CN103481549A - Alginate fiber electrostatic flocking fabric for medical treatment and manufacturing method thereof - Google Patents

Alginate fiber electrostatic flocking fabric for medical treatment and manufacturing method thereof Download PDF

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CN103481549A
CN103481549A CN201310376744.9A CN201310376744A CN103481549A CN 103481549 A CN103481549 A CN 103481549A CN 201310376744 A CN201310376744 A CN 201310376744A CN 103481549 A CN103481549 A CN 103481549A
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fabric
adhesive
flocking
layer
fiber
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CN201310376744.9A
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CN103481549B (en
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赵丽
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山东领潮新材料有限公司
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Abstract

The invention discloses an alginate fiber electrostatic flocking fabric for medical treatment, which comprises a nap layer, an adhesive layer and a base cloth layer, wherein the nap layer is made of alginate fiber, the base cloth is bamboo fiber plain woven cloth, and the middle adhesive layer is made of a hydroxymethyl cellulose adhesive. The invention also discloses a manufacturing method of the alginate fiber electrostatic flocking fabric, which is characterized by comprising the steps of cutting an alginate fiber strand into alginate fiber naps with length of 0.8-1.0mm, and performing electric conduction treatment and coloring treatment; pre-coating and primarily coating the flocking base cloth with an adhesive, wherein the total thickness of the adhesive is 0.15-0.2mm; generating an electric field by use of high-voltage alternating static electricity for flocking, and performing three-prevention treatment and baking on the cloth to obtain the alginate fiber flocking fabric. The fabric has anionic antibacterial and deodorant functions, is non-toxic and harmless, can be naturally degraded, realizes strong moisture absorbability and air permeability, prevents ultraviolet rays and can be applied to the medical treatment and healthcare industries.

Description

一种医疗用海藻纤维静电植绒面料及其制造方法 A medical alginic Fibers and fabrics and its manufacturing method

技术领域 FIELD

[0001] 本发明涉及一种静电植绒面料及其制造方法,特别是涉及一种医疗用海藻纤维静电植绒面料及其制造方法。 [0001] The present invention relates to an electrostatic flocking fabrics and its manufacturing method, particularly to a medical alginic Fibers and fabrics and its manufacturing method.

背景技术 Background technique

[0002]目前所用的植绒纤维大多为合成纤维材料,用天然纤维作为植绒材料的较少,环保性能差,容易在生产制造过程及后期使用过程中产生环境污染,且不适用于医疗卫生等对环保及抗菌性能要求比较高的行业。 [0002] The flocked fibers currently used mostly synthetic fiber material, natural fiber flocked material as a minor, the difference between the environmental performance, prone to environmental pollution in the manufacturing process and during later use, does not apply to health care environmental protection and anti-bacterial and other high performance requirements of the industry. 另外常见的植绒面料普遍存在着植绒牢度偏差、面料容易变形收缩等问题,因此迫切需要开发一种植绒粘结牢度高、天然环保的植绒面料以满足医疗卫生需求。 Also common flocking fabric flocking fastness widespread bias, easily deformed fabric shrinkage and other issues, there is an urgent need to develop one kind of high fastness flocking adhesive, flocking fabric of the natural environment in order to meet health care needs.

发明内容 SUMMARY

[0003] 针对现有技术中存在的缺陷,本发明的目的在于提供一种植绒粘结牢度高、成本低、天然环保的抗菌型医疗用海藻纤维静电植绒面料及其制造方法。 [0003] the defects in the prior art, the object of the present invention is to provide a high flocking adhesive fastness, low cost, environmentally friendly natural antimicrobial medical seaweed Fibers and fabrics and its manufacturing method.

[0004] 为达到以上目的,本发明采取的技术方案是: [0004] To achieve the above object, the present invention takes the following technical solution:

一种医疗用海藻纤维静电植绒面料,包括绒毛层、粘合剂层和底布层,所述的绒毛层为海藻纤维,底布层为竹纤维平纹机织布,中间粘合剂层为羟甲基纤维素胶粘剂,粘合剂层总厚度为0.15-0.2毫米。 A medical seaweed fiber flocking fabrics comprising pile layer, adhesive layer and a backing layer, a layer of fluff seaweed fiber, bamboo fiber base fabric layer is a plain woven cloth, the intermediate adhesive layer hydroxymethyl cellulose adhesive, pressure-sensitive adhesive layer of a total thickness of 0.15-0.2 mm.

[0005] 所述的绒毛层为海藻纤维与粘胶、棉、化学纤维中的一种或几种的混纺纤维。 [0005] The layer of fluff fibers and viscose seaweed, cotton, synthetic fibers, in one or more of the blended fibers.

[0006] 所述底布层的密度为64X58,纱线细度为16tex。 [0006] The density of the base fabric layer is 64X58, yarn fineness 16tex.

[0007] 所述海藻纤维静电植绒面料技术指标如下:耐光色牢度=AATCC 4级;耐磨色牢度=AATCC 165 干磨4-5级湿磨4-5级;植绒牢度:GB/21196.1≥75000 ;静电倾向测试=AATCC 134 ;抗静电性能JS06356 ;抗菌性=AATCC 100 ;卫生用防护服阻隔性能=AAMIPB-70。 [0007] The electrostatic flocking seaweed fiber fabric specifications are as follows: Color fastness level = AATCC 4; color fastness wear dry grinding = AATCC 165 4-5 4-5 wet milling; flocking fastness: GB / 21196.1≥75000; electrostatic propensity test = AATCC 134; antistatic properties JS06356; antimicrobial = AATCC 100; protective clothing sanitary barrier properties = AAMIPB-70.

