CN105133144A - Preparation method of ultra-strong flame-retardant special protective garment fabric - Google Patents
Preparation method of ultra-strong flame-retardant special protective garment fabric Download PDFInfo
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- CN105133144A CN105133144A CN201510646213.6A CN201510646213A CN105133144A CN 105133144 A CN105133144 A CN 105133144A CN 201510646213 A CN201510646213 A CN 201510646213A CN 105133144 A CN105133144 A CN 105133144A
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Abstract
The invention discloses a preparation method of an ultra-strong flame-retardant special protective garment fabric. The ultra-strong flame-retardant special protective garment fabric is prepared from yarns, which are formed by blending ultra-high molecular weight polyethylene short fibers and flame-retardant polyester fibers and is taken as a raw material, by virtue of a weaving production method. The preparation method comprises the following steps: combining wefts and warps, which adopt blended yarns of ultra-high molecular weight polyethylene short fibers and flame-retardant polyester fibers, into strands and twisting the strands into plied yarns; then performing sectional warping to obtain a live axle so as to produce an ultra-strong flame-retardant special protective garment fabric blank on a gripper loom; discharging and performing fabric finishing; and then performing dyeing treatment, thereby obtaining a finished product. The prepared ultra-strong flame-retardant special protective garment fabric is capable of giving full play to the unique excellent performance of the ultra-high molecular weight polyethylene fibers; if the stab-resistant anti-cutting performance of the ultra-strong flame-retardant special protective garment fabric is required to be enhanced, the use amount of the ultra-high molecular weight polyethylene short fibers in the blended yarns can be increased.
Description
Technical field
The invention belongs to fabric manufacture field, be specifically related to a kind of with the preparation method of ultra-high molecular weight polyethylene short fiber and the flame-resistant terylene blended yarn superpower flame retardant special protective garment fabric that is raw material.
Background technology
Superhigh molecular weight polyethylene fibers is one of synthetic fiber that the intensity of current commercial application is the highest, except high strength and high-modulus, UHMWPE fiber also has that density is low, shock resistance, cut resistant advantage, density only has 0.97g/cm
3lower than most synthetic fiber, its chemical stability, light resistance and lower temperature resistance are all very excellent simultaneously, have that intensity is high, modulus is high, fast light, the advantage such as rub resistance, cut resistant, flex endurant, acid and alkali-resistance, resistance to common organic solvents, and there is cooling feeling, be desirable special type protection articles for use goods raw material.
Therefore purposes is widely had, as being applied to special type protection, navigation, fishery, the fields such as sports goods, product comprises shellproof UD cloth, stab-resistance body armor fabric, anti-cutting gloves, all kinds of rope, fishing net etc., but these products are long filament goods substantially, the goods Application and Development of ultra-high molecular weight polyethylene short fiber yarn is less by contrast, this main and market demand, the factors such as cost are relevant, but from use angle, UHMWPE short fiber yarn series products has obvious advantage, such as the free degree is higher, can be dispersed in various matrix, be suitable for doing composite and strengthen skeleton, its yarn product not easily hooks silk, and there is softness, the features such as sense of touch is good.In recent years, the production capacity expansion of domestic superhigh molecular weight polyethylene fibers is very fast, and manufacturing enterprise's quantity and scale are all in continuous increase, and the demand in speedup ultra-traditional long filament far away market, market competition is comparatively fierce.
Therefore rationally digestion and the important subject using superhigh molecular weight polyethylene fibers to become the task of top priority, give full play to the special performance of superhigh molecular weight polyethylene fibers, by its short fiber and other fiber blends or interweave and develop civil nature product and be undoubtedly the feasible development of a line.Current ultra-high molecular weight polyethylene short fiber is pure to be spun and the spinning technique of blended yarn is existing breaks through, but market has no ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn makes special protecting clothing fabric, and this kind of fabric can give full play to superhigh molecular weight polyethylene fibers has excellent anti-cutting performance, the performances such as extremely strong corrosion resistance and unique cooling feeling, in addition the better fire resistance of flame-resistant terylene is played, desirable physical mechanical performance and good dyeability, achieve and have complementary functions and superpose, thus become a kind of high-grade special protective garment fabric, the blank of this series products on market can be filled up, and be widely used in chemical industry, mine, the making of the special protecting clothing of the industry production personnel such as colliery.
