CN205326380U - Antistatic antiflaming shell fabric - Google Patents

Abstract

The utility model discloses an antistatic antiflaming shell fabric, aim at providing one kind with the better antistatic antiflaming shell fabric of nature, its technical scheme main points are: an antistatic antiflaming shell fabric, includes cloth basic unit, be equipped with in the cloth basic unit and prevent static ultra -clean precoat, cloth basic unit keeps away from the one side of preventing static ultra -clean precoat and is provided with fire -retardant chenille layer, be provided with the ptt memory fiber surface bed of material between fire -retardant chenille layer and the cloth basic unit, including the good shape memory function of the ptt memory fiber surface bed of material, can resume initial state when the temperature risees, make the cloth become and level, make the cloth have good prevent static and flame retardant efficiency through setting up of above -mentioned layer, reach better practicality.

Description

A kind of Anti-static flame-retardant fabric

Technical field

This utility model relates to a kind of textile cloth field, more specifically, it relates to a kind of Anti-static flame-retardant fabric。

Background technology

Along with growth in the living standard, people are more and more higher to the comfort level of medicated clothing and the requirement of various function, in cold winter, weather is particularly dry, the phenomenon of medicated clothing generation electrostatic is very common, dressing person can be made to produce sensation of pricking and feeling of numbness when producing electrostatic, and make other contactee have the sensation being electrically shocked, make other people dare not contact wearer, form a kind of invisible estrangement to each other, to some special occasions such as gas station etc., charged is the thing of a danger close, and in order to wear warming all can oneself be wrapped up in very tight, wrap up in very tight may result in be worn in inside clothes in extruding, there is fold。

At present, (Chinese patent that application number is 201310491036.X discloses a kind of antistatic fire-retardant thermal insulation cloth) on market, it includes antistatic backing, flame-retardant layer and warming layer, described initial bed upper surface is connected to antistatic backing by adhesive, antistatic backing upper surface is provided with flame-retardant layer, flame-retardant layer upper surface is provided with warming layer, and described warming layer adopts fleece material to make, and described antistatic backing is made up of the fringe bar with conductive fiber。

Fabric is played conductive effect by the fringe bar of conductive fiber and eliminates the electrostatic in fabric by this patent, fabric is played fire-retardant by the flame retardant effect of cvc inflaming retarding fabric。

This patent is disadvantageous in that: although this patent has antistatic and fire-retardant effect, but too much medicated clothing can be produced very big fold owing to wearing medicated clothing winter, cause the out-of-flatness of medicated clothing, need regular medicated clothing is pressed, it is impracticable that trouble very makes medicated clothing exist, and well fire-retardant and conductive effect can not be played by the fringe bar of the flame retardant effect of cvc inflaming retarding fabric with conductive fiber, there is very big impracticability in this cloth in sum。

Utility model content

For the deficiency that prior art exists, the purpose of this utility model is in that to provide a kind of better Anti-static flame-retardant fabric of practicality。

For achieving the above object, this utility model provides following technical scheme: a kind of Anti-static flame-retardant fabric, including cloth basic unit, described cloth basic unit is provided with Anti-static ultra-clean woven fabric layer, described cloth basic unit is provided with fire-retardant snow Neil layer away from the side of Anti-static ultra-clean woven fabric layer, is provided with ptt memory fiber precoat between described fire-retardant snow Neil layer and cloth basic unit。

This utility model is further arranged to: described fire-retardant snow Neil layer is provided with warming layer away from the side of ptt memory fiber precoat, and described warming layer is cotton layer。

This utility model is further arranged to: the thickness of described ptt memory fiber precoat is 0.02 millimeter。

This utility model is further arranged to: described Anti-static ultra-clean woven fabric layer is coated with oxirane antistatic layer away from the side of cloth basic unit。

Compared with prior art, the beneficial effects of the utility model are: had by the fire-retardant snow Neil layer being arranged in cloth basic unit and namely put out the superior flame-retarding characteristic not burnt away from fire, make the fabric will not spontaneous combustion when touching naked light, and Anti-static ultra-clean woven fabric layer itself do not send out dirt, good antistatic performance and filter dirt, owing to the aerial friction of dust also can produce a certain amount of electrostatic, dual antistatic effect is played with antistatic by dust-proof, plus the shape memory function that ptt memory fiber precoat is good, initial condition can be recovered when temperature raises, cloth is made to become smooth, cloth is made to have good antistatic and flame retardant effect by the setting of above-mentioned layer, reach better practicality。