[0008] 上述的一种医疗用海藻纤维静电植绒面料的制造方法,具体包括如下步骤: [0008] The above-described method for manufacturing a medical fabric flocking seaweed fiber, comprises the steps of:

a、海藻纤维绒毛的制备:将海藻纤维丝束经过切割,制成长度为0.8-1.0毫米,细度为1.5旦的海藻纤维绒毛;对绒毛进行导电处理,根据需要对绒毛进行着色处理,然后将绒毛干燥、筛分; Preparation of a, seaweed fiber nap: the seaweed fiber tow after cutting, having a length of 0.8-1.0 mm and a fineness of 1.5 denier seaweed fiber fluff; electroconductive treatment of fluff, fluff coloring treatment if necessary, and then the fluff was dried, sieved;

b、植绒底布层的选择:选用纱线细度为16tex,密度为64X58的竹纤维平纹机织布作为植绒底布; Select b, flocked base fabric layer: the choice yarn fineness 16tex, bamboo fiber density of 64X58 plain woven base fabric as flocking;

C、粘合剂的选择:粘合剂为羟甲基纤维素胶粘剂; C, the binder selection: hydroxymethylcellulose binder adhesive;

d、底布预涂粘合剂:将底布用刮涂方式先涂一层粘合剂,刮刀表面紧贴底布表面,然后预烘; d, adhesive precoated base fabric: the base fabric by a doctor blade to coat adhesive embodiment, the surface of the blade against the bottom surface of the fabric, and then prebaked;

e、 底布主涂粘合剂:经预涂、预烘后的底布上再涂一层主涂粘合剂,控制粘合剂总厚度为0.15-0.2毫米,然后进行烘焙; E, the adhesive-coated primary backing: precoated bottom cloth after prebaking apply a layer of primary adhesive coating, to control the total thickness of the adhesive is 0.15-0.2 mm, and then baked;

f、静电植绒:采用高压交流静电网产生电场植绒,在高压交流静电场中使绒毛在电场力的作用下,整齐植入涂有粘合剂的底布表面; F, electrostatic flocking: The high-voltage AC power generating an electric field of static flocking, fluff under the action of the electric force, neat implanted base fabric adhesive coated surface of the high voltage AC electrostatic field manipulation;

g、三防处理、烘焙:将步骤f制得植绒后的面料,利用发泡设备将氟碳聚合物整理剂用刮涂的方式涂到面料表面,进行发泡处理;发泡处理后的面料在100-140°C依次升高温度的烘箱中进行烘焙3.5min,设备运行速度为10m/min,使绒毛与底布结合牢固,制得海藻纤维静电植绒面料。 g, three anti-treatment, baking: step f to obtain the flocked fabric using a foaming device coated with a fluorocarbon polymer finish knife coating to the surface of the fabric, the foaming process; after foaming treatment fabric sequentially raising the temperature of 100-140 ° C in an oven for baking 3.5min, equipment operating speed of 10m / min, that the pile is firmly bonded with the base fabric, to prepare seaweed fiber flocking fabrics.

[0009] 以上是对上述技术方案的进一步优化: [0009] The above is further optimize the above technical solution:

步骤f制得的静电植绒面料,利用高压空气通过罩在风刀外围的圆网花纹在绒面进行空气轧花,风机风压42-44Pa,圆网转速12_14rpm,风机转速35_38rpm,车速10m/min。 Step f electrostatic flocking fabrics obtained by high-pressure air in the air-textured by an embossing pattern air knife cylinder cover the periphery of the fan pressure 42-44Pa, cylinder speed 12_14rpm, fan speed 35_38rpm, speed 10m / min.

[0010] 步骤a中绒毛含水率控制在8%_10%,比电阻控制在3.6 X IO8 — 3.6 X IO9 Ω.cm。 [0010] Step a fluff control the water content of 8% _10%, the specific resistance controlled to 3.6 X IO8 - 3.6 X IO9 Ω.cm.

[0011] 步骤d中预烘温度为80-90°C依次升高,预烘时间为1-1.5min。 [0011] step d prebaking temperature is 80-90 ° C successively increased, prebaking time 1-1.5min.

[0012] 步骤e中烘焙温度为100_140°C依次升高,烘焙时间为3_4min。 [0012] Step e baking temperature is successively raised 100_140 ° C, baking time 3_4min.

[0013] 步骤f中高压电极网为交流静电,静电高压控制为20_22kv,高压电极网与底布上涂有粘合剂的一面之间的距离为15-20厘米。 [0013] Step f in the network for the exchange of electrostatic high voltage electrode, an electrostatic high-voltage control 20_22kv, high voltage electrode coated with a bottom fabric web and the distance between the adhesive side of 15-20 cm.

[0014] 本发明的有益效果是: [0014] Advantageous effects of the present invention are:

海藻纤维具有远红外线、负离子、保温、保健、抗菌、防臭等优异特性,而且具有优异的高吸水性、易去除性、生物相容性、可降解吸收性以及环保性能,是近年来最优异的新型天然纤维。 Alginate fiber having excellent characteristics far infrared, negative ions, insulation, health, antibacterial, deodorant, etc., and is excellent in high water absorption, ease of removal, biocompatible, biodegradable absorption and environmental performance, in recent years the most excellent new natural fiber. 粘合剂采用羟甲基纤维素胶粘剂及底布采用竹纤维平纹机织布,竹纤维具有良好的透气性、瞬间吸水性、较强的耐磨性和良好的染色性等特性,同时又具有天然抗菌、抑菌、除螨、防臭和抗紫外线功能。 Using a binder and carboxymethyl cellulose adhesive backing using plain woven bamboo fiber, bamboo fiber has good air permeability, instantaneous water absorption, strong wear resistance, and good dyeability and other properties, but also has natural antibacterial, antimicrobial, mites and odor, and UV resistance. 海藻纤维、羟甲基纤维素胶粘剂及竹纤维底布的结合,充分发挥面料天然环保、抗菌、无刺激、无毒无害、吸湿透气性强、防紫外线的优势,其主要技术指标达到中华人民共和国环境保护行业标准HJ/T 307-2006中I类及II类指标要求,且抗菌等级达到AATCC 100中抗菌要求,适合用于医疗卫生行业,尤其是手术服、伤口外敷材料、医疗防护服以及医疗器械与仪器用纺织品。 , Hydroxymethyl cellulose and adhesive binding alginate fiber bamboo fiber base fabric, natural fabric full environmental protection, anti-bacterial, non-irritating, non-toxic, moisture breathable, UV advantages, the main technical indexes reach of the People 307-2006 environmental protection in the Republic of industry standard HJ / T class I and class II target, and antibacterial antibacterial rating to AATCC 100 requirements, suitable for use in the healthcare industry, especially surgical gowns, wound topical material, protective clothing and medical medical equipment and instruments textiles.

[0015] 将底布用刮涂方式预涂一层粘合剂,刮刀表面紧贴底布表面,然后预烘。 [0015] The base fabric layer of adhesive precoated with a doctor blade embodiment, the surface of the blade against the bottom surface of the fabric, and then prebaked. 经过预涂预烘后的底布不仅表面平整,无缝隙,利于最终植绒面料布面的美观,而且经预涂预烘后更有利于粘合剂与底布之间的结合,使粘合剂粘结牢度更高。 After prebaking precoat backing not only the surface smooth, seamless, contributes to the beauty of the final flocked cloth fabric and after prebaking precoated more conducive to binding between the adhesive and the backing, the adhesive higher bonding agent fastness. 海藻纤维静电植绒面料制作过程采用国内独特的交流静电植绒方式,植绒密度高,面料表面平整、美观,风格独特。 Fibers and fabrics algae production process using a unique domestic AC electrostatic flocking way, high-density flocking, the fabric surface smooth, beautiful and unique style. 由于海藻纤维价格较高,利用静电植绒工艺制成海藻纤维静电植绒面料,使海藻纤维分布在织物有效面上,不仅充分发挥海藻纤维的独特、优良的品质优势,而且与同样克重的纯海藻纤维织物相比可大大降低生产成本。 Due to the high price of seaweed fiber, seaweed fiber flocking fabrics made using electrostatic flocking process, algal fiber distribution in the effective surface of the fabric, not only full unique advantages of excellent quality alginate fiber, and the same grammage compared to pure alginate fabrics can greatly reduce production costs.

[0016] 具体实施方式: [0016] DETAILED DESCRIPTION:

实施例1 Example 1

一种医疗用海藻纤维静电植绒面料,包括绒毛层、粘合剂层和底布层。 A medical electrostatic flocking fabric seaweed fibers, comprising a fluff layer, an adhesive layer and a backing layer. 绒毛层为海藻纤维,底布为竹纤维平纹机织布,中间粘合剂层为羟甲基纤维素胶粘剂,粘合剂总厚度为0.15毫米。 Seaweed fiber fluff layer, the base fabric is a plain woven bamboo fiber, the intermediate layer is a hydroxymethylcellulose binder adhesive, the binder total thickness of 0.15 mm.

[0017]其中: [0017] wherein:

绒毛层可以为海藻纤维与粘胶、棉、化学纤维中的一种或几种的混纺纤维。 Layer may be fluff alginate fiber and viscose, cotton, synthetic fibers, in one or more of the blended fibers.

[0018] 底布层为竹纤维平纹机织布,纱线细度为16tex,密度为64X58。 [0018] The base fabric layer is a plain woven bamboo fiber, yarn fineness 16tex, a density of 64X58.

[0019] 上述一种医疗用海藻纤维静电植绒面料的制备方法包括: 1、海藻纤维绒毛的制备: [0019] A medical preparation method of the electrostatic flocking seaweed fiber fabric comprising: preparing 1, seaweed fiber fluff of:

将海藻纤维丝束经过切割,制成长度为0.8毫米,细度为1.5旦的海藻纤维绒毛;对绒毛进行导电处理,绒毛含水率控制在8%,比电阻控制在3.6X108 Ω._;根据需要对绒毛进行着色处理;然后将绒毛干燥、筛分。 The alginate fiber tow after cutting, having a length of 0.8 mm, a fineness of 1.5 denier seaweed fiber fluff; electroconductive treatment of fluff, fluff control the water content of 8%, a specific resistance controlling 3.6X108 Ω._; The coloring process needs to fluff; fluff is then dried and sieved.

[0020] 2、植绒底布的选择: [0020] 2, flocked base fabric selection:

选用纱线细度为16tex,密度为64X58的竹纤维平纹机织布作为植绒底布。 Selection yarn fineness 16tex, bamboo fiber density of 64X58 plain woven base fabric as flocking.

[0021] 3、粘合剂的选择: [0021] 3, adhesive selection:

粘合剂为山东领潮新材料有限公司生产的羟甲基纤维素胶粘剂,使用该粘合剂制备的植绒面料无甲醛,绿色环保,符合医疗卫生用纺织品对抗菌、甲醛含量及易挥发有毒物等方面的要求,且牢度高,面料耐磨性好。 Influx adhesive Shandong New Materials Co hydroxymethylcellulose adhesives, flocking adhesives prepared using the formaldehyde-free fabric, green, to meet antimicrobial medical textiles, formaldehyde content, and has a volatile poisons and other aspects of the requirements, and high fastness, good wear resistance of the fabric.

