 180W ultrasonic waves. After 15 minutes, take out and drain, and then place the ultrasonically treated wool fiber in the immersion solution at 55°C under -0.04MPa. Vacuum impregnation for 0.5h, repeat the above steps 2 times;
[0060] S2, the wool fiber obtained in step S1 is microwave-dried 10min at 800MHz;
[0061] S3. Put the cotton fiber in distilled water at 60°C, use 220W ultrasonic wave to ultrasonically treat the cotton fiber, take out and drain after 20 minutes, and then place the ultrasonically treated cotton fiber in a 50°C immersion solution under -0.01MPa. Vacuum impregnation for 1h, repeat the above steps 3 times;
[0062] S4, the cotton fiber obtained in step S3 is microwave-dried 12min at 800MHz;
[0063] Wherein, the dipping solution i...
Embodiment 3
[0077] The present embodiment provides a production process of cotton-wool blended yarn, comprising the following steps:
[0078] S1. Put the wool fiber in distilled water at 70°C, ultrasonically treat the wool fiber with 200W ultrasonic waves, take out and drain after 10 minutes, and then place the ultrasonically treated wool fiber in the immersion solution at 40°C under -0.045MPa. Vacuum impregnation for 1h, repeat the above steps 2 times;
[0079] S2, the wool fiber obtained in step S1 is microwave-dried 4min at 900MHz;
[0080] S3. Put the cotton fibers in 85°C distilled water, use 200W ultrasonic waves to perform ultrasonic treatment on the cotton fibers, take out and drain after 30 minutes, and then place the ultrasonically treated cotton fibers in a 45°C immersion solution under -0.03MPa. Vacuum impregnation for 0.75h, repeat the above steps 2 times;
[0081] S4, the cotton fiber that step S3 obtains is carried out microwave drying 7min under 1000MHz;
[0082] Wherei...
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