CN106948064A - The weaving process of the full mulberry silk jacquard fabric of multicolored warp - Google Patents

Abstract

The invention discloses a weaving process for a multi-color warp full mulberry silk jacquard fabric, which comprises the following process steps: using mulberry silk as the warp and weft raw materials, the warp is 5-color warp, and the weft is 5-color weft interweaving. And the colors used by the warp threads from left to right are: black, red, green, blue, and white; the colors used by the weft threads according to the order of weft insertion are: black, blue, red, yellow, and white; the organization is divided into There are two types of surface coloring and backing to complete the series of weave design; then machine weave the warp and weft, the warp density of the finished product is 115 threads/cm, the weft density of the finished product is 52 threads/cm, and the warp thread tension: 26CN; And after water soft finishing, the processing technology is completed, and it is made into a finished product. The invention can not only express pure colors and rich colors, but also take into account the rationality and cost of the weaving process, overcome the insufficient density of a single group, the product process is reasonable, the color is rich, and the artistry is strong, which is the first in the domestic market.

Description

Weaving process of multi-color warp full mulberry silk jacquard fabric

technical field

The invention relates to a weaving process of a multi-color warped whole mulberry silk jacquard fabric.

Background technique

As the saying goes, "Look at the color at a distance and see the flower at close range". Practice has proved that when people buy fabrics, clothing or home textile products, the first thing they notice is the color. When choosing, only when the color meets the requirements will they consider the style, Quality, price, brand, etc. We live in a colorful world. Color is not only an important role in embellishing life, but also a fast and powerful expression tool, which occupies an extremely important position in fabric design.

At present, silk jacquard fabrics in the market basically use a set of warp threads and multiple sets of weft threads to interweave to develop color. When weaving products with rich colors, we use methods like brocade and simulated colors, using 4-5 sets of weft threads to express color. The acquisition of pure color is still limited. This product uses multi-color warp and multi-color weft for color development. The fabric shows rich layers and dreamy and changeable color effects. It uses mulberry silk as raw material to fully display the delicate texture and charming luster of mulberry silk while expressing rich colors. The products can be used in high-end ready-to-wear, tailor-made clothing fabrics, home textile fabrics and decorative fabrics, and are suitable for middle-to-high-end consumer groups.

Colored jacquard fabrics mainly include warp color rendering structure and weft color rendering structure. The warp color structure is mainly multi-color warp jacquard fabric. Generally, multi-color polyester network yarn is used as warp thread, and multi-color cotton yarn is used as weft thread for interweaving. It is widely used in sofa decorative fabrics, landscape oil painting wall hangings, cushion fabrics, etc., and belongs to rough style. Upholstery fabric. The current research on the type of weft color rendering structure mainly focuses on the technology of silk weaving. Generally, single-color polyester network silk or mulberry silk is used as warp thread, multi-color rayon or mulberry silk is used as weft thread, and double weft structure is used for interweaving.

Also do not find that warp and weft are all multi-colored on the market at home and abroad now, and the product that whole mulberry silk is weaved.

Contents of the invention

The purpose of the present invention is to provide a weaving process for a multi-colored full mulberry silk jacquard fabric in view of the existing technical conditions. The density is insufficient, the product technology is reasonable, the color is rich, and the artistry is strong, which is the first in the domestic market.

In order to achieve the above object, technical scheme of the present invention is:

A weaving process of a multi-color full mulberry silk jacquard fabric, comprising the following process steps: using mulberry silk as the warp and weft raw materials, selecting an electronic jacquard machine with 6144 needles for weaving, using 6000 pattern needles, and a finished product with a width of 200 cm. 4 flowers are used to complete the weaving; the warp threads are selected from 5-color warps and the weft threads are interwoven with 5-color weft threads, and the colors used in turn from left to right in the warp threads are: black, red, green, blue, and white; The colors used by the wefts in accordance with the order of weft insertion are: black, blue, red, yellow, and white; the organization is divided into two categories: surface color and backing, according to a single group of wefts on the surface, two groups of wefts on the surface, and two groups of wefts. One or more of the three combinations of the above weft threads on the surface completes the series of organization designs; then the warp threads follow (1/20/22D factory silk 8T/Z×2) 6.8T/S, a total of 5 colors of warp Combination of the following processing technology: Warp raw materials → picking → soaking → drying → winding → doubling → twisting → steam box setting → natural cooling → rewinding → dyeing → drying → dyeing raw material inspection → precision winding → preservation Tide→warping; weft thread is processed according to the 5/20/22D factory mulberry silk 3.8T/S, a total of 5 colors of weft combination: raw material→twisting→dyeing→drying→winding; then warp and weft According to the above-mentioned color arrangement and weaving design, weaving on the machine, the warp density of the finished product is 115 pcs/cm, the weft density of the finished product is 52 pcs/cm, and the warp tension: 26CN; and the processing technology is completed after water softening and finishing, and it is made into finished product.

The single set of weft threads on the surface specifically adopts one or more of the surface color development of a single set of weft threads and a single set of warp threads, the color development of a single set of weft threads and two sets of warp threads on the surface, and the color development of a single set of weft threads and three sets of warp threads on the surface. There are many kinds; the two sets of warps in the surface coloring of the single set of weft threads and two sets of warp threads use one set of colored warp threads and the other set of colorless warp threads, and the achromatic system is black or white , or two sets of colored warp threads are used, which can be mixed in color; the three sets of warp threads in the surface color development of the single set of weft threads and three sets of warp threads use two sets of colored warp threads, and one set of colorless warp threads, The achromatic system is one of black or white.

The two groups of weft threads are further divided into one group of colored weft threads on the surface, another group of two groups of weft threads of black or white weft threads on the surface and two groups of two groups of weft threads of colored system on the surface; In the design of the weft thread, another set of black or white weft threads, two sets of weft threads are used in the design of the surface. Specifically, two sets of weft threads and a single set of warp threads are used for color development on the surface, two sets of weft threads and two sets of warp threads are used for color development on the surface, and two sets of weft threads are used for color development on the surface. One or more of the three groups of warp threads in the surface color development; the two groups of weft threads and the two groups of warp threads in the surface color development of the two groups of warp threads use one group as colored warp threads, and the other group as colorless Warp, the colorless system is black or white, or two sets of colored warp lines can be used, which can be mixed in color; the three sets of warp lines in the two sets of latitude lines and three sets of warp lines in the surface color development use two sets of colored lines Warp threads, one group is achromatic warp threads, and the achromatic system is black or white;

In the tissue design of the two sets of weft lines with two sets of colored weft lines on the surface, two sets of weft lines and a single set of warp lines are used to develop color on the surface, two sets of weft lines and two sets of warp lines are used to develop color on the surface, and two sets of weft lines and two sets of warp lines are used to develop color on the surface. One or more of the three groups of warp threads in the surface color development; the two groups of weft threads and the two groups of warp threads in the surface color development of the two groups of warp threads use one group as colored warp threads, and the other group as colorless warp threads , the colorless system is black or white, or two sets of colored warp threads can be used to mix colors; two sets of colored warp threads are used for the three sets of warp threads in the surface color development of the two sets of latitude threads and three sets of warp threads , one group is achromatic warp threads, and the achromatic system is black or white.

The two or more weft threads on the surface specifically adopt two or more weft threads and a single set of warp threads to develop color on the surface, two or more weft threads and two sets of warp threads to develop color on the surface, and two or more weft threads and three sets of warp threads to develop color on the surface. One or more types; the above two sets of wefts adopt two groups of colored systems, one group of colorless systems, or two groups of colorless systems, one group of colored systems, or two groups of colorless systems, and two groups of colored systems; wherein The above two sets of weft threads and two sets of warp threads in the surface coloring of the two sets of warp threads use one set of colored warp threads and the other set of colorless warp threads. The colorless threads are black or white, or use Two sets of colored warp threads, which can be mixed in color; the above two sets of weft threads and three sets of warp threads used in the surface coloring of the three sets of warp threads use two sets of colored warp threads, and one set of colorless warp threads, the colorless Department of black or white.

