CN205803706U

CN205803706U - The fabric construction of antistatic fabric

Info

Publication number: CN205803706U
Application number: CN201620512255.0U
Authority: CN
Inventors: 陈兰
Original assignee: JIANGSU TEXTILE RESEARCH INSTITUTE Co Ltd
Current assignee: JIANGSU TEXTILE RESEARCH INSTITUTE Co Ltd
Priority date: 2016-05-31
Filing date: 2016-05-31
Publication date: 2016-12-14
Anticipated expiration: 2026-05-31

Abstract

This utility model relates to the fabric construction of a kind of antistatic fabric, several cellular organization circulated is constituted；It is characterized in that: described each cellular organization all uses the plain weave being interweaved by n root warp thread and n root weft yarn, n is positive integer；Described n root warp thread includes n-1 root plain weave warp thread and 1 conduction twist yarn, is spaced n root plain weave warp thread between two conductions of adjacent Liang Ge cellular organization twist yarn；Described n root weft yarn includes the n-3 root plain weave weft yarn set gradually, 1 conduction twist yarn, 1 plain weave weft yarn and 1 conduction twist yarn, and two conductions of described weft yarn twist yarn use latitude re-organized.Described latitude re-organized refers to that the latitude floating-point of two conductions twist yarn is across two risers.The plain weave weft yarn of described n-2 root uses 1/1 plain weave.This utility model makes product both have good outward appearance, has more the performance such as comfortableness and antistatic.

Description

The fabric construction of antistatic fabric

Technical field

This utility model relates to the fabric construction of a kind of electrostatic-proof function protective fabric, belongs to textile technology field.

Background technology

Along with the development of science and technology, the most especially have dangerous enterprise and industry, raw in order to ensure employee Order safety and enterprise product and enterprise assets safety, need a large amount of use antistatic protective working clothing fabric.In the market T/C fabric uses conduction to spell the twisted yarn the most embedding equidistant method that inweaves mostly, and basic organizational structure is based on single twill, suitable Require that relatively low enterprise is as coat fabric for antistatic performance, it is impossible to reach the A level requirement of new national standard GB12014-2009. GB GB12014-2009 requires that the point-to-point resistance/Ω of A level fabric is 1 × 10⁵~10⁷.And use conventional conducting fibres woven T/C, CVC fabric typically can only achieve B level, and its point-to-point resistance/Ω is 1 × 10⁷~10¹¹.A level anti-static product is applied to a little The height of combustion below energy 0.1MJ is flammable can quick-fried field；High-risk high affect field such as space flight, military field；High Sensitive Domain is as big Scale integrated circuit (CSI), super large-scale integration (VLSI), special IC (AHSIC) etc..

Summary of the invention

The purpose of this utility model is to overcome the deficiencies in the prior art, it is provided that the fabric knot of a kind of antistatic fabric Structure, makes product both have good outward appearance, has more the performance such as comfortableness and antistatic.

The technical scheme provided according to this utility model, the fabric construction of described antistatic fabric, is circulated by several Cellular organization is constituted；It is characterized in that: described each cellular organization all uses and is interweaved by n root warp thread and n root weft yarn Plain weave, n is positive integer；Described n root warp thread include n-1 root plain weave warp thread and 1 conduction and twist yarn, adjacent two It is spaced n root plain weave warp thread between two conductions of cellular organization twist yarn；Described n root weft yarn includes the n-3 set gradually Root plain weave weft yarn, 1 conduction twist yarn, 1 plain weave weft yarn and 1 conduction twist yarn, lead for two of described weft yarn Electricity twist yarn use latitude re-organized.

In a detailed description of the invention, described latitude re-organized refers to that the latitude floating-point of two conductions twist yarn is across two warps Floating-point.

In a detailed description of the invention, the plain weave weft yarn of described n-2 root uses 1/1 plain weave.

In a detailed description of the invention, the plain weave weft yarn of described n-2 root floats at interval of a warp thread and weft yarn On warp thread.

In a detailed description of the invention, described plain weave warp thread and plain weave weft yarn use T/C or CVC raw material.

