Pretreatment process for spinning of kapok loose fibers

A bulk fiber and pre-treatment technology, which is applied in the field of kapok bulk fiber spinning pre-treatment process, can solve problems affecting quality and subsequent processing, and achieve the effects of enhanced hydrophilicity, improved hydrophilic performance, and less environmental pollution

Inactive Publication Date: 2013-12-18
MAANSHAN YITENGYI TEXTILE ORNAMENT CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The current technology makes it difficult to spin or add too much adhesive before spinning, which affects its quality and s

Method used

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  • Pretreatment process for spinning of kapok loose fibers

Examples

Experimental program
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Example Embodiment

[0018] Example 1

[0019] A pre-treatment process for kapok loose fiber spinning, the steps include:

[0020] A. Immerse the kapok fiber with a smoothing agent for 15 minutes. The smoothing agent is a modified silicone oil smoothing agent, specification XT-01, and the manufacturer is Wuhu Xunteng New Material Co., Ltd.;

[0021] B. Pre-baking the impregnated kapok loose fibers at 55°C for 80s until the moisture content reaches 5.8%;

[0022] C. Carry out low-temperature plasma treatment in an oxygen atmosphere plasma; the low-temperature plasma treatment parameters are: the discharge time is 40s, and the discharge power is 30KW.

[0023] A kapok pure spun combed yarn, using the above-mentioned kapok loose fiber pretreated by low-temperature plasma, which is blown out → carded → pre-combined → sliver → combed → combined → double → triple → roving → Spinning → post-processing and other traditional process preparation, kapok pure spun combed yarn has a twist count of 266 and a fineness of...

Example Embodiment

[0024] Example 2

[0025] A pre-treatment process for kapok loose fiber spinning, the steps include:

[0026] A. Impregnate the kapok fiber with a smoothing agent for 20 minutes. The smoothing agent is a modified silicone oil smoothing agent, specification XT-01, and the manufacturer is Wuhu Xunteng New Material Co., Ltd.;

[0027] B. Pre-baking the impregnated kapok fiber at 100°C for 40s until the moisture content reaches 4.7%;

[0028] C. Carry out low-temperature plasma treatment in an oxygen atmosphere plasma; the low-temperature plasma treatment parameters are: the discharge time is 150s, and the discharge power is 20KW.

[0029] A kapok / long-staple cotton (30 / 70) blended combed yarn, using the above kapok loose fiber pretreated by low-temperature plasma, after cleaning → carding → pre-bundling → sliver → combing → combing → It is prepared by traditional processes such as two-folding→three-folding→roving→spun yarn→post-processing. The kapok / long-staple cotton (30 / 70) blended comb...

Example Embodiment

[0030] Example 3

[0031] A pre-treatment process for kapok loose fiber spinning, the steps include:

[0032] A. Impregnate the kapok fiber with a smoothing agent for 25 minutes, the smoothing agent is a modified silicone oil smoothing agent, specification XT-01, and the manufacturer is Wuhu Xunteng New Material Co., Ltd.;

[0033] B. Pre-baking the impregnated kapok fiber at 80°C for 60s, until the moisture content reaches 4.5%;

[0034] C. Carry out low-temperature plasma treatment in an oxygen atmosphere plasma; the low-temperature plasma treatment parameters are: the discharge time is 90s, and the discharge power is 27KW.

[0035] Observe the treated kapok loose fiber with scanning electron microscope, as attached figure 1 As shown, it shows that the plasma treatment effect is good.

[0036] A kapok pure spun combed yarn, using the above-mentioned kapok loose fiber pretreated by low-temperature plasma, which is blown out → carded → pre-combined → sliver → combed → combined → double ...

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Abstract

The invention relates to a pretreatment process for spinning of kapok loose fibers. The pretreatment process comprises the following steps of impregnating with cyclopentasiloxane, prebaking to remove water, and carrying out low-temperature plasma treatment. The pretreatment process has the advantages that the low-temperature plasma treatment is carried out on the kapok fibers, so that the hydrophilic performance and the apparent morphology of the fiber material is improved, the technical advantages of saving water and energy are realized, the environmental pollution is less, and the operation is simple and is easy to control; the treatment with low-temperature plasmas on the kapok fibers only reaches the depth about 10nm from the surface of the fibers, on the premise of not damaging the self performance of kapok, the structure activity of a waxy outer layer of the kapok fiber treated by plasmas is changed, the hydrophilicity is enhanced, the appearance takes on etching morphology, the interfibrillar cohesive force is enhanced and the spinning is easy.

Description

technical field [0001] The invention belongs to the technical field of textiles, and in particular relates to a spinning pretreatment process of kapok loose fiber. Background technique [0002] my country is rich in kapok fiber resources, kapok fiber is the fruit fiber of woody plants, because its fiber hollowness is as high as 80%. The cell wall is thin, the length is short, the rigidity is strong, and the specific gravity is very light, so it is difficult to form a yarn. However, kapok fiber has ultra-fine and soft characteristics. The fabric made of kapok is as soft as cashmere. In addition, its dyeability is the same as that of cotton. It also has good moisture absorption, antibacterial, non-mildew, and hollow warmth Performance, is a very promising textile raw material. [0003] Because the surface of kapok fiber is waxy, water-repellent, the density is only 0.29g / cm 3 , Poor cohesion. The current technology makes it difficult to spin or add too much adhesive before...

Claims

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Application Information

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IPC IPC(8): D06M10/10
Inventor 臧继齐李长龙王宗乾臧腾
Owner MAANSHAN YITENGYI TEXTILE ORNAMENT CO LTD
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