Summary of the invention
Goal of the invention: in order to solve existing special protecting clothing fabric technology content deficiency and lack comfortableness, the invention provides a kind of ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn as raw material, adopt woven production method to prepare superpower flame retardant special protective garment fabric, have that cloth cover is plain, quality is pliable and tough, high-strength wearable, corrosion-resistant fire-retardant and ventilative nice and cool.This invention can give full play to the excellent properties of superhigh molecular weight polyethylene fibers uniqueness, as strengthened its anti-stab anti-cutting performance, can strengthen the use amount of the ultra-high molecular weight polyethylene staple fibre in blended yarn, to expand its scope of application and Application Areas.
Technical scheme: a kind of preparation method of superpower flame retardant special protective garment fabric, described superpower flame retardant special protective garment fabric adopts the yarn of ultra-high molecular weight polyethylene staple fibre and flame retardant polyester fiber blending as raw material, woven production method is adopted to be prepared from, specific as follows: to adopt ultra-high molecular weight polyethylene staple fibre and flame retardant polyester fiber blended yarn through pooling capital and being twisted strand through weft yarn, make beam of a loom through section warping again on Rapier looms, produce superpower flame retardant special protective garment fabric grey cloth, after lower woven fabric arranges, then process of dyeing obtains finished product;
Wherein, when selecting Belgian PicanolGTM-A-6S type Rapier looms to weave, its main knitting technology parameter is the speed of a motor vehicle is 420-500rpm, opening time is 316 °, warp tension is 10-15kN, enter the sword time 57 °-72 °, move back the sword time 275 °-294 °, cut the latitude time at 64 °-70 °, sword head jaw chucking power is 1.3-1.8 times of the common yarn of common same specification, concrete numerical value is 25cN-35cN, shed opening is 34mm, back beam height is 10cm shelves, rear beam depth is 6cm shelves, and warp stop frame height is 5cm shelves, and the warp stop frame degree of depth is 2cm shelves; When weaving with Rapier looms, must cut with hot melt and alternatively commonly shear weft yarn and waste selvage yarn.
As further optimization: described ultra-high molecular weight polyethylene staple fibre specification is: line density is 1.21-1.67dtex, and length is 45-51mm; The powerful scope of ultra-high molecular weight polyethylene staple fibre used is 35-45cN/dtex.
As further optimization: described flame retardant polyester fiber specification is: line density is 1.33-1.67dtex, length is 33-38mm; The powerful scope of flame retardant polyester fiber used is 4.7-6.5cN/dtex.
As further optimization: described ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn, filament linear density is 36.9tex, 29.5tex, 18.5tex, 14.8tex, ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blending ratio have 67/33,50/50,45/55,33/67 and 15/85, its single thread force is all greater than 1500cN, is respectively used to the superpower flame retardant special protective garment fabric producing all size.
As further optimization: described ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn twine, also twisted with the fingers by 2-4 root singles yarns and form, the twist is 9-12 sth. made by twisting/cm.
As further optimization: select domestic SHGA215C type Sectional warping machines to carry out beam of a loom processing, band winding speed is 200-300m/min, and beaming speed is 80-120m/min, and beaming tension force is 100N; On bobbin cradle, tension adjustment adopts disc type tensioner, and subregion segmented configuration becomes nine sections to regulate, and tension in Warping is in the adjustment of 10-18g scope, and beam winding density is 0.55-0.62g/cm
3.
As further optimization: during section warping processing beam of a loom, also must increase the step that oils of antistatic finish, specific as follows: employing component is: water 100%, mass concentration are 0.8% water-solubility electrostatic resistance agent, mass concentration is that 2.5% water-soluble organic silicon oil carries out being re-dubbed special antistatic finish; When section warping beam winding beaming, special antistatic additive is adopted to carry out oiling treatment to ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn, warp thread gets off from unwinding cylinder, by deflector roll, by roller with liquid to water-solubility electrostatic resistance finish on warp thread one side, be then wound up on beam of a loom through deflector roll, the liquid level of liquid bath is 4cm, temperature is 40 DEG C, and regulate roller with liquid rotating speed to control liquid measure, upper liquid measure is 1% ~ 2% of warp thread weight.
As further optimization: the institutional framework of described ultra-high molecular weight polyethylene staple fibre yarn and the special protecting clothing fabric of flame-resistant terylene blending is 1/1 plain weave, thickness at 0.85-1.35mm, grammes per square metre 270-350g/m
2, one wherein.
As further optimization: the grey cloth of described superpower flame retardant special protective garment fabric must through environmental-friendly disperse dye Colour Difference and heat treatment finished product.