The beneficial effects of the present invention are: the present invention selects a reasonable ratio of warp and weft yarns through the combination of multi-color warp and multi-color weft, which can express pure colors and rich colors, and can also take into account the rationality and cost of the weaving process. In order to achieve the color effect, a variety of organizational structures are used locally, including heavy weft, heavy warp, double-layer, and three-layer structures. Through strong organizational design, the lack of single-group warp density is overcome. The product process is reasonable, the color is rich, and the artistry Strong, the first in the domestic market. Moreover, the pattern design of the fabric is rich in color, and at the same time, under the premise of the same warp axis, the change of different color styles can be realized through tissue changes, which is in sharp contrast with the background color of the single-color warp product affected by the warp thread, and the style is novel and has a strong Stylish and rich artistic expression, in line with fashion trends, suitable for the development of high-end products. Secondly, this fabric will bring new inspiration to jacquard fabric design in terms of craftsmanship and patterns; in the era of pursuing diversification, fashion, and personalized design, from the perspective of market prospects and development trends, this product It has broad prospects and good economic benefits.

detailed description

The following examples illustrate, but do not limit the present invention.

Example 1

The weaving process of a multi-color full mulberry silk jacquard fabric in this embodiment includes the following process steps: using mulberry silk as the warp and weft raw materials, selecting an electronic jacquard machine with 6144 needles for weaving, using 6000 pattern needles, and the finished product width 200 centimeters, using 4 flowers to complete the weaving; the warp is selected from 5-color warp, and the weft is interwoven with 5-color weft, and the colors used in the warp from left to right are: black, red, green, blue, White; the colors used by the wefts according to the order of weft insertion are: black, blue, red, yellow, and white; the organization is divided into two categories: surface color and back lining, according to a single set of wefts on the surface and two sets of wefts on the The combination of these two methods on the surface completes the series of weave design; then the warp thread is combined according to (1/20/22D factory silk 8T/Z×2) 6.8T/S, and a total of 5 colors are combined to perform the following processing technology: warp thread raw material → picky →Soaking→Drying→Winding→Silk doubling→Twisting→Steam box setting→Natural cooling→Inverting→Dyeing→Drying→Dyeing raw material inspection→Precision winding→Moisture retention→Warping; weft according to 5/20/ 22D factory mulberry silk 3.8T/S, a total of 5 colors of weft combination to carry out the following processing technology: raw material→twisting→dyeing→drying→winding; then the warp and weft are arranged according to the color arrangement and weave design of the above design Machine weaving, wherein the warp density of the finished product is 115 threads/cm, the weft density of the finished product is 52 threads/cm, and the warp thread tension: 26CN; and the processing process is completed after water softening and finishing, and it is made into a finished product.

This example is suitable for the color light and dark expression design that expresses a single hue, such as the red system. Its specific organizational design can be adopted as follows:

1. To express a pure red color: the red weft and red warp are colored on the surface, and a single set of weft and a single set of warp are colored on the surface;

2. To show a slightly lighter red color: the red weft and red and white warp are colored on the surface, and the surface is colored by a single set of weft and two sets of warp (one group has a color system, and one group has no color system (black or white) ));

3. To show a grayish red color: the red weft and white and black warp are colored on the surface, and the surface is colored by a single set of weft and two sets of warp (two sets of no color system);

4. To express a somewhat dark purple-red color: red weft and red, blue, black warp on the surface, a single set of weft and three sets of warp on the surface (two sets of color, one set of colorless system (black or white));

5. To express a darker red color: red, black weft and red warp are colored on the surface, which is two sets of weft (one with color system, one with black or white) in the surface and one set of warp in the surface surface color;

6. To show a very pure dark red: red, black weft and red, black warp color on the surface, is the two sets of weft (one with color, one black or white) in the surface and two sets of weft A group of meridians are colored on the surface (one group has a color system, and one group has no color system (black or white));

