CN205970243U - Anti -static flame retarding fabric - Google Patents

Abstract

The utility model discloses an anti -static flame retarding fabric has solved traditional surface fabric and has not prevented static and fire -retardant function, and easy burning caused the problem of destruction when in use can take place static and conflagration, and its technical scheme main points are, an anti -static flame retarding fabric, include the basic unit that interweaves and form by warp and weft, warp is including electrically conductive warp and fire -retardant warp, weft is including electrically conductive weft and fire -retardant weft, be electrically conductive warp and electrically conductive weft by BC J series electrical conductivity fiber work out, fire -retardant warp and fire -retardant weft make by the modified acrylic fibres fibre that self has fire behaviour, be provided with fire -retardant layer in the basic unit, make for the fire -retardant yarn of washing of 300D96F on fire -retardant layer, has reached the surface fabric and can prevent static, and the surface fabric can not take place to produce static and causes the interference to the health when using, and the surface fabric ability is fire -retardant, has the technological effect that fiery scene can not burnt easily at conflagration or other.

Description

A kind of anti-static inflaming-retarding fabric

Technical field

This utility model is related to a kind of field of textiles, more specifically, it relates to a kind of anti-static inflaming-retarding fabric.

Background technology

Current clothing are mainly made up of the yarn containing cotton, hair, silk, fiber crops, terylene chemical fibre, and people are in the activity of wearing clothes When, cloth textile phase mutual friction can produce electrostatic, so that clothes is tangled and glue body, absorbs dust in a large number, in dress especially In winter, clothes originally produces a large amount of electrostatic after friction, produces electric discharge, thus endangering people when causing person to person or object contact Body；In addition, when there is fire, if being worn the clothes as inflaming retarding fabric, being avoided that in scene of fire and much injuring.

Utility model content

In view of the shortcomings of the prior art, this utility model be to provide a kind of by conduction through parallel and fire-retardant through parallel The anti-static inflaming-retarding fabric with antistatic and flame retardant effect that is jointly weaving and being provided with flame-retardant layer.

For achieving the above object, this utility model provides following technical scheme：A kind of anti-static inflaming-retarding fabric, including by The basic unit that warp and parallel are interwoven, described warp includes conductive warp and fire-retardant warp, and described parallel includes conductive weft With fire-retardant parallel, described conduction warp and conductive weft worked out by BC-J series of conductive fiber, described fire-retardant warp and Fire-retardant parallel is made by the modified acrylic fibres itself with fire resistance, and described basic unit is provided with flame-retardant layer, described resistance Combustion layer is made up of the fire-retardant yarn of washing of 300D96F.

By adopting technique scheme, by the line with electric conductivity worked out by BC-J series of conductive fiber The basic unit being jointly made into the line with fire resistance being made up of the modified acrylic fibres itself with fire resistance, makes basic unit Have antistatic and fire resistance concurrently, and arrange in basic unit flame-retardant layer is made by the fire-retardant yarn of washing of 300D96F, so that fabric is had relatively Good fire-retardant and antistatic performance.

This utility model is further arranged to：Described warp and parallel outer surface all scribble the conductive agent containing conductive titanium dioxide Layer.

By adopting technique scheme, apply the conductive agent containing conductive titanium dioxide in the outer surface of warp and parallel, make Basic unit is respectively provided with electric conductivity through parallel, so that the static electricity resistance of fabric is strengthened again.

This utility model is further arranged to：Described conductive agent outer surface scribbles the fire retardant containing FPK8007 fireproof powder Layer.

By adopting technique scheme, the flame retardant layer containing FPK8007 fireproof powder is set in conductive agent outer surface, makes Fabric does not have afterflame and the phenomenon glowed when meeting fire, and does not contain harmful components, strengthens the flame retardant effect of fabric further.

This utility model is further arranged to：The inner surface setting of described basic unit has the conductive layer containing conductive silver powder.

By adopting technique scheme, base layer interior surface is provided with the conductive layer containing conductive silver powder, strengthens further Fabric electric conductivity, thus improve the antistatic performance of fabric.

This utility model is further arranged to：The ratio of described conduction warp and fire-retardant warp is 1:10.

By adopting technique scheme, the ratio setting of conductive warp and fire-retardant warp is 1:10, in more resistance Interspersed setting conductive warp on a small quantity between combustion warp, less conductive warp just can achieve the function of antistatic, and simultaneously less leads Electric warp also can be tried one's best and not disturbed the anti-flammability of basic unit, so that the existing static electricity resistance of basic unit is taken into account with anti-flammability simultaneously.

This utility model is further arranged to：The ratio of described conductive weft and fire-retardant parallel is 1:10.

By adopting technique scheme, a small amount of conductive weft of interspersed setting between more fire-retardant parallel, less leads Electric parallel can achieve the function of antistatic, and simultaneously less conductive weft also can be tried one's best and not disturbed the anti-flammability of basic unit, make basic unit Existing static electricity resistance is taken into account with anti-flammability simultaneously.

This utility model is further arranged to：Described flame-retardant layer has two-layer, is respectively placed in outer surface and the conduction of basic unit The inner surface of layer.

By adopting technique scheme, it is provided with flame-retardant layer in the upper and lower surface of fabric, make fabric when meeting fire, interior Outer two surfaces all can carry out fire-retardant, without occur only having one side can fire-retardant another side occur can not be fire-retardant situation, in addition, interior Outer two surfaces are respectively provided with flame retardant effect also will not make conduction be placed on the situation that outer surface occurs burning.