Beneficial effect: the superpower flame retardant special protective garment fabric being raw material with ultra-high molecular weight polyethylene staple fibre yarn and flame-resistant terylene blended yarn that the present invention obtains, this fabric has that cloth cover is plain, quality is pliable and tough, high-strength wearable, corrosion-resistant fire-retardant and ventilative nice and cool etc., the instructions for use of high-grade special protective garment fabric can be reached completely.And this fabric can give full play to the excellent properties of superhigh molecular weight polyethylene fibers uniqueness, as its anti-stab anti-cutting performance will be strengthened, the use amount of the ultra-high molecular weight polyethylene staple fibre in blended yarn can be strengthened, to expand its scope of application and Application Areas.
Production technology of the present invention is unique and rationally, technological process is short, and production efficiency is high, and production cost is lower, and process implementing is convenient, constant product quality.As this dyeing fabric is processed into black, because superhigh molecular weight polyethylene fibers is not painted, cloth cover can present unique numb grey.This fabric can under 30000 plain grindings, fabric break, warp direction stretching brute force reaches more than 3000N, diatropic plane tensile strength reaches more than 2800N, and air penetrability reaches more than 100mm/s, and rate of perviousness reaches 180g/m
2.h, cooling feeling (representing by maximum heat absorption speed) reaches 0.274W/cm
2above, all kinds of COLOR FASTNESS all reaches more than 4 grades.
Detailed description of the invention
Below in conjunction with specific embodiment, the present invention will be described in detail.
Specific embodiment one:
A kind of preparation method of superpower flame retardant special protective garment fabric, described superpower flame retardant special protective garment fabric adopts the yarn of ultra-high molecular weight polyethylene staple fibre and flame retardant polyester fiber blending to adopt woven production method to be prepared from as raw material, specific as follows: to adopt ultra-high molecular weight polyethylene staple fibre and flame retardant polyester fiber blended yarn through pooling capital and being twisted strand through weft yarn, the grey cloth that beam of a loom produces superpower flame retardant special protective garment fabric on Rapier looms is made again through section warping, after lower woven fabric arranges, then process of dyeing obtains finished product;
Wherein, when selecting Belgian PicanolGTM-A-6S type Rapier looms to weave, its main knitting technology parameter is the speed of a motor vehicle is 420-500rpm, opening time is 316 °, warp tension is 10kN, enter the sword time 57 °, move back the sword time 275 °, cut the latitude time at 64 °, sword head jaw chucking power is 1.3 times of the common yarn of common same specification, concrete numerical value is 25cN, shed opening is 34mm, back beam height is 10cm shelves, rear beam depth is 6cm shelves, and warp stop frame height is 5cm shelves, and the warp stop frame degree of depth is 2cm shelves; When weaving with Rapier looms, must cut with hot melt and alternatively commonly shear weft yarn and waste selvage yarn.
Described ultra-high molecular weight polyethylene staple fibre specification is: line density is 1.21dtex, and length is 45mm; The powerful scope of ultra-high molecular weight polyethylene staple fibre used is 35cN/dtex.
Described flame retardant polyester fiber specification is: line density is 1.33dtex, and length is 33mm; The powerful scope of flame retardant polyester fiber used is 4.7cN/dtex.
Described ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn, filament linear density is 14.8tex, ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blending ratio are 67/33, and its single thread force is greater than 1500cN, for the production of the superpower flame retardant special protective garment fabric of one.
Described ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn twine, also twisted with the fingers by 2 singles yarns and form, the twist is 12 sth. made by twisting/cm.
Select domestic SHGA215C type Sectional warping machines to carry out beam of a loom processing, band winding speed is 200m/min, and beaming speed is 80m/min, and beaming tension force is 100N; On bobbin cradle, tension adjustment adopts disc type tensioner, and subregion segmented configuration becomes nine sections to regulate, and tension in Warping is in the adjustment of 10g scope, and beam winding density is 0.55g/cm
3.
During section warping processing beam of a loom, also must increase the step that oils of antistatic finish, specific as follows: employing component is: water 100%, mass concentration are 0.8% water-solubility electrostatic resistance agent, mass concentration is that 2.5% water-soluble organic silicon oil carries out being re-dubbed special antistatic finish; When section warping beam winding beaming, special antistatic additive is adopted to carry out oiling treatment to ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn, warp thread gets off from unwinding cylinder, by deflector roll, by roller with liquid to water-solubility electrostatic resistance finish on warp thread one side, be then wound up on beam of a loom through deflector roll, the liquid level of liquid bath is 4cm, temperature is 40 DEG C, and regulate roller with liquid rotating speed to control liquid measure, upper liquid measure is 1% of warp thread weight.