7. To express a light red with a little purple light: white, red weft and red, blue meridian are colored on the surface, which is two sets of weft (one with color, one with black or white) in the surface Develop color on the surface with two sets of warps (the two sets have color systems and can be mixed);

8. To express a dark red with a little purple light: red, black weft and red, blue, black warp are colored on the surface, which are two sets of weft (one with color system, one with black or white) on the surface. One group of weft threads and three groups of warp threads are colored on the surface (two groups have color systems, and one group has no color system (black or white)).

In this embodiment, by using multi-color warp and multi-color weft, a reasonable warp and weft yarn ratio is selected, which can express pure and rich colors, and can also take into account the reasonableness and cost of the weaving process. In order to achieve color effects, the product is partially A variety of organizational structures are adopted, including heavy weft, heavy warp, double-layer, and three-layer structures. Through strong organizational design, the lack of single-group warp density is overcome. The product technology is reasonable, the color is rich, and the artistry is strong. It belongs to the domestic market. first. Moreover, the pattern design of the fabric is rich in color, and at the same time, under the premise of the same warp axis, the change of different color styles can be realized through tissue changes, which is in sharp contrast with the background color of the single-color warp product affected by the warp thread, and the style is novel and has a strong Stylish and rich artistic expression, in line with fashion trends, suitable for the development of high-end products. Secondly, this fabric will bring new inspiration to jacquard fabric design in terms of craftsmanship and patterns; in the era of pursuing diversification, fashion, and personalized design, from the perspective of market prospects and development trends, this product It has broad prospects and good economic benefits.

Example 2

The weaving process of a multi-color full mulberry silk jacquard fabric in this embodiment includes the following process steps: using mulberry silk as the warp and weft raw materials, selecting an electronic jacquard machine with 6144 needles for weaving, using 6000 pattern needles, and the finished product width 200 centimeters, using 4 flowers to complete the weaving; the warp is selected from 5-color warp, and the weft is interwoven with 5-color weft, and the colors used in the warp from left to right are: black, red, green, blue, White; the colors used by the wefts according to the order of weft insertion are: black, blue, red, yellow, and white; the organization is divided into two categories: surface color and back lining, according to a single set of wefts on the surface and two sets of wefts on the The combination of these two methods on the surface completes the series of weave design; then the warp thread is combined according to (1/20/22D factory silk 8T/Z×2) 6.8T/S, and a total of 5 colors are combined to perform the following processing technology: warp thread raw material → picky →Soaking→Drying→Winding→Silk doubling→Twisting→Steam box setting→Natural cooling→Inverting→Dyeing→Drying→Dyeing raw material inspection→Precision winding→Moisture retention→Warping; weft according to 5/20/ 22D factory mulberry silk 3.8T/S, a total of 5 colors of weft combination to carry out the following processing technology: raw material→twisting→dyeing→drying→winding; then the warp and weft are arranged according to the color arrangement and weave design of the above design Machine weaving, wherein the warp density of the finished product is 115 threads/cm, the weft density of the finished product is 52 threads/cm, and the warp thread tension: 26CN; and the processing process is completed after water softening and finishing, and it is made into a finished product.

This example is suitable for the design of several adjacent hues that are relatively concentrated, such as red, purple, and purple. Its specific organizational design can be adopted as follows:

1. To express a pure red color: the red weft and red warp are colored on the surface, and a single set of weft and a single set of warp are colored on the surface;

2. To show a slightly lighter red color: the red weft and red and white warp are colored on the surface, and the surface is colored by a single set of weft and two sets of warp (one group has a color system, and one group has no color system (black or white) ));

3. To express a darker red color: red, black weft and red warp show color on the surface, which is two sets of weft (one with color system, one with black or white) in the surface and one set of warp in the surface surface color;

4. To express a light red with a little purple light: white, red weft and red, blue meridian are colored on the surface, which is two sets of weft (one with color system, one with black or white) in the surface Develop color on the surface with two sets of warps (the two sets have color systems and can be mixed);

5. To express a pure purple: Red, blue latitude and red, blue warp are colored on the surface, which is two sets of weft (two sets of color system) on the surface, two sets of weft and two sets of warp on the surface. (The two groups have color systems and can be mixed);

6. To express a somewhat dark purple: the red, blue weft and red, blue, black warp are colored on the surface, which is two sets of weft (two sets of color system) on the surface, two sets of weft and three sets of warp on the surface Surface color (two groups with color, one without color (black or white)).