In a detailed description of the invention, described plain weave warp thread uses T/C 65/35 raw material of 23.6tex；Plain weave Tissue weft yarn uses T/C 65/35 raw material of 17.7tex；Conduction twist yarn use 16.6tex+4.44tex black conductive silk also Twist with the fingers；Finished product effective gate width is 150cm；Finished product thread count is 86 × 57/cm.

In a detailed description of the invention, described each cellular organization all uses mutually is handed over by 12 warp thread and 12 weft yarns The plain weave knitted；Described 12 warp thread include 11 plain weave warp thread and 1 conduction twist yarn, adjacent two unit It is spaced 12 plain weave warp thread between two conductions of tissue twist yarn；Described 12 weft yarns include 9 set gradually puts down Stricture of vagina tissue weft yarn, 1 conduction twist yarn, 1 plain weave weft yarn and 1 conduction twist yarn, two conductions of described weft yarn are also Twist yarn uses latitude re-organized.

In a detailed description of the invention, two conductions of described weft yarn the latitude floating-point of twist yarn are across two risers.

In a detailed description of the invention, the plain weave weft yarn in described 12 weft yarns uses 1/1 plain weave.

In a detailed description of the invention, the plain weave weft yarn in described 12 weft yarns is at interval of a warp thread and weft yarn Float on warp thread.

This utility model has the advantage that

(1) use the fiber basic material of T/C or CVC good hygroscopicity, select high-quality conductive fiber, wear more comfortable, anti- The functions such as electrostatic reach requirement；

(2) use plain weave to add 2/2 weft rib weave's structure, make fabric both have appearance attractive in appearance, there is again good relaxing Adaptive and conduction etc. are functional；

(3) rational thread count and longitude and latitude number are selected, it is ensured that the outward appearance of product and function.

(4) when this utility model detects point-to-point resistance, metal cylinder contacts journey with the conductive fiber in antistatic fabric Degree is fine, to guarantee that product has the point-to-point resistive performance of excellent antistatic.

Accompanying drawing explanation

Fig. 1 is the organization charts of antistatic fabric described in the utility model.

Detailed description of the invention

Below in conjunction with concrete accompanying drawing, the utility model is described in further detail.

As shown in Figure 1: the cellular organization that the fabric construction of described antistatic fabric is circulated by several is constituted, each unit Tissue all use by 12 warp thread (1,2,3,4,5,6,7,8,9,10,11,12) and 12 weft yarns (A, B, C, D, E, F, G, H, I, J, K, L) plain weave that is interweaved；It is interlacing point at the warp thread of described cellular organization and the intertexture of weft yarn, every in Fig. 1 Individual little lattice represent an interlacing point, draw and have warp thread in the grid representative tissue of " pitching " and " circle " to float on weft yarn, are referred to as through floating Point；Fill yarns float on warp thread, referred to as latitude floating-point.

Described 12 warp thread include 11 plain weave warp thread and 1 conduction twist yarn, and in Fig. 1, warp thread 1 is for conduction also Twist yarn；It is spaced 12 plain weave warp thread, i.e. at first unit between two conductions of adjacent Liang Ge cellular organization twist yarn In tissue, warp thread 1 is conduction twist yarn, and in second adjacent cellular organization, warp thread 2 is conduction twist yarn, and the rest may be inferred.Use This warp thread tissue makes warp-wise conduction twist yarn contact point be evenly distributed, and point-to-point electric conductivity is stable.

Described 12 weft yarns include the 9 plain weave weft yarns (L, K, J, I, H, G, F, E, D) set gradually, 1 conduction And twist yarn C, 1 plain weave weft yarn B and 1 conduction and twist yarn A；Two conductions of described weft yarn twist yarn (A, C) use latitude Re-organized, the latitude floating-point of two conductions twist yarn (A, C) is across two risers.10 plain weave weft yarns (L, K, J, I, H, G, F, E, D, B) use 1/1 plain weave, i.e. plain weave weft yarn to float on warp thread at interval of a warp thread and weft yarn.

