阅读说明：本技术 一种免熨烫化纤面料的制备方法 (Preparation method of ironing-free chemical fiber fabric ) 是由 钮娟芬 吴新富 施勇 张赛 朱婷 陈晨 陈建军 赵星星 于 2019-10-15 设计创作，主要内容包括：本发明公开了一种免熨烫化纤面料的制备方法,包括包括以下步骤：一种免熨烫化纤面料的制备方法,包括原料、络丝、捻丝、定型、经线、织造、检验的制备工序。本发明的有益效果是：本发明实施难度低,适合投入量产,成本可控能够达到预期免熨烫的目的。(The invention discloses a preparation method of ironing-free chemical fiber fabrics, which comprises the following steps of preparing ironing-free chemical fiber fabrics, and comprises the preparation procedures of raw materials, winding, twisting, shaping, warp threads, weaving and inspecting.)

The preparation method of ironing-free chemical fiber fabrics comprises the preparation processes of raw materials, silk winding, silk twisting, shaping, warp and weaving, and the specific process flow of the process steps is as follows:

step S1, selecting raw materials, namely selecting CEY and FDY as preparation raw materials, wherein the titer of the selected CEY is 175-196dtex/75-96f, and the titer of the selected FDY is 140-170 dtex/76-83 f;

step S2, a silk winding procedure, in which the CEY and FDY raw materials selected in the step are placed on a silk winder for silk winding treatment in a parallel winding mode, the rotating speed of a spindle wheel of the silk winder is 5000-;

third step S3: a silk twisting procedure: combining and interweaving the CEY and FDY fiber filaments prepared in the second step S3 into 2: 3, twisting under the S direction condition to obtain a composite wire, wherein the twisting degree is 350T/M;

fourth step S4: a steaming line shaping procedure: setting the composite wire prepared in the third step S3 in a setting machine, preparing at the steaming temperature of 130-145 ℃ for 2-4min, and then setting at 160 ℃;

fifth step S5: a slitting process: selecting heat-resistant polyester low stretch yarns as weft yarns, putting the shaped composite yarns prepared in the fourth step S4 into a sectional warping machine, leasing the yarns, and then rewinding the yarns into warp beams, wherein the warping rotating speed is 360-300 r/min;

sixth step S6: weaving: the warps and wefts prepared in the fifth step S5 are fed into a weaving machine to be made into cloth, and the machine tension of the weaving machine is 160-175 Kg;

seventh step S7: and (3) an inspection process: the cloth obtained in the sixth step S6 is sampled and inspected.

Eighth step S8: and (3) boxing of finished products: and boxing out the qualified batch of finished products prepared in the seventh step S7.

2. The method for preparing kinds of non-ironing chemical fiber fabrics of claim 1, wherein the CEY raw material size is 196dtex/96f in the S1 step .

3. The method for preparing kinds of non-ironing chemical fiber fabrics of claim 1, wherein the machine tension of the weaving machine in the sixth step S6 is 170 Kg.

Technical Field

The invention relates to the field of chemical fiber textile fabrics, in particular to a preparation method of ironing-free chemical fiber fabrics.

Background

The chemical fiber material is which is a material which is visible everywhere in modern society, and is applied to clothes and food residences in people's life by , particularly in the aspect of clothes, chemical fiber textile has ultrahigh cost performance and competitive advantages compared with traditional textile, so the chemical fiber textile permeates the aspects of people's life, the hand feeling of the chemical fiber fabric is obviously different from that of the traditional fabric, and the chemical fiber fabric is questioned in the aspect of underwear, so that the soft and smooth chemical fiber fabric is developed in the industry according to actual conditions, and technical personnel begin to think about the defects of the chemical fiber fabric, and hope to improve the defects.

points of the method lie in ironing chemical fiber fabric, the traditional chemical fiber fabric is not suitable for ironing, secondly, the ironing of clothes is troublesome, and the time is delayed, and in order to solve the problem, technicians in the industry hope to develop chemical fiber fabric which can avoid ironing.

Disclosure of Invention

The invention aims to solve the problems and provide non-ironing chemical fiber fabrics.