[0022] 4、底布预涂粘合剂: [0022] 4, the precoat adhesive base fabric:

将底布用刮涂方式先涂一层粘合剂,刮刀表面紧贴底布表面,然后预烘,温度80-90°C依次升高,烘干时间为lmin,经过预涂预烘后的底布不仅表面平整,无缝隙,利于最终植绒面料布面的美观,而且经预涂预烘后更有利于粘合剂与底布之间的结合,使粘合剂粘结牢度更高。 The base fabric by a doctor blade to coat adhesive embodiment, the surface of the blade against the bottom surface of the fabric, and then prebaking temperature of 80-90 ° C successively increased, the drying time is Lmin, the precoating after prebaking not only the surface of the base fabric flat, seamless, contributes to the beauty of the final flocked cloth fabric and after prebaking precoated more conducive to binding between the adhesive and the backing, the adhesive bond fastness higher .

[0023] 5、底布主涂粘合剂 [0023] 5, the adhesive-coated primary backing

经预涂、预烘后的底布上再涂一层主涂胶,控制粘合剂总厚度为0.15毫米,然后进行烘焙,控制温度100-140°C依次升高,烘焙时间为3min。 Precoated, apply a layer of glue on the main base fabric after prebaking, a total control adhesive thickness of 0.15 mm, and then baked, in turn controlling the temperature of 100-140 ° C rise, the baking time of 3min.

[0024] 6、静电植绒 [0024] 6, electrostatic flocking

在静电植绒室内,在高压交流静电场中控制静电高压为20kv,高压电极网与底布上有粘合剂的一面接地极之间的距离为15厘米,使绒毛在电场力的作用下整齐植入涂有粘合剂的底布表面。 In the electrostatic flocking chamber, controlling the high-voltage AC electrostatic field of high voltage electrostatic 20kV, with a high voltage electrode and the mesh base fabric a distance between the earth electrode side of the binder of 15 cm, so that a neat pile under the effect of electric force implant adhesive coated surface of the base fabric.

[0025] 该过程采用国内独特的交流静电植绒方式,植绒密度高,面料表面平整、美观,风格独特。 [0025] The process uses a unique domestic AC electrostatic flocking way, high-density flocking, the fabric surface smooth, beautiful and unique style.

[0026] 7、三防处理、烘焙 [0026] 7, three anti-treatment, baking

将步骤6制得的植绒后的面料,利用发泡设备将氟碳聚合物作为三防整理剂用刮涂的方式涂到面料表面,进行发泡处理。 The fabrics obtained after the flocking step 6, a fluorocarbon polymer using a foaming device as a finishing agent three knife coating applied to the surface of the fabric, the foaming process. 用氟碳聚合物作为三防整理剂处理后的植绒面料,具有防水性好,不易沾污,易打理的特点。 A fluorocarbon polymer as a flocked fabric after three finishing agent treatment, with good water repellency, stain easily, easy care characteristics.

[0027] 发泡处理后的面料在100-140°C依次升高温度的烘箱中进行焙烘3.5min,设备运行速度为10m/min,使绒毛与底布结合牢固,制得无花纹的海藻纤维静电植绒面料。 Fabrics for the [0027] foaming treatment at successively elevated temperature 100-140 ° C oven baked 3.5min, equipment running at 10m / min, so that the pile base fabric with a solid, no pattern obtained seaweed fibers and fabrics.

[0028] 实施例2 [0028] Example 2

一种医疗用海藻纤维静电植绒面料,包括绒毛层、粘合剂层和底布层。 A medical electrostatic flocking fabric seaweed fibers, comprising a fluff layer, an adhesive layer and a backing layer. 绒毛层为海藻纤维,底布为竹纤维平纹机织布,中间粘合剂层为羟甲基纤维素胶粘剂,粘合剂总厚度为0.2毫米。 Seaweed fiber fluff layer, the base fabric is a plain woven bamboo fiber, the intermediate layer is a hydroxymethylcellulose binder adhesive, the binder total thickness of 0.2 mm.

[0029]其中: [0029] wherein:

绒毛层可以为海藻纤维与粘胶、棉、化学纤维中的一种或几种的混纺纤维。 Layer may be fluff alginate fiber and viscose, cotton, synthetic fibers, in one or more of the blended fibers.

[0030] 底布为竹纤维平纹机织布,纱线细度为16tex,密度为64X58。 [0030] The base fabric is a plain woven bamboo fiber, yarn fineness 16tex, a density of 64X58.

[0031] 上述一种医疗用海藻纤维静电植绒面料的制备方法包括: [0031] A medical preparation method of the electrostatic flocking seaweed fiber fabric comprising:

1、海藻纤维绒毛的制备: 将海藻纤维丝束经过切割,制成长度为1.0毫米,细度为1.5旦的海藻纤维绒毛;对绒毛进行导电处理,绒毛含水率控制在10%,比电阻控制在3.6 X IO9 Ω.cm;根据需要对绒毛进行着色处理;然后将绒毛干燥、筛分。 1, the fiber fluff alginic acid: alginate fiber tow after cutting, having a length of 1.0 mm, a fineness of 1.5 denier seaweed fiber fluff; electroconductive treatment of fluff, fluff control the water content of 10%, a specific resistance controlling in 3.6 X IO9 Ω.cm; fluff coloring treatment if necessary; fluff is then dried and sieved.