Described plain weave warp thread and plain weave weft yarn use T/C or CVC raw material, make dress more comfortable；Conduct electricity and twist with the fingers Yarn uses permanent composite guide electrical filament to guarantee the persistency of antistatic performance.

Described antistatic fabric selects rational thread count and longitude and latitude number to configure outward appearance and the function of product, Reach A level anti-static effect.Specifically, product specification is as follows: plain weave warp thread uses the T/C 65/35 of 23.6tex Raw material；Plain weave weft yarn uses T/C 65/35 raw material of 17.7tex；Conduction twist yarn use 16.6tex+4.44tex black Conductive filament carries out and twists with the fingers；Finished product effective gate width is 150cm；Finished product thread count is 86 × 57/cm.

Fabric construction described in the utility model uses particular tissues structure and corresponding conductive filament arrangement, and weft density is joined Put, make fabric both have appearance attractive in appearance, there are again good comfortableness and conduction etc. functional.The fabric of this spline structure both had There is appearance attractive in appearance, there are again good comfortableness and conduction etc. functional.

Claims

1. a fabric construction for antistatic fabric, several cellular organization circulated is constituted；It is characterized in that: described each list Unit's tissue all uses the plain weave being interweaved by n root warp thread and n root weft yarn, and n is positive integer；Described n root warp thread bag Include n-1 root plain weave warp thread and 1 conduction twist yarn, between two conductions of adjacent Liang Ge cellular organization twist yarn, be spaced n Root plain weave warp thread；The n-3 root plain weave weft yarn that described n root weft yarn includes setting gradually, 1 conduction twist yarn, 1 Plain weave weft yarn and 1 conduction also twist yarn, two conductions of described weft yarn twist yarn use latitude re-organized.

2. the fabric construction of antistatic fabric as claimed in claim 1, is characterized in that: described latitude re-organized refers to two conductions And the latitude floating-point of twist yarn is across two risers.

3. the fabric construction of antistatic fabric as claimed in claim 1, is characterized in that: the plain weave weft yarn of described n-2 root Use 1/1 plain weave.

4. the fabric construction of antistatic fabric as claimed in claim 3, is characterized in that: the plain weave weft yarn of described n-2 root Float on warp thread at interval of a warp thread and weft yarn.

5. the fabric construction of antistatic fabric as claimed in claim 1, is characterized in that: described plain weave warp thread and plain weave group Knit weft yarn and use T/C or CVC raw material.

6. the fabric construction of antistatic fabric as claimed in claim 1, is characterized in that: described plain weave warp thread uses T/C 65/35 raw material of 23.6tex；Plain weave weft yarn uses T/C 65/35 raw material of 17.7tex；Conduction twist yarn use 16.6tex+4.44tex black conductive silk is also twisted with the fingers；Finished product effective gate width is 150cm；Finished product thread count is 86 × 57/cm.

7. the fabric construction of antistatic fabric as claimed in claim 1, is characterized in that: described each cellular organization all use by The plain weave that 12 warp thread and 12 weft yarns are interweaved；Described 12 warp thread include 11 plain weave warp thread and 1 Root conduction twist yarn, be spaced 12 plain weave warp thread between two conductions of adjacent Liang Ge cellular organization twist yarn；Described 12 Root weft yarn includes the 9 plain weave weft yarns set gradually, 1 conduction twist yarn, 1 plain weave weft yarn and 1 conduction also Twist yarn, two conductions of described weft yarn twist yarn use latitude re-organized.

8. the fabric construction of antistatic fabric as claimed in claim 7, is characterized in that: two conductions of described weft yarn twist yarn Latitude floating-point across two risers.

9. the fabric construction of antistatic fabric as claimed in claim 7, is characterized in that: the plain weave in described 12 weft yarns Weft yarn uses 1/1 plain weave.

10. the fabric construction of antistatic fabric as claimed in claim 9, is characterized in that: the plain weave group in described 12 weft yarns Knit weft yarn to float on warp thread at interval of a warp thread and weft yarn.