Accompanying drawing explanation

Fig. 1 is the structural representation of Anti-static flame-retardant fabric。

Accompanying drawing labelling: 1, Anti-static ultra-clean woven fabric layer；2, cloth basic unit；3, ptt memory fiber precoat；4, fire-retardant snow Neil layer；5, cotton layer；6, oxirane antistatic layer。

Detailed description of the invention

With reference to Fig. 1, Anti-static flame-retardant fabric is described further。

A kind of Anti-static flame-retardant fabric, including cloth basic unit 2, described cloth basic unit 2 is provided with Anti-static ultra-clean woven fabric layer 1, described cloth basic unit 2 is provided with fire-retardant snow Neil layer 4 away from the side of Anti-static ultra-clean woven fabric layer 1, is provided with ptt memory fiber precoat 3 between described fire-retardant snow Neil layer 4 and cloth basic unit 2。

Had by the fire-retardant snow Neil layer 4 being arranged in cloth basic unit 2 and namely put out the superior flame-retarding characteristic not burnt away from fire, make the fabric will not spontaneous combustion when touching naked light, and Anti-static ultra-clean woven fabric layer 1 itself do not send out dirt, good antistatic performance and filter dirt, owing to the aerial friction of dust also can produce a certain amount of electrostatic, dual antistatic effect is played with antistatic by dust-proof, plus the shape memory function that ptt memory fiber precoat 3 is good, initial condition can be recovered when temperature raises, cloth is made to become smooth, cloth is made to have good antistatic and flame retardant effect by the setting of above-mentioned layer, reach better practicality。

Described fire-retardant snow Neil layer 4 is provided with warming layer away from the side of ptt memory fiber precoat 3, and described warming layer is cotton layer 5。Cotton has the performance of good heat-insulating property and antistatic, decreases again the generation of electrostatic, make cloth have more practicality while making fabric play better warmth retention property。

The thickness of described ptt memory fiber precoat 3 is 0.02 millimeter。Ptt memory fiber precoat 3 is higher due to production cost, and ptt memory fiber precoat 3 itself has good shape memory function, and the ptt memory fiber precoat 3 of 0.02 millimeter not only can have good memory performance under the premise with minimum production cost。

Described Anti-static ultra-clean woven fabric layer 1 is coated with oxirane antistatic layer 6 away from the side of cloth basic unit 2。Oxirane antistatic layer 6 has good static elasticity eliminating effect and heat stability, ensure that the stability of fabric prevents fabric from tight with lax phenomenon occur by oxirane antistatic layer 6 with directly contacting of human body, and reach better antistatic effect by oxirane antistatic layer 6。

The above is only preferred implementation of the present utility model, and protection domain of the present utility model is not limited merely to above-described embodiment, and all technical schemes belonged under this utility model thinking belong to protection domain of the present utility model。It should be pointed out that, for those skilled in the art, without departing from the some improvements and modifications under this utility model principle premise, these improvements and modifications also should be regarded as protection domain of the present utility model。

Claims (4)

1. an Anti-static flame-retardant fabric, including cloth basic unit (2), it is characterized in that: described cloth basic unit (2) is provided with Anti-static ultra-clean woven fabric layer (1), described cloth basic unit (2) is provided with fire-retardant snow Neil layer (4) away from the side of Anti-static ultra-clean woven fabric layer (1), is provided with ptt memory fiber precoat (3) between described fire-retardant snow Neil layer (4) and cloth basic unit (2)。

2. a kind of Anti-static flame-retardant fabric according to claim 1, it is characterized in that: described fire-retardant snow Neil layer (4) is provided with warming layer away from the side of ptt memory fiber precoat (3), and described warming layer is cotton layer (5)。

3. a kind of Anti-static flame-retardant fabric according to claim 1, it is characterised in that: the thickness of described ptt memory fiber precoat (3) is 0.02 millimeter。

4. a kind of Anti-static flame-retardant fabric according to claim 1, it is characterised in that: described Anti-static ultra-clean woven fabric layer (1) is coated with oxirane antistatic layer (6) away from the side of cloth basic unit (2)。