[0032] 2、植绒底布的选择: [0032] 2, flocked base fabric selection:

选用纱线细度为16tex,密度为64X58的竹纤维平纹机织布作为植绒底布。 Selection yarn fineness 16tex, bamboo fiber density of 64X58 plain woven base fabric as flocking.

[0033] 3、粘合剂的选择: [0033] 3, adhesive selection:

粘合剂为山东领潮新材料有限公司生产的羟甲基纤维素胶粘剂,使用该粘合剂制备的植绒面料无甲醛,绿色环保,符合医疗卫生用纺织品对抗菌、甲醛含量及易挥发有毒物等方面的要求,且牢度高,面料耐磨性好。 Influx adhesive Shandong New Materials Co hydroxymethylcellulose adhesives, flocking adhesives prepared using the formaldehyde-free fabric, green, to meet antimicrobial medical textiles, formaldehyde content, and has a volatile poisons and other aspects of the requirements, and high fastness, good wear resistance of the fabric.

[0034] 4、底布预涂粘合剂 [0034] 4, the precoat adhesive backing

将底布用刮涂方式先涂一层粘合剂,刮刀表面紧贴底布表面,然后预烘,温度80-90°C依次升高,烘干时间为1.5min,经过预涂预烘后的底布不仅表面平整,无缝隙,利于最终植绒面料布面的美观,而且经预涂预烘后更有利于粘合剂与底布之间的结合,使粘合剂粘结牢度更高。 The base fabric by a doctor blade to coat adhesive embodiment, the surface of the blade against the bottom surface of the fabric, and then prebaking temperature of 80-90 ° C successively increased, the drying time was 1.5min, through the precoat after prebaking not only the surface roughness of the base fabric, seamless, contributes to the beauty of the final flocked cloth fabric and after prebaking precoated more conducive to binding between the adhesive and the backing, the adhesive bond stretch more high.

[0035] 5、底布主涂粘合剂 [0035] 5, the adhesive-coated primary backing

经预涂、预烘后的底布上再涂一层主涂胶,控制粘合剂总厚度为0.2毫米。 Precoated, prebaked on the main base fabric apply a layer of glue, adhesive control a total thickness of 0.2 mm. 然后进行烘焙,控制温度100-140°C依次升高,烘干时间为4min。 Then baking, controlled temperature 100-140 ° C successively increased, the drying time is 4min.

[0036] 6、静电植绒 [0036] 6, electrostatic flocking

在静电植绒室内,在高压交流静电场中控制静电高压为22kv,高压电极网与底布上有粘合剂的一面接地极之间的距离为20厘米,使绒毛在电场力的作用下整齐植入涂有粘合剂的底布表面。 In the electrostatic flocking chamber, controlling the high-voltage AC electrostatic field of the 22 kV high voltage static electricity, have a high voltage electrode and the mesh base fabric a distance between the adhesive side of the ground electrode is 20 cm, so that a neat pile under the effect of electric force implant adhesive coated surface of the base fabric.

[0037] 该过程采用国内独特的交流静电植绒方式,植绒密度高,面料表面平整、美观,风格独特。 [0037] The process uses a unique domestic AC electrostatic flocking way, high-density flocking, the fabric surface smooth, beautiful and unique style.

[0038] 7、三防处理、烘焙 [0038] 7, three anti-treatment, baking

将步骤6制得的植绒后的面料,利用发泡设备将氟碳聚合物作为三防整理剂用刮涂的方式涂到面料表面,进行发泡处理。 The fabrics obtained after the flocking step 6, a fluorocarbon polymer using a foaming device as a finishing agent three knife coating applied to the surface of the fabric, the foaming process. 用氟碳聚合物作为三防整理剂处理后的植绒面料,具有防水性好,不易沾污,易打理的特点。 A fluorocarbon polymer as a flocked fabric after three finishing agent treatment, with good water repellency, stain easily, easy care characteristics.

[0039] 发泡处理后的面料在100-140°C依次升高温度的烘箱中进行焙烘3.5min,设备运行速度为10m/min,使绒毛与底布结合牢固,制得无花纹的海藻纤维静电植绒面料。 Fabrics for the [0039] foaming treatment at successively elevated temperature 100-140 ° C oven baked 3.5min, equipment running at 10m / min, so that the pile base fabric with a solid, no pattern obtained seaweed fibers and fabrics.

[0040] 实施例3 [0040] Example 3

一种医疗用海藻纤维静电植绒面料,包括绒毛层、粘合剂层和底布层。 A medical electrostatic flocking fabric seaweed fibers, comprising a fluff layer, an adhesive layer and a backing layer. 绒毛层为海藻纤维,底布为竹纤维平纹机织布,中间粘合剂层为羟甲基纤维素胶粘剂,粘合剂总厚度为0.15毫米。 Seaweed fiber fluff layer, the base fabric is a plain woven bamboo fiber, the intermediate layer is a hydroxymethylcellulose binder adhesive, the binder total thickness of 0.15 mm.

[0041]其中: [0041] wherein:

绒毛层可以为海藻纤维与粘胶、棉、化学纤维中的一种或几种的混纺纤维。 Layer may be fluff alginate fiber and viscose, cotton, synthetic fibers, in one or more of the blended fibers.

[0042] 底布层为竹纤维平纹机织布,纱线细度为16tex,密度为64X58。 [0042] The base fabric layer is a plain woven bamboo fiber, yarn fineness 16tex, a density of 64X58.

