CN104711865A - High-temperature-resistant fireproof cloth and preparation method thereof - Google Patents

Abstract

The invention relates to high-temperature-resistant fireproof cloth and a preparation method thereof. The preparation method is characterized by comprising the following steps: mixing and blending 10-90 parts of flame-retardant modacrylic antistatic fiber and 10-90 parts of pre-oxidized silk fiber into yarns by use of an airflow spinning machine, then mixing and sizing 0.2-1 part of antistatic carbon fiber and weaved yarns to form warp yarns, and finally weaving the warp yarns into cloth, namely obtaining the high-temperature-resistant fireproof cloth. The high-temperature-resistant fireproof cloth has the advantages that the preparation cost is lower, the high-temperature-resistant fireproof cloth can be dyed, the color is not easily changed, faded or dropped, the use range is wide and the antistatic performance is better.

Description

A kind of fire resistant cloth and manufacture method thereof

Technical field

The present invention relates to a kind of cloth, is can the fire resistant cloth of high temperature resistant, anti-naked light specifically.

Background technology

Fire resistant cloth is a kind of high-temperature fibre, and it, because having tolerance instantaneous high-temperature, not producing the features such as naked light, is widely used in the industrial circles such as Aero-Space, metallurgy, chemical industry, building materials, fire-fighting.

Fire resistant cloth general in prior art is all carry out mix spinning by aramid fiber reinforced composite (Kafra fiber) and oxidization fiber fiber according to certain ratio of weight and number, then is made into cloth and makes.This fire resistant cloth can tolerate the high temperature of moment 1000 DEG C, and can not produce naked light, can not produce fusion hole (not burning through), thus can be used widely when using naked light to burn.

But expensive due to aramid fiber reinforced composite, makes the manufacturing cost of the fire resistant cloth containing this material relatively high.And aramid fiber reinforced composite itself does not possess dyeability, the fire resistant cloth be therefore made up of it can not dye, and the scope of application is restricted.To the dyeing of this kind of fire resistant cloth in prior art, its essence is surface pigment, colored paint being pasted onto fabric fibre by the mode that bonding is dry, and fabric fibre not variable color itself, the phenomenon that this flameproof fabric can come off because of reason generation variable color, armpit look or colors such as light, sweat, friction, washing, flatirons in dress, use or keeping, thus affect the aesthetic appearance of fabric or clothes.In addition, the antistatic effect of this fire resistant cloth is relatively poor, can produce Mars, not only have harm to health during friction, also can cause fire time serious.

Summary of the invention

The problem to be solved in the present invention is to provide a kind of fire resistant cloth and manufacture method thereof, and this fire resistant cloth manufacturing cost is lower, can dye, and its color is not easy to change, fade or come off, and the scope of application is wide, and has good antistatic property.

For solving the problem, take following technical scheme:

The feature of fire resistant cloth of the present invention is formed by weaving by the material of following parts by weight:

Fire-retardant Vinyon N antistatic fibre 10 ~ 90 parts;

Antistatic carbon fiber 0.2 ~ 1 part;

Oxidization fiber fiber 10 ~ 90 parts.

Wherein, described fire-retardant Vinyon N antistatic fibre is the fire-retardant Vinyon N antistatic fibre Kanecaron produced by Japanese STOL industry, and its production code member is SYS 1.9*38-21C.

The method manufacturing fire resistant cloth of the present invention comprises the following steps:

First, use open-end spinning frame by the fire-retardant Vinyon N antistatic fibre of 10 ~ 90 parts and 10 ~ 90 parts of oxidization fiber fibers mixture, and be woven into yarn;

Then, by the antistatic carbon fiber of 0.2 ~ 1 part and the above-mentioned yarn mixing be woven into, and warp thread is made in starching;

Finally, utilize the warp thread made to be woven into cloth, namely obtain fire resistant cloth.

Take such scheme, have the following advantages:

Because fire resistant cloth of the present invention adopts fire-retardant Vinyon N antistatic fibre as one of raw material, compared with prior art, its Costco Wholesale is only about 1/4 of aramid fiber reinforced composite, and it has better high temperature resistant and fire resistance.Simultaneously, fire-retardant Vinyon N antistatic fibre itself possesses dyeability, the fire resistant cloth be made up of it can contaminate makes any color, and the essence of its dyeing is by the inside of dyestuff complete wetting at fabric fibre, even if the variable color of fabric fibre true qualities, therefore this fire resistant cloth is applicable to any occasion uses color demand to it, and the scope of application does not receive restriction.In addition, the raw material of fire resistant cloth of the present invention, on the basis of fire-retardant Vinyon N antistatic fibre, also add antistatic carbon fiber, make this fire resistant cloth have good antistatic property, can not Mars be produced during friction, the harm to health can be reduced.