In this embodiment, by using multi-color warp and multi-color weft, a reasonable warp and weft yarn ratio is selected, which can express pure and rich colors, and can also take into account the reasonableness and cost of the weaving process. In order to achieve color effects, the product is partially A variety of organizational structures are adopted, including heavy weft, heavy warp, double-layer, and three-layer structures. Through strong organizational design, the lack of single-group warp density is overcome. The product technology is reasonable, the color is rich, and the artistry is strong. It belongs to the domestic market. first. Moreover, the pattern design of the fabric is rich in color, and at the same time, under the premise of the same warp axis, the change of different color styles can be realized through tissue changes, which is in sharp contrast with the background color of the single-color warp product affected by the warp thread, and the style is novel and has a strong Stylish and rich artistic expression, in line with fashion trends, suitable for the development of high-end products. Secondly, this fabric will bring new inspiration to jacquard fabric design in terms of craftsmanship and patterns; in the era of pursuing diversification, fashion, and personalized design, from the perspective of market prospects and development trends, this product It has broad prospects and good economic benefits.

Example 3

The weaving process of a multi-color full mulberry silk jacquard fabric in this embodiment includes the following process steps: using mulberry silk as the warp and weft raw materials, selecting an electronic jacquard machine with 6144 needles for weaving, using 6000 pattern needles, and the finished product width 200 centimeters, using 4 flowers to complete the weaving; the warp is selected from 5-color warp, and the weft is interwoven with 5-color weft, and the colors used in the warp from left to right are: black, red, green, blue, White; the colors used by the wefts according to the order of weft insertion are: black, blue, red, yellow, and white; the organization is divided into two categories: surface color and back lining, according to a single set of wefts on the surface and two sets of wefts on the The combination of surface and two or more sets of weft threads on the surface completes the series of organization design; then the warp threads are combined according to (1/20/22D factory silk 8T/Z×2) 6.8T/S, a total of 5 colors Described processing technology: warp thread raw material → picking → soaking → drying → winding → paralleling → twisting → steam box setting → natural cooling → rewinding → dyeing → drying → dyeing raw material inspection → precision winding → moisture retention → finishing The warp and weft are processed according to the combination of 5/20/22D mulberry silk 3.8T/S and a total of 5 colors of weft: raw material→twisting→dyeing→drying→winding; then the warp and weft are designed according to the above The color arrangement and weave design are machine-woven. The warp density of the finished product is 115 threads/cm, the weft density of the finished product is 52 threads/cm, and the warp thread tension: 26CN.

This example is suitable for expressing colorful designs, and its specific organizational design can be adopted in the following ways:

1. To express a pure red color: the red weft and red warp are colored on the surface, and a single set of weft and a single set of warp are colored on the surface;

2. To show a slightly lighter red color: the red weft and red and white warp are colored on the surface, and the surface is colored by a single set of weft and two sets of warp (one group has a color system, and one group has no color system (black or white) ));

3. To express a darker red color: red, black weft and red warp show color on the surface, which is two sets of weft (one with color system, one with black or white) in the surface and one set of warp in the surface surface color;

4. To express a light red with a little purple light: white, red weft and red, blue meridian are colored on the surface, which is two sets of weft (one with color system, one with black or white) in the surface Develop color on the surface with two sets of warps (the two sets have color systems and can be mixed);

5. To express a pure purple: Red, blue latitude and red, blue warp are colored on the surface, which is two sets of weft (two sets of color system) on the surface, two sets of weft and two sets of warp on the surface. (The two groups have color systems and can be mixed);

6. To express a somewhat dark purple: the red, blue weft and red, blue, black warp are colored on the surface, which is two sets of weft (two sets of color system) on the surface, two sets of weft and three sets of warp on the surface Surface color (two groups with color, one without color (black or white)).