The institutional framework of described superpower flame retardant special protective garment fabric is 1/1 plain weave, thickness at 0.85mm, grammes per square metre 270g/m
2.
The grey cloth of described superpower flame retardant special protective garment fabric must through environmental-friendly disperse dye Colour Difference and heat treatment finished product.
Specific embodiment two:
A kind of preparation method of superpower flame retardant special protective garment fabric, described superpower flame retardant special protective garment fabric adopts the yarn of ultra-high molecular weight polyethylene staple fibre and flame retardant polyester fiber blending to adopt woven production method to be prepared from as raw material, specific as follows: to adopt ultra-high molecular weight polyethylene staple fibre and flame retardant polyester fiber blended yarn through pooling capital and being twisted strand through weft yarn, the grey cloth that beam of a loom produces superpower flame retardant special protective garment fabric on Rapier looms is made again through section warping, after lower woven fabric arranges, then process of dyeing obtains finished product;
Wherein, when selecting Belgian PicanolGTM-A-6S type Rapier looms to weave, its main knitting technology parameter is the speed of a motor vehicle is 500rpm, opening time is 316 °, warp tension is 15kN, enter the sword time 72 °, move back the sword time 294 °, cut the latitude time at 70 °, sword head jaw chucking power is 1.8 times of the common yarn of common same specification, concrete numerical value is 35cN, shed opening is 34mm, back beam height is 10cm shelves, rear beam depth is 6cm shelves, and warp stop frame height is 5cm shelves, and the warp stop frame degree of depth is 2cm shelves; When weaving with Rapier looms, must cut with hot melt and alternatively commonly shear weft yarn and waste selvage yarn.
Described ultra-high molecular weight polyethylene staple fibre specification is: line density is 1.67dtex, and length is 51mm; The powerful scope of ultra-high molecular weight polyethylene staple fibre used is 45cN/dtex.
Described flame retardant polyester fiber specification is: line density is 1.67dtex, and length is 38mm; The powerful scope of flame retardant polyester fiber used is 6.5cN/dtex.
Described ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn, filament linear density is 36.9tex, ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blending ratio are 15/85, and its single thread force is greater than 1500cN, produce superpower flame retardant special protective garment fabric for one.
Described ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn twine, also twisted with the fingers by 4 singles yarns and form, the twist is 9 sth. made by twisting/cm.
Select domestic SHGA215C type Sectional warping machines to carry out beam of a loom processing, band winding speed is 300m/min, and beaming speed is 120m/min, and beaming tension force is 100N; On bobbin cradle, tension adjustment adopts disc type tensioner, and subregion segmented configuration becomes nine sections to regulate, and tension in Warping is in the adjustment of 18g scope, and beam winding density is 0.62g/cm
3.
During section warping processing beam of a loom, also must increase the step that oils of antistatic finish, specific as follows: employing component is: water 100%, mass concentration are 0.8% water-solubility electrostatic resistance agent, mass concentration is that 2.5% water-soluble organic silicon oil carries out being re-dubbed special antistatic finish; When section warping beam winding beaming, special antistatic additive is adopted to carry out oiling treatment to ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn, warp thread gets off from unwinding cylinder, by deflector roll, by roller with liquid to water-solubility electrostatic resistance finish on warp thread one side, be then wound up on beam of a loom through deflector roll, the liquid level of liquid bath is 4cm, temperature is 40 DEG C, and regulate roller with liquid rotating speed to control liquid measure, upper liquid measure is 2% of warp thread weight.
The institutional framework of described superpower flame retardant special protective garment fabric is 1/1 plain weave, thickness at 1.35mm, grammes per square metre 350g/m
2.
The grey cloth of described superpower flame retardant special protective garment fabric must through environmental-friendly disperse dye Colour Difference and heat treatment finished product.