Detailed description of the invention

Below in conjunction with embodiment, the present invention is described in further detail.

Embodiment one

Fire resistant cloth of the present invention is formed by weaving by the material of following parts by weight:

Fire-retardant Vinyon N antistatic fibre 10 parts; Antistatic carbon fiber 0.2 part; Oxidization fiber fiber 90 parts.

Wherein, described fire-retardant Vinyon N antistatic fibre is the fire-retardant Vinyon N antistatic fibre Kanecaron produced by Japanese STOL industry, and its production code member is SYS 1.9*38-21C.

The manufacture method of this fire resistant cloth comprises the following steps:

First, use open-end spinning frame by the fire-retardant Vinyon N antistatic fibre of 10 parts and 90 parts of oxidization fiber fibers mixture, and be woven into yarn; Then, by the antistatic carbon fiber of 0.2 part and the above-mentioned yarn mixing be woven into, and warp thread is made in starching; Finally, utilize the warp thread made to be woven into cloth, namely obtain fire resistant cloth.

Embodiment two

Fire resistant cloth of the present invention is formed by weaving by the material of following parts by weight:

Fire-retardant Vinyon N antistatic fibre 50 parts; Antistatic carbon fiber 0.5 part; Oxidization fiber fiber 50 parts.

Wherein, described fire-retardant Vinyon N antistatic fibre is the fire-retardant Vinyon N antistatic fibre Kanecaron produced by Japanese STOL industry, and its production code member is SYS 1.9*38-21C.

The manufacture method of this fire resistant cloth comprises the following steps:

First, use open-end spinning frame by the fire-retardant Vinyon N antistatic fibre of 50 parts and 50 parts of oxidization fiber fibers mixture, and be woven into yarn; Then, by the antistatic carbon fiber of 0.5 part and the above-mentioned yarn mixing be woven into, and warp thread is made in starching; Finally, utilize the warp thread made to be woven into cloth, namely obtain fire resistant cloth.

Embodiment three

The feature of fire resistant cloth of the present invention is formed by weaving by the material of following parts by weight:

Fire-retardant Vinyon N antistatic fibre 90 parts; Antistatic carbon fiber 1 part; Oxidization fiber fiber 10 parts.

Wherein, described fire-retardant Vinyon N antistatic fibre is the fire-retardant Vinyon N antistatic fibre Kanecaron produced by Japanese STOL industry, and its production code member is SYS 1.9*38-21C.

The manufacture method of this fire resistant cloth comprises the following steps:

First, use open-end spinning frame by the fire-retardant Vinyon N antistatic fibre of 90 parts and 10 parts of oxidization fiber fibers mixture, and be woven into yarn; Then, by the antistatic carbon fiber of 1 part and the above-mentioned yarn mixing be woven into, and warp thread is made in starching; Finally, utilize the warp thread made to be woven into cloth, namely obtain fire resistant cloth.

The fire-retardant Vinyon N antistatic fibre Kanecaron that above-mentioned three embodiments all adopt the industry of Japanese STOL to produce substitutes the aramid fiber reinforced composite used in prior art, while guaranteeing high temperature resistant and fire protecting performance, greatly reduce the manufacturing cost of fire resistant cloth.And fire-retardant Vinyon N antistatic fibre itself possesses dyeability, the fire resistant cloth be made up of it can according to the needs of use occasion, and dye makes any color, and its color not easy to change, fade or come off.In present stage flameproof fabric manufacture field, this characteristic solves and how can dye thoroughly to fabric fibre, and the difficult problem this dyeing color nondiscolouring can guaranteed, fade or come off, there is great Practical significance.

Claims (3)

1. a fire resistant cloth, is characterized in that being formed by weaving by the material of following parts by weight:

Fire-retardant Vinyon N antistatic fibre 10 ~ 90 parts;

Antistatic carbon fiber 0.2 ~ 1 part;

Oxidization fiber fiber 10 ~ 90 parts.

2. fire resistant cloth as claimed in claim 1, it is characterized in that described fire-retardant Vinyon N antistatic fibre is the fire-retardant Vinyon N antistatic fibre Kanecaron produced by Japanese STOL industry, its production code member is SYS 1.9*38-21C.

3. manufacture the method for fire resistant cloth as claimed in claim 1, it is characterized in that comprising the following steps:

First, use open-end spinning frame by the fire-retardant Vinyon N antistatic fibre of 10 ~ 90 parts and 10 ~ 90 parts of oxidization fiber fibers mixture, and be woven into yarn;

Then, by the antistatic carbon fiber of 0.2 ~ 1 part and the above-mentioned yarn mixing be woven into, and warp thread is made in starching;

Finally, utilize the warp thread made to be woven into cloth, namely obtain fire resistant cloth.