7. To express a dark green color: yellow, blue, black weft and green warp are colored on the surface, which means that more than two groups of wefts and a single group of warp are colored on the surface; the two Two sets of color systems are used for the weft above the group, and one group is colorless.

8. To show a very dark dark green: yellow, blue, black weft and green, black warp on the surface color, is more than two sets of weft on the surface and two sets of warp on the surface color ( One group has a color system, and one group has no color system (black or white)); the above two sets of weft threads use two groups of color systems, and one group has no color system.

9. To express a light green with some blue light: yellow, blue, white wefts and green, blue meridians are colored on the surface, which means more than two sets of wefts and two sets of meridians on the surface Color rendering (two groups have color systems, which can be mixed); the above two sets of weft threads use two groups of color systems, and one group has no color systems.

10. To express a pure light purple: blue, red, and white wefts and blue, red, and white warps are colored on the surface, which means more than two sets of wefts and three sets of warps on the surface (two sets of latitudes) There is a color system, and a group is colorless (black or white)). Wherein said more than two groups of wefts adopt two groups of colored systems, and one group of colorless systems.

11. To express a pure gray-red color: black, white, and red wefts and black, white, and red warps are colored on the surface, which means more than two sets of wefts and three sets of warps on the surface (two sets of colored system, a set of colorless systems (black or white)). Wherein said more than two groups of wefts adopt two groups of colorless systems, and one group of color systems.

12. To express a light pure gray-purple color: blue, red, white, black wefts and blue, red, white warps are colored on the surface, which means more than two sets of wefts and three sets of warps on the surface (Two groups have color system, one group has no color system (black or white)). Wherein said above two groups of wefts adopt 2 groups of colorless systems, and 2 groups of color systems.

In this embodiment, by using multi-color warp and multi-color weft, a reasonable warp and weft yarn ratio is selected, which can express pure and rich colors, and can also take into account the reasonableness and cost of the weaving process. In order to achieve color effects, the product is partially A variety of organizational structures are adopted, including heavy weft, heavy warp, double-layer, and three-layer structures. Through strong organizational design, the lack of single-group warp density is overcome. The product technology is reasonable, the color is rich, and the artistry is strong. It belongs to the domestic market. first. Moreover, the pattern design of the fabric is rich in color, and at the same time, under the premise of the same warp axis, the change of different color styles can be realized through the change of the structure, which is in sharp contrast with the background color of the single-color warp product affected by the warp thread. The style is novel and has a strong Stylish and rich artistic expression, in line with fashion trends, suitable for the development of high-end products. Secondly, this fabric will bring new inspiration to the design of jacquard fabrics in terms of craftsmanship and patterns; in the era of pursuing diversification, fashion, and personalized design, from the perspective of market prospects and development trends, this product It has broad prospects and good economic benefits.

Claims (4)