Specific embodiment three:
A kind of preparation method of superpower flame retardant special protective garment fabric, described superpower flame retardant special protective garment fabric adopts the yarn of ultra-high molecular weight polyethylene staple fibre and flame retardant polyester fiber blending to adopt woven production method to be prepared from as raw material, specific as follows: to adopt ultra-high molecular weight polyethylene staple fibre and flame retardant polyester fiber blended yarn through pooling capital and being twisted strand through weft yarn, the grey cloth that beam of a loom produces superpower flame retardant special protective garment fabric on Rapier looms is made again through section warping, after lower woven fabric arranges, then process of dyeing obtains finished product;
Wherein, when selecting Belgian PicanolGTM-A-6S type Rapier looms to weave, its main knitting technology parameter is the speed of a motor vehicle is 470rpm, opening time is 316 °, warp tension is 13kN, enter the sword time 66 °, move back the sword time 287 °, cut the latitude time at 68 °, sword head jaw chucking power is 1.5 times of the common yarn of common same specification, concrete numerical value is 28cN, shed opening is 34mm, back beam height is 10cm shelves, rear beam depth is 6cm shelves, and warp stop frame height is 5cm shelves, and the warp stop frame degree of depth is 2cm shelves; When weaving with Rapier looms, must cut with hot melt and alternatively commonly shear weft yarn and waste selvage yarn.
Described ultra-high molecular weight polyethylene staple fibre specification is: line density is 1.48dtex, and length is 49mm; The powerful scope of ultra-high molecular weight polyethylene staple fibre used is 38cN/dtex.
Described flame retardant polyester fiber specification is: line density is 1.57dtex, and length is 35mm; The powerful scope of flame retardant polyester fiber used is 5.8cN/dtex.
Described ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn, filament linear density is 18.5tex, ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blending ratio are 45/55, and its single thread force is greater than 1500cN, for the production of the superpower flame retardant special protective garment fabric of one.
Described ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn twine, also twisted with the fingers by 3 singles yarns and form, the twist is 11 sth. made by twisting/cm.
Select domestic SHGA215C type Sectional warping machines to carry out beam of a loom processing, band winding speed is 270m/min, and beaming speed is 100m/min, and beaming tension force is 100N; On bobbin cradle, tension adjustment adopts disc type tensioner, and subregion segmented configuration becomes nine sections to regulate, and tension in Warping is in the adjustment of 14g scope, and beam winding density is 0.58g/cm
3.
During section warping processing beam of a loom, also must increase the step that oils of antistatic finish, specific as follows: employing component is: water 100%, mass concentration are 0.8% water-solubility electrostatic resistance agent, mass concentration is that 2.5% water-soluble organic silicon oil carries out being re-dubbed special antistatic finish; When section warping beam winding beaming, special antistatic additive is adopted to carry out oiling treatment to ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn, warp thread gets off from unwinding cylinder, by deflector roll, by roller with liquid to water-solubility electrostatic resistance finish on warp thread one side, be then wound up on beam of a loom through deflector roll, the liquid level of liquid bath is 4cm, temperature is 40 DEG C, and regulate roller with liquid rotating speed to control liquid measure, upper liquid measure is 1.5% of warp thread weight.
The institutional framework of described superpower flame retardant special protective garment fabric is 1/1 plain weave, thickness at 1.18mm, grammes per square metre 320g/m
2.
The grey cloth of described superpower flame retardant special protective garment fabric must through environmental-friendly disperse dye Colour Difference and heat treatment finished product.
The present invention is not limited to above-mentioned preferred forms; anyone can draw other various forms of products under enlightenment of the present invention; no matter but any change is done in its shape or structure; every have identical with the application or akin technical scheme, all drops within protection scope of the present invention.
Claims (9)
1. the preparation method of a superpower flame retardant special protective garment fabric, it is characterized in that: described superpower flame retardant special protective garment fabric adopts the yarn of ultra-high molecular weight polyethylene staple fibre and flame retardant polyester fiber blending to adopt woven production method to be prepared from as raw material, specific as follows: to adopt ultra-high molecular weight polyethylene staple fibre and flame retardant polyester fiber blended yarn through pooling capital and being twisted strand through weft yarn, the special protecting clothing fabric grey cloth that beam of a loom produces ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blending on Rapier looms is made again through section warping, after lower woven fabric arranges, and process of dyeing obtains finished product,
Wherein, Belgian PicanolGTM-A-6S type Rapier looms is selected to weave, its main knitting technology parameter is the speed of a motor vehicle is 420-500rpm, opening time is 316 °, warp tension is 10-15kN, enter the sword time 57 °-72 °, move back the sword time 275 °-294 °, cut the latitude time at 64 °-70 °, sword head jaw chucking power is 1.3-1.8 times of the common yarn of common same specification, concrete numerical value is 25cN-35cN, shed opening is 34mm, back beam height is 10cm shelves, rear beam depth is 6cm shelves, and warp stop frame height is 5cm shelves, and the warp stop frame degree of depth is 2cm shelves; When weaving with Rapier looms, must cut with hot melt and alternatively commonly shear weft yarn and waste selvage yarn.