[0043] 上述一种医疗用海藻纤维静电植绒面料的制备方法包括: [0043] A medical preparation method of the electrostatic flocking seaweed fiber fabric comprising:

1、海藻纤维绒毛的制备: 1, seaweed fiber fluff prepared:

将海藻纤维丝束经过切割,制成长度为0.8毫米,细度为1.5旦的海藻纤维绒毛;对绒毛进行导电处理,绒毛含水率控制在8%,比电阻控制在3.6X108 Ω._;根据需要对绒毛进行着色处理;然后将绒毛干燥、筛分。 The alginate fiber tow after cutting, having a length of 0.8 mm, a fineness of 1.5 denier seaweed fiber fluff; electroconductive treatment of fluff, fluff control the water content of 8%, a specific resistance controlling 3.6X108 Ω._; The coloring process needs to fluff; fluff is then dried and sieved.

[0044] 2、植绒底布的选择: [0044] 2, flocked base fabric selection:

选用纱线细度为16tex,密度为64X58的竹纤维平纹机织布作为植绒底布。 Selection yarn fineness 16tex, bamboo fiber density of 64X58 plain woven base fabric as flocking.

[0045] 3、粘合剂的选择: [0045] 3, adhesive selection:

粘合剂为山东领潮新材料有限公司生产的羟甲基纤维素胶粘剂,使用该粘合剂制备的植绒面料无甲醛,绿色环保,符合医疗卫生用纺织品对抗菌、甲醛含量及易挥发有毒物等方面的要求,且牢度高,面料耐磨性好。 Influx adhesive Shandong New Materials Co hydroxymethylcellulose adhesives, flocking adhesives prepared using the formaldehyde-free fabric, green, to meet antimicrobial medical textiles, formaldehyde content, and has a volatile poisons and other aspects of the requirements, and high fastness, good wear resistance of the fabric.

[0046] 4、底布预涂粘合剂 [0046] 4, the precoat adhesive backing

将底布用刮涂方式先涂一层粘合剂,刮刀表面紧贴底布表面,然后预烘,温度80-90°C依次升高,烘干时间为lmin,经过预涂预烘后的底布不仅表面平整,无缝隙,利于最终植绒面料布面的美观,而且经预涂预烘后更有利于粘合剂与底布之间的结合,使粘合剂粘结牢度更高。 The base fabric by a doctor blade to coat adhesive embodiment, the surface of the blade against the bottom surface of the fabric, and then prebaking temperature of 80-90 ° C successively increased, the drying time is Lmin, the precoating after prebaking not only the surface of the base fabric flat, seamless, contributes to the beauty of the final flocked cloth fabric and after prebaking precoated more conducive to binding between the adhesive and the backing, the adhesive bond fastness higher .

[0047] 5、底布主涂粘合剂 [0047] 5, the adhesive-coated primary backing

经预涂、预烘后的底布上再涂一层主涂胶,控制粘合剂总厚度为0.15毫米,然后进行烘焙,控制温度100-140°C依次升高,烘干时间为3min。 Precoated, apply a layer of glue on the main base fabric after prebaking, a total control adhesive thickness of 0.15 mm, and then baked, in turn controlling the temperature of 100-140 ° C increased drying time of 3min.

[0048] 6、静电植绒 [0048] 6, electrostatic flocking

在静电植绒室内,在高压交流静电场中控制静电高压为20kv,高压电极网与底布上有粘合剂的一面接地极之间的距离为15厘米,使绒毛在电场力的作用下整齐植入涂有粘合剂的底布表面。 In the electrostatic flocking chamber, controlling the high-voltage AC electrostatic field of high voltage electrostatic 20kV, with a high voltage electrode and the mesh base fabric a distance between the earth electrode side of the binder of 15 cm, so that a neat pile under the effect of electric force implant adhesive coated surface of the base fabric.

[0049] 该过程采用国内独特的交流静电植绒方式,植绒密度高,面料表面平整、美观,风格独特。 [0049] The process uses a unique domestic AC electrostatic flocking way, high-density flocking, the fabric surface smooth, beautiful and unique style.

[0050] 7、空气轧花 [0050] 7, air ginning

将静电植绒后的面料利用高压空气通过罩在风刀外围的圆网花纹在绒面进行空气轧花,风机风压42Pa,圆网转速12rpm,风机转速35rpm,在车速10m/min的情况下进行。 The fabric using the high-pressure air through the electrostatic flocking cover ginning air, fan air pressure in the air knife textured pattern in the periphery of the cylinder 42 Pa, 12rpm cylinder speed, fan speed 35 rpm, the vehicle speed 10m / min in get on.

[0051] 8、三防处理、烘焙 [0051] 8, three anti-treatment, baking

将步骤7制得的植绒后的面料,利用发泡设备将氟碳聚合物作为三防整理剂用刮涂的方式涂到面料表面,进行发泡处理。 The fabrics obtained after the flocking step 7, using as a foaming device a fluorocarbon polymer doctor blade with three finishing agent applied to the fabric surface manner, the foaming process. 用氟碳聚合物作为三防整理剂处理后的植绒面料,具有防水性好,不易沾污,易打理的特点。 A fluorocarbon polymer as a flocked fabric after three finishing agent treatment, with good water repellency, stain easily, easy care characteristics.

[0052] 发泡处理后的面料在100-140°C依次升高温度的烘箱中进行焙烘3.5min,设备运行速度为10m/min,使绒毛与底布结合牢固,制得带特定空气轧花花纹的海藻纤维静电植绒面料。 [0052] Fabric sequentially after foaming treatment at elevated temperatures 100-140 ° C in an oven for baking 3.5min, equipment operating speed of 10m / min, that the pile is firmly bonded with the base fabric, to obtain a specific air-rolled strip seaweed fiber flocking fabric flower pattern.

[0053] 实施例4: [0053] Example 4:

一种医疗用海藻纤维静电植绒面料,包括绒毛层、粘合剂层和底布层。 A medical electrostatic flocking fabric seaweed fibers, comprising a fluff layer, an adhesive layer and a backing layer. 绒毛层为海藻纤维,底布为竹纤维平纹机织布,中间粘合剂层为羟甲基纤维素胶粘剂,粘合剂总厚度为0.2毫米。 Seaweed fiber fluff layer, the base fabric is a plain woven bamboo fiber, the intermediate layer is a hydroxymethylcellulose binder adhesive, the binder total thickness of 0.2 mm.

[0054]其中: [0054] wherein:

绒毛层可以为海藻纤维与粘胶、棉、化学纤维中的一种或几种的混纺纤维。 Layer may be fluff alginate fiber and viscose, cotton, synthetic fibers, in one or more of the blended fibers.

[0055] 底布为竹纤维平纹机织布,纱线细度为16tex,密度为64X58。 [0055] The base fabric is a plain woven bamboo fiber, yarn fineness 16tex, a density of 64X58. [0056] 上述一种医疗用海藻纤维静电植绒面料的制备方法包括: [0056] A medical preparation method of the electrostatic flocking seaweed fiber fabric comprising:

1、海藻纤维绒毛的制备: 1, seaweed fiber fluff prepared:

将海藻纤维丝束经过切割,制成长度为1.0毫米,细度为1.5旦的海藻纤维绒毛;对绒毛进行导电处理,绒毛含水率控制在10%,比电阻控制在3.6 X IO9 Ω.cm;根据需要对绒毛进行着色处理;然后将绒毛干燥、筛分。 The alginate fiber tow after cutting, having a length of 1.0 mm, a fineness of 1.5 denier seaweed fiber fluff; electroconductive treatment of fluff, fluff control the water content of 10%, the specific resistance controlled to 3.6 X IO9 Ω.cm; fluff coloring treatment if necessary; fluff is then dried and sieved.

[0057] 2、植绒底布的选择: [0057] 2, flocked base fabric selection:

选用纱线细度为16tex,密度为64X58的竹纤维平纹机织布作为植绒底布。 Selection yarn fineness 16tex, bamboo fiber density of 64X58 plain woven base fabric as flocking.

[0058] 3、粘合剂的选择: [0058] 3, adhesive selection:

粘合剂为山东领潮新材料有限公司生产的羟甲基纤维素胶粘剂,使用该粘合剂制备的植绒面料无甲醛,绿色环保,符合医疗卫生用纺织品对抗菌、甲醛含量及易挥发有毒物等方面的要求,且牢度高,面料耐磨性好。 Influx adhesive Shandong New Materials Co hydroxymethylcellulose adhesives, flocking adhesives prepared using the formaldehyde-free fabric, green, to meet antimicrobial medical textiles, formaldehyde content, and has a volatile poisons and other aspects of the requirements, and high fastness, good wear resistance of the fabric.

[0059] 4、底布预涂粘合剂 [0059] 4, the precoat adhesive backing

将底布用刮涂方式先涂一层粘合剂,刮刀表面紧贴底布表面,然后预烘,温度80-90°C依次升高,烘干时间为1.5min,经过预涂预烘后的底布不仅表面平整,无缝隙,利于最终植绒面料布面的美观,而且经预涂预烘后更有利于粘合剂与底布之间的结合,使粘合剂粘结牢度更高。 The base fabric by a doctor blade to coat adhesive embodiment, the surface of the blade against the bottom surface of the fabric, and then prebaking temperature of 80-90 ° C successively increased, the drying time was 1.5min, through the precoat after prebaking not only the surface roughness of the base fabric, seamless, contributes to the beauty of the final flocked cloth fabric and after prebaking precoated more conducive to binding between the adhesive and the backing, the adhesive bond stretch more high.

[0060] 5、底布主涂粘合剂 [0060] 5, the adhesive-coated primary backing

经预涂、预烘后的底布上再涂一层主涂胶,控制粘合剂总厚度为0.2毫米。 Precoated, prebaked on the main base fabric apply a layer of glue, adhesive control a total thickness of 0.2 mm. 然后进行烘焙,控制温度100-140°C依次升高,烘干时间为4min。 Then baking, controlled temperature 100-140 ° C successively increased, the drying time is 4min.

[0061] 6、静电植绒 [0061] 6, electrostatic flocking

在静电植绒室内,在高压交流静电场中控制静电高压为22kv,高压电极网与底布上有粘合剂的一面接地极之间的距离为20厘米,使绒毛在电场力的作用下整齐植入涂有粘合剂的底布表面。 In the electrostatic flocking chamber, controlling the high-voltage AC electrostatic field of the 22 kV high voltage static electricity, have a high voltage electrode and the mesh base fabric a distance between the adhesive side of the ground electrode is 20 cm, so that a neat pile under the effect of electric force implant adhesive coated surface of the base fabric.

[0062] 该过程采用国内独特的交流静电植绒方式,植绒密度高,面料表面平整、美观,风格独特。 [0062] The process uses a unique domestic AC electrostatic flocking way, high-density flocking, the fabric surface smooth, beautiful and unique style.

[0063] 7、空气轧花 [0063] 7, air ginning

将静电植绒后的面料利用高压空气通过罩在风刀外围的圆网花纹在绒面进行空气轧花,风机风压44Pa,圆网转速14rpm,风机转速38rpm,在车速10m/min的情况下进行。 The fabric using the high-pressure air through the electrostatic flocking cover ginning air, fan air pressure in the air knife textured pattern in the periphery of the cylinder 44Pa, 14rpm cylinder speed, fan speed 38 rpm, the vehicle speed 10m / min in get on.

[0064] 8、三防处理、烘焙 [0064] 8, three anti-treatment, baking

将步骤7制得的植绒后的面料,利用发泡设备将氟碳聚合物作为三防整理剂用刮涂的方式涂到面料表面,进行发泡处理。 The fabrics obtained after the flocking step 7, using as a foaming device a fluorocarbon polymer doctor blade with three finishing agent applied to the fabric surface manner, the foaming process. 用氟碳聚合物作为三防整理剂处理后的植绒面料,具有防水性好,不易沾污,易打理的特点。 A fluorocarbon polymer as a flocked fabric after three finishing agent treatment, with good water repellency, stain easily, easy care characteristics.

[0065] 发泡处理后的面料在100-140°C依次升高温度的烘箱中进行焙烘3.5min,设备运行速度为10m/min,使绒毛与底布结合牢固,制得带特定空气轧花花纹的海藻纤维静电植绒面料。 [0065] Fabric sequentially after foaming treatment at elevated temperatures 100-140 ° C in an oven for baking 3.5min, equipment operating speed of 10m / min, that the pile is firmly bonded with the base fabric, to obtain a specific air-rolled strip seaweed fiber flocking fabric flower pattern.

[0066] 分别取实施例1、2、3、4制得的海藻纤维静电植绒面料进行测试,其技术质量指标如下: [0066] taken for testing were prepared in Example 1, 2 alginic Fibers and fabrics embodiment, its technical quality indicators are as follows:

环保测试:达到中华人民共和国环境保护行业标准HJ/T 307-2006中I类及II类指标要求,耐光色牢度=AATCC 4级 Environmental testing: the People's Republic achieve environmental protection industry standard HJ / T 307-2006 in class I and class II target, light fastness grade 4 = AATCC

耐磨色牢度-.AATCC 165干磨4-5级;湿磨4-5级 Wear color fastness -.AATCC 165 dry grinding 4-5; wet grinding 4-5

植绒牢度:GB/21196.1 ≤ 75000 Flocking fastness: GB / 21196.1 ≤ 75000

尺寸变化和洗后外观:取三块试样同进试验,按GB/8628、GB/T8629、GB/T8630标准执行,选用5A程序,总装料2Kg,干燥方法F,干燥温度不超过40°C,取平均值。 Exterior dimensional change and washed: three specimens taken with the progress test, according to GB / 8628, GB / T8629, GB / T8630 standards, 5A program selection, assembly material 2Kg, F. The method of drying, the drying temperature does not exceeds 40 ° C ,take the average. 级别达到五级。 Level reached five.

[0067] 临界辐射通量:NEPA 253 静电倾向测试=AATCC 134 抗静电性能:IS06356 抗菌性:AATCC 100 [0067] Critical Radiant Flux: NEPA 253 Electrostatic propensity test = AATCC 134 antistatic properties: IS06356 antibacterial: AATCC 100

卫生用防护服阻隔性能:AAMI PB-70 Health barrier properties of protective clothing: AAMI PB-70

由以上技术指标可以看出,制得的海藻纤维静电植绒面料,其主要技术指标达到中华人民共和国环境保护行业标准HJ/T 307-2006中I类及II类指标要求,且抗菌等级达到AATCC 100中抗菌要求。 As it can be seen from the above technical indicators, resulting alginic Fibers and fabrics, the main technical indexes of environment protection reached 307-2006 PRC industry standard HJ / T Class I and Class II target, and antibacterial level to AATCC 100 antimicrobial requirements. 可广泛应用于医用手术服、伤口外敷材料、医疗防护服、医疗器械与仪器用纺织品。 It can be widely used for medical gowns, wound topical materials, medical protective garments, medical devices and instruments textiles.

[0068] 本发明并不局限于上述实施方式,凡是纯海藻纤维或混纺海藻纤维,如海藻纤维与粘胶、海藻纤维与棉、海藻纤维与化学纤维等,只要在绒毛导电处理、绒毛颜料选择、粘合剂调配、电场强度及电场方式控制等方面作相应调整而制得的静电植绒产品均落入本发明的保护范围之内。 [0068] The present invention is not limited to the above embodiments, all pure alginate fiber or alginate fiber blends, such as seaweed and viscose fibers, cotton fibers and algae, seaweed fiber and chemical fiber, processing, as long as the selected fluff fluff conductive pigment adhesive formulations, the electric field strength and electric field control aspect adjusted accordingly electrostatic flocking and the obtained products are within the scope of the present invention.

Claims (10)

1.一种医疗用海藻纤维静电植绒面料,包括绒毛层、粘合剂层和底布层,其特征在于:所述的绒毛层为海藻纤维,底布层为竹纤维平纹机织布,中间粘合剂层为羟甲基纤维素胶粘剂,粘合剂层总厚度为0.15-0.2毫米。 A medical seaweed fiber flocking fabrics comprising pile layer, adhesive layer and a backing layer, wherein: said fluff layer is alginate fiber, bamboo fiber base fabric layer is a plain woven fabric, the intermediate layer is a hydroxymethylcellulose binder adhesive, the adhesive layer total thickness of 0.15-0.2 mm.
2.根据权利要求1所述的一种医疗用海藻纤维静电植绒面料,其特征在于:所述的绒毛层为海藻纤维与粘胶、棉、化学纤维中的一种或几种的混纺纤维。 2. A medical according to claim 1 alginic Fibers and fabrics, wherein: said fluff layer alginate fiber and viscose, cotton, chemical fibers of