1. a kind of weaving process of the full mulberry silk jacquard fabric of multicolored warp, it is characterised in that comprise the technical steps that：Using mulberry Silk is warp and weft raw material, and the electronic jacquard machine of 6144 pins of selection is weaved, using the pin of line pin 6000, and finished door width is 200 Centimetre, use up into weaving using 4；Described warp is passed through from 5 colors, and parallel is interwoven from 5 barry dyeings, and the warp is from a left side To the color that uses successively of the right side for：It is black, red, green, blue, white；The color that the parallel is used successively according to picking order for：Black, It is blue, red, yellow, white；Tissue be divided into surface staining and the major class of back side backing two, by single group parallel surface, two groups of parallels surface, One or more of the parallel more than two in these three modes on surface are combined, complete the organization design of series；Then warp According to（1/20/22D filature silks 8T/Z × 2）6.8T/S, totally 5 the colors combined following processing technologys of carry out：Warp raw material → fastidious → immersion → drying → reeling → and silk → twisted filament → steam box sizing → natural cooling → rewinding → dyeing → drying → dyeing original Expect inspection → precision wind → guarantor's tide → warping；Parallel is carried out totally according to 5/20/22D factories mulberry silk 3.8T/S, the latitude combination of 5 colors Following processing technologys：Raw material → skeining → dyeing → drying → winder；Warp and weft are arranged according to the color of above-mentioned design again Row mode and organization design looming weaving, wherein finished product through it is close be 115 pieces/centimetre, finished product filling density is 52 pieces/centimetre, warp Power：26CN；And processing technology is completed after water soft finish, making turns into finished product.

2. a kind of weaving process of the full mulberry silk jacquard fabric of multicolored warp as claimed in claim 1, it is characterised in that：Described Single group parallel is specifically aobvious on surface in surface staining, single group parallel and two groups of warps with single group warp using single group parallel on surface The one or more of color, single group parallel and three groups of warps in surface staining；Wherein described single group parallel and two groups of warps exist Two groups of warps in surface staining use one group to there is colour system warp, and another group is that, without colour system warp, described is black without colour system Or it is white, or two groups are used all to have colour system warp, color-mixing；Described single group parallel and three groups of warps are in surface staining Three groups of warps two groups are used a colour system warp, one group is that, without colour system warp, described is black or white without colour system.

3. a kind of weaving process of the full mulberry silk jacquard fabric of multicolored warp as claimed in claim 1, it is characterised in that：Described Two groups of parallels are divided into one group on surface again colour system parallel, and two groups of parallels of another group of black or white parallel are coloured surface and two groups It is two groups of parallels of parallel on surface；Wherein described one group has colour system parallel, and two groups of parallels of another group of black or white parallel exist It is specific to use two groups of parallels and single group warp in surface staining, two groups of parallels and two groups of warps in table in the organization design on surface The one or more of surface colour development, two groups of parallels and three groups of warps in surface staining；Described two groups of parallels and two groups of warps exist Two groups of warps in surface staining use one group to there is colour system warp, and another group is that, without colour system warp, described is black without colour system Or it is white, or have colour system warp, color-mixing using two groups；Described two groups of parallels and three groups of warps in surface staining three Group warp uses two groups to there is colour system warp, and one group is that, without colour system warp, described is black or white without colour system；

Wherein described two groups have two groups of parallels of colour system parallel in the organization design on surface, specific to use two groups of parallels and list Group warp surface staining, two groups of parallels and two groups of warps in surface staining, two groups of parallels and three groups of warps in surface staining One or more；The two groups of warps of two groups of described parallels and two groups of warps in surface staining use one group to have colour system warp Line, another group is that, without colour system warp, described is black or white without colour system, or has colour system warp, color-mixing using two groups；Institute Three group warps of the two groups of parallels and three groups of warps stated in surface staining use two groups to there is colour system warp, and one group is without colour system Warp, described is black or white without colour system.

4. a kind of weaving process of the full mulberry silk jacquard fabric of multicolored warp as claimed in claim 1, it is characterised in that：Described Parallel more than two is on surface specifically using parallel more than two and single group warp in surface staining, parallel more than two and two groups One or more of the warp in surface staining, parallel more than two and three groups of warps in surface staining；Described is more than two Parallel has a colour system using two groups, one group without colour system or two groups without colour system, one group has colour system or 2 groups without colour system, and 2 groups are coloured System；The two groups of warps of wherein described parallel more than two and two groups of warps in surface staining use one group to have colour system warp Line, another group without colour system warp, described is black or white without colour system, or has colour system warp, color-mixing using two groups；It is described Three groups of warps in surface staining of parallel more than two and three groups of warps use two groups to there is colour system warp, one group is colourless It is warp, described is black or white without colour system.