2. the preparation method of superpower flame retardant special protective garment fabric according to claim 1, is characterized in that: described ultra-high molecular weight polyethylene staple fibre specification is: line density is 1.21-1.67dtex, and length is 45-51mm; The powerful scope of ultra-high molecular weight polyethylene staple fibre used is 35-45cN/dtex.
3. the preparation method of superpower flame retardant special protective garment fabric according to claim 1, it is characterized in that: described flame retardant polyester fiber specification is: line density is 1.33-1.67dtex, length is 33-38mm; The powerful scope of flame retardant polyester fiber used is 4.7-6.5cN/dtex.
4. the preparation method of superpower flame retardant special protective garment fabric according to claim 1, it is characterized in that: described ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn, filament linear density is 36.9tex, 29.5tex, 18.5tex, 14.8tex, ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blending ratio have 67/33,50/50,45/55,33/67 and 15/85, its single thread force is all greater than 1500cN, is respectively used to the superpower flame retardant special protective garment fabric producing all size.
5. the preparation method of superpower flame retardant special protective garment fabric according to claim 1, is characterized in that: described ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn twine, and also twisted with the fingers by 2-4 root singles yarns and form, the twist is 9-12 sth. made by twisting/cm.
6. the preparation method of superpower flame retardant special protective garment fabric according to claim 1, it is characterized in that: select domestic SHGA215C type Sectional warping machines to carry out beam of a loom processing, band winding speed is 200-300m/min, and beaming speed is 80-120m/min, and beaming tension force is 100N; On bobbin cradle, tension adjustment adopts disc type tensioner, and subregion segmented configuration becomes nine sections to regulate, and tension in Warping is in the adjustment of 10-18g scope, and beam winding density is 0.55-0.62g/cm
3.
7. the preparation method of superpower flame retardant special protective garment fabric according to claim 1, it is characterized in that: during section warping processing beam of a loom, also must increase the step that oils of antistatic finish, specific as follows: employing component is: water 100%, mass concentration are 0.8% water-solubility electrostatic resistance agent, mass concentration is that 2.5% water-soluble organic silicon oil carries out being re-dubbed special antistatic finish; When section warping beam winding beaming, special antistatic additive is adopted to carry out oiling treatment to ultra-high molecular weight polyethylene short fiber and flame-resistant terylene blended yarn, warp thread gets off from unwinding cylinder, by deflector roll, by roller with liquid to water-solubility electrostatic resistance finish on warp thread one side, be then wound up on beam of a loom through deflector roll, the liquid level of liquid bath is 4cm, temperature is 40 DEG C, and regulate roller with liquid rotating speed to control liquid measure, upper liquid measure is 1% ~ 2% of warp thread weight.
8. the preparation method of superpower flame retardant special protective garment fabric according to claim 1, it is characterized in that: the institutional framework of described ultra-high molecular weight polyethylene staple fibre yarn and the special protecting clothing fabric of flame-resistant terylene blending is 1/1 plain weave, thickness at 0.85-1.35mm, grammes per square metre 270-350g/m
2, one wherein.
9. the preparation method of superpower flame retardant special protective garment fabric according to claim 1, is characterized in that: the special protecting clothing fabric grey cloth of described ultra-high molecular weight polyethylene staple fibre yarn and flame-resistant terylene blending must through environmental-friendly disperse dye Colour Difference and heat treatment finished product.
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| CN107090632A (en) * | 2017-06-20 | 2017-08-25 | 丹阳市斯鲍特体育用品有限公司 | A kind of high-strength wetness guiding perspiration discharging fencing protection takes fabric yarn |
| CN107296310A (en) * | 2017-07-19 | 2017-10-27 | 连云港神特新材料有限公司 | A kind of production and processing technology of high security frock |
| CN112921479A (en) * | 2021-01-21 | 2021-06-08 | 石磊 | Flame-retardant antistatic anti-cutting anti-stab fabric and production method thereof |
| CN115125652A (en) * | 2022-08-29 | 2022-09-30 | 常熟市宝沣特种纤维有限公司 | Flame-retardant anti-cutting fluorescent yellow fabric and application thereof |
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