Preparation method of knitted fabric with differential water conduction function

Abstract

The preparation method of the knitted fabric with the differential water conduction function comprises the following steps that composite yarn is selected as a raw material, and the composite yarn comprises at least two kinds of fibers which are different in crimp shrinkage and made of single materials; the fabric body is formed by weaving composite yarns and is provided with a clothing surface and a skin contact surface; a protruding part with the height ranging from 0.01 mm to 0.5 mm is formed by weaving fibers with the high curling shrinkage rate according to a set organization structure, the protruding part is arranged on a skin attaching face, and the protruding part forms a skin attaching moisture guiding part which is high in skin contact probability and mainly plays a role in moisture guiding. The fabric is good in washing fastness and reproducibility, uniform and stable in one-way moisture guiding capacity, dry, comfortable and non-sticky to wear, capable of meeting the requirements of people for wearing comfort, functionality and practicability and wide in application range.

Description

Technical field

[0001] The present invention relates to textile fabrics, in particular to a method for preparing a knitted fabric having a differentiated water conduction function. Background

[0002] At present, there are two main methods for producing single-guide wet fabrics in the industry: one is to use coating or printing technology to print water-repellent patterns on the reverse side of the fabric, and the pattern area accounts for 20% -80% of the total area of the reverse side. For example: Patent application CN201911344139.7, "a multifunctional method for preparing a single-guide wet cotton fabric", discloses a way to combine the functional material with the fabric to form a unidirectional conductive fabric, the main steps include: (1) the use of silane coupling agent to gas phase nano silica hydrophobic modification, it is dispersed in absolute ethanol, made of hydrophobic vapor phase nano silica anhydrous ethanol dispersion solution; The hydrophobic vapor phase nano-...

Examples

Embodiment approach 1

[0032] If attached Figure 1-3 As shown, the present invention reveals a method for preparing a knitted fabric having a differentiated water conduction function, comprising the following steps:

[0033] The selection of composite yarn as a raw material, in the present embodiment one, the composite yarn is composed of a single material of the first fiber, the second fiber, the first fiber, the second fiber of the curl shrinkage rate is different, wherein the first fiber of the curl shrinkage rate is set to higher than the curl shrinkage of the second fiber.

[0034] The fabric body with a garment face and a skin veneer surface is woven by a composite yarn consisting of a first and second fibers1.

[0035]In the weaving process, the fibers with a high curl shrinkage rate in the composite yarn will form a raised part with a height of 0.01mm-0.5mm, the raised part is located on the skin surface, the bulge part is formed as a skin-to-skin wet part with a high probability of contact wit...

Embodiment approach 2

[0039] On the basis of embodiment one, for the specific composition of the composite yarn, there may be a number of different ways. The fibers of each single material with different curl shrinkage rates selected are mixed to form a composite yarn, and the fibers of each single material are interwound to form a composite yarn, or at least one of the fibers is used as the core, and the other fibers are wound on the core to form a core composite yarn.

[0040] The following example is that composite yarn is composed of two fibers of a single material.

[0041] If attached Figure 2As shown, the composite yarn is a composite yarn with a core structure composed of a first fiber and a second fiber uniformly wound on the surface of the first fiber.

[0042] Or the second form, the composite yarn is formed by the first fiber and the second fiber intertwined with each other.

[0043] Or a third form, the yarn comprises both the first fiber and the second fiber intertwined to form a portion...

Embodiment approach 3

[0046] On the basis of embodiment one, the garment surface is involved in the contact angle between the composite yarn and liquid water evaporation θ 1 ≤65 0 。 The contact angle θ between the composite yarn of the skin surface in contact with the liquid water 2 ≤70 0 , and θ 2 / θ 1 ≥1。 The contact angle of the first and second fibers can be set to ensure adequate moisture conductivity when conducting moisture.

[0047] Further, the fineness of the fibers of each single material in the composite yarn is different, and the fineness of the fiber with high curl shrinkage is greater than that of the fiber with low curl shrinkage, the number of single fiber roots of the fiber with high curl shrinkage is less than the number of single fiber roots of the fiber with low curl shrinkage. Thus, the fineness of the first fiber with high curl shrinkage is larger, the number of single fibers is smaller, and the fineness of the second fiber with low curl shrinkage is smaller, and the number of si...

Technical field

[0001] The present invention relates to textile fabrics, in particular to a method for preparing a knitted fabric having a differentiated water conduction function. Background

[0002] At present, there are two main methods for producing single-guide wet fabrics in the industry: one is to use coating or printing technology to print water-repellent patterns on the reverse side of the fabric, and the pattern area accounts for 20% -80% of the total area of the reverse side. For example: Patent application CN201911344139.7, "a multifunctional method for preparing a single-guide wet cotton fabric", discloses a way to combine the functional material with the fabric to form a unidirectional conductive fabric, the main steps include: (1) the use of silane coupling agent to gas phase nano silica hydrophobic modification, it is dispersed in absolute ethanol, made of hydrophobic vapor phase nano silica anhydrous ethanol dispersion solution; The hydrophobic vapor phase nano-...

Examples

Embodiment approach 1

[0032] If attached Figure 1-3 As shown, the present invention reveals a method for preparing a knitted fabric having a differentiated water conduction function, comprising the following steps:

[0033] The selection of composite yarn as a raw material, in the present embodiment one, the composite yarn is composed of a single material of the first fiber, the second fiber, the first fiber, the second fiber of the curl shrinkage rate is different, wherein the first fiber of the curl shrinkage rate is set to higher than the curl shrinkage of the second fiber.

[0034] The fabric body with a garment face and a skin veneer surface is woven by a composite yarn consisting of a first and second fibers1.

[0035]In the weaving process, the fibers with a high curl shrinkage rate in the composite yarn will form a raised part with a height of 0.01mm-0.5mm, the raised part is located on the skin surface, the bulge part is formed as a skin-to-skin wet part with a high probability of contact wit...

Embodiment approach 2

[0039] On the basis of embodiment one, for the specific composition of the composite yarn, there may be a number of different ways. The fibers of each single material with different curl shrinkage rates selected are mixed to form a composite yarn, and the fibers of each single material are interwound to form a composite yarn, or at least one of the fibers is used as the core, and the other fibers are wound on the core to form a core composite yarn.

[0040] The following example is that composite yarn is composed of two fibers of a single material.

[0041] If attached Figure 2As shown, the composite yarn is a composite yarn with a core structure composed of a first fiber and a second fiber uniformly wound on the surface of the first fiber.

[0042] Or the second form, the composite yarn is formed by the first fiber and the second fiber intertwined with each other.

[0043] Or a third form, the yarn comprises both the first fiber and the second fiber intertwined to form a portion...

Embodiment approach 3

[0046] On the basis of embodiment one, the garment surface is involved in the contact angle between the composite yarn and liquid water evaporation θ 1 ≤65 0 。 The contact angle θ between the composite yarn of the skin surface in contact with the liquid water 2 ≤70 0 , and θ 2 / θ 1 ≥1。 The contact angle of the first and second fibers can be set to ensure adequate moisture conductivity when conducting moisture.

[0047] Further, the fineness of the fibers of each single material in the composite yarn is different, and the fineness of the fiber with high curl shrinkage is greater than that of the fiber with low curl shrinkage, the number of single fiber roots of the fiber with high curl shrinkage is less than the number of single fiber roots of the fiber with low curl shrinkage. Thus, the fineness of the first fiber with high curl shrinkage is larger, the number of single fibers is smaller, and the fineness of the second fiber with low curl shrinkage is smaller, and the number of si...

Images