The invention achieves the aim through the following technical scheme that the preparation method of the ironing-free chemical fiber fabric comprises the preparation procedures of raw materials, winding, twisting, shaping, warp and weaving, and the specific flow of the procedures is as follows:

step S1, selecting raw materials, namely selecting CEY and FDY as preparation raw materials, wherein the titer of the selected CEY is 175-196dtex/75-96f, and the titer of the selected FDY is 140-170 dtex/76-83 f;

step S2, a silk winding procedure, in which the CEY and FDY raw materials selected in the step are placed on a silk winder for silk winding treatment in a parallel winding mode, the rotating speed of a spindle wheel of the silk winder is 5000-;

third step S3: a silk twisting procedure: combining and interweaving the CEY and FDY fiber filaments prepared in the second step S3 into 2: 3, twisting under the S direction condition to obtain a composite wire, wherein the twisting degree is 350T/M;

fourth step S4: a steaming line shaping procedure: setting the composite wire prepared in the third step S3 in a setting machine, preparing at the steaming temperature of 130-145 ℃ for 2-4min, and then setting at 160 ℃;

fifth step S5: a slitting process: selecting heat-resistant polyester low stretch yarns as weft yarns, putting the shaped composite yarns prepared in the fourth step S4 into a sectional warping machine, leasing the yarns, and then rewinding the yarns into warp beams, wherein the warping rotating speed is 360-300 r/min;

sixth step S6: weaving: the warps and wefts prepared in the fifth step S5 are fed into a weaving machine to be made into cloth, and the machine tension of the weaving machine is 160-175 Kg;

seventh step S7: and (3) an inspection process: the cloth obtained in the sixth step S6 is sampled and inspected.

Eighth step S8: and (3) boxing of finished products: and boxing out the qualified batch of finished products prepared in the seventh step S7.

And , the titer of the CEY raw material is 196dtex/96f in S1 of the step.

, the machine tension of the weaving machine in the sixth step S6 is 170 Kg.

The preparation method of the ironing-free chemical fiber fabrics has the advantages that the implementation difficulty is low, the practical effect is excellent, the manufacturing cost is controllable, the cloth made of the heat-resistant terylene low stretch yarn and the CEY/FDY composite yarn by the method has the characteristics of high breaking strength and elastic modulus of terylene, excellent heat setting property, good resilience property, heat resistance, light resistance, strong corrosion resistance, easiness in washing, quick drying and the like, and the heat-insulating property is good, and ironing-free.

Drawings

FIG. 1 is a flow chart of a preparation method of non-ironing chemical fiber fabrics of the invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only partial embodiments of of the present invention, rather than all embodiments.

The preparation method of the ironing-free chemical fiber fabrics shown in the figure 1 comprises the preparation procedures of raw materials, silk winding, silk twisting, shaping, warp and weaving, and the specific flow of the procedures is as follows:

step S1, selecting raw materials, namely selecting CEY and FDY as preparation raw materials, wherein the titer of the selected CEY is 175-196dtex/75-96f, and the titer of the selected FDY is 140-170 dtex/76-83 f;

step S2, a silk winding procedure, in which the CEY and FDY raw materials selected in the step are placed on a silk winder for silk winding treatment in a parallel winding mode, the rotating speed of a spindle wheel of the silk winder is 5000-;

third step S3: a silk twisting procedure: combining and interweaving the CEY and FDY fiber filaments prepared in the second step S3 into 2: 3, twisting under the S direction condition to obtain a composite wire, wherein the twisting degree is 350T/M;

fourth step S4: a steaming line shaping procedure: setting the composite wire prepared in the third step S3 in a setting machine, preparing at the steaming temperature of 130-145 ℃ for 2-4min, and then setting at 160 ℃;

fifth step S5: a slitting process: selecting heat-resistant polyester low stretch yarns as weft yarns, putting the shaped composite yarns prepared in the fourth step S4 into a sectional warping machine, leasing the yarns, and then rewinding the yarns into warp beams, wherein the warping rotating speed is 360-300 r/min;

sixth step S6: weaving: the warps and wefts prepared in the fifth step S5 are fed into a weaving machine to be made into cloth, and the machine tension of the weaving machine is 160-175 Kg;

seventh step S7: and (3) an inspection process: the cloth obtained in the sixth step S6 is sampled and inspected.

Eighth step S8: and (3) boxing of finished products: and boxing out the qualified batch of finished products prepared in the seventh step S7.

The most preferred embodiment is that the CEY titer is 196dtex/96f in S1 at step , and the machine tension on the weaving machine is 170Kg in the sixth step S6.

It will thus be seen that the embodiments are illustrative and not restrictive in any respect point of view, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment contains independent technical solutions, and such description of the description is only for clarity, and those skilled in the art should take the description as as a whole, and the technical solutions in the respective embodiments may be combined appropriately to form other embodiments that those skilled in the art can understand.