In sum, this utility model has the advantages that：

By setting have conducting function through parallel and the fabric being jointly made into through parallel that has anti-flaming function, make this Fabric has electrostatic-proof function, it may have anti-flaming function.

Brief description

Fig. 1 is the structural representation of the present embodiment basic unit；

Fig. 2 is the schematic diagram of the present embodiment warp or parallel；

Fig. 3 is the overall structure diagram of the present embodiment fabric.

Reference：1st, basic unit；11st, warp；111 conductive warps；112nd, fire-retardant warp；12nd, parallel；121st, conductive latitude Line；122nd, fire-retardant parallel；2nd, fire retardant；3rd, conductive agent；4th, flame-retardant layer；5th, conductive layer.

Specific embodiment

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

This specific embodiment is only that it is not to restriction of the present utility model, ability to explanation of the present utility model Field technique personnel can make to the present embodiment after reading this specification as needed does not have the modification of creative contribution, but As long as all being protected by Patent Law in right of the present utility model.

Embodiment：As shown in figure 1, a kind of anti-static inflaming-retarding fabric, including the basic unit 1 being made into by warp 11 and parallel 12, Warp 11 includes conductive warp 111 and fire-retardant warp 112 and the ratio of conductive warp 111 and fire-retardant warp 112 is 1:10, parallel 12 ratios including conductive weft 121 and fire-retardant parallel 122 and conductive weft 121 and fire-retardant parallel 122 are 1:10, in addition, warp Line 11 basic unit 1 arrangement be often two neighboring conduction warp 111 in the middle of be placed equidistant ten fire-retardant warps 112, each two It has been placed equidistant ten fire-retardant parallels 122 between adjacent conductive weft 121；Conductive warp 111 and conductive weft 121 by BC-J series of conductive fiber is worked out, and fire-retardant warp 112 and fire-retardant parallel 122 are by the modified nitrile itself with fire resistance Synthetic fibre fiber is made, with conduction through parallel 12 and fire-retardant through the basic unit 1 that parallel 12 is made into, not only there is fire-retardant function, and its Body can be conductive, also can play the effect of antistatic.

Be illustrated in figure 2 warp 11 or the internal structure schematic diagram of parallel 12, be in innermost layer rounded for conduction Through parallel 12 or fire-retardant through parallel 12, be in outermost in circular be the fire retardant 2 containing FPK8007 fireproof powder Layer, fire retardant 2 can make fabric not have afterflame and the phenomenon glowed when meeting fire, and does not contain harmful components, strengthens further The flame retardant effect of fabric；Laminating fire retardant 2 inner surface setting is 3 layers of conductive agent containing conductive titanium dioxide, strengthens resistance further Combustion and antistatic performance.

It is illustrated in figure 3 the structural representation of fabric, in figure fabric is divided into four layers, is followed successively by flame-retardant layer 4, base from top to bottom Layer 1, conductive layer 5 and flame-retardant layer 4, flame-retardant layer 4 is made up of the fire-retardant yarn of washing of 300D96F, can make fabric sofetening while realizing fire-retardant Comfortable, and flame-retardant layer 4 is arranged on the surfaces externally and internally of fabric, make fabric when meeting fire, inside and outside two surfaces all can carry out fire-retardant, and Be not in that only one side a little situation about burning can, in addition, inside and outside two surfaces are respectively provided with flame retardant effect by fire-retardant another side Also conductive layer 5 will not be made to take the lead in running into the situation that fire occurs burning；The second layer is to be worked out by warp 11 and parallel 12 from top to bottom Basic unit 1, basic unit 1 enables antistatic and fire-retardant dual-use function, is the conduction containing conductive silver powder in the lower section of basic unit 1 Layer 5, conductive layer 5 strengthens the electric conductivity of fabric further.

Claims (7)

1. a kind of anti-static inflaming-retarding fabric, including by warp（11）And parallel（12）The basic unit being interwoven（1）, it is characterized in that： Described warp（11）Including conductive warp（111）With fire-retardant warp（112）, described parallel（12）Including conductive weft（121）With Fire-retardant parallel（122）, described conduction warp（111）And conductive weft（121）Worked out by BC-J series of conductive fiber, institute State fire-retardant warp（112）With fire-retardant parallel（122）Made by the modified acrylic fibres itself with fire resistance, described basic unit （1）On be provided with flame-retardant layer（4）, described flame-retardant layer（4）It is made up of the fire-retardant yarn of washing of 300D96F.

2. a kind of anti-static inflaming-retarding fabric according to claim 1, is characterized in that：Described warp（11）And parallel（12）Outward Surface all scribbles the conductive agent containing conductive titanium dioxide（3）Layer.

3. a kind of anti-static inflaming-retarding fabric according to claim 1, is characterized in that：Described conductive agent（3）Outer surface scribbles Fire retardant containing FPK8007 fireproof powder（2）Layer.

4. a kind of anti-static inflaming-retarding fabric according to claim 1, is characterized in that：Described basic unit（1）Inner surface setting There is the conductive layer containing conductive silver powder（5）.

5. a kind of anti-static inflaming-retarding fabric according to claim 1, is characterized in that：Described conduction warp（111）With fire-retardant Warp（112）Ratio be 1:10.

6. a kind of anti-static inflaming-retarding fabric according to claim 1, is characterized in that：Described conductive weft（121）With fire-retardant Parallel（122）Ratio be 1:10.

7. a kind of anti-static inflaming-retarding fabric according to claim 4, is characterized in that：Described flame-retardant layer（4）There is two-layer, respectively It is placed in basic unit（1）Outer surface and conductive layer（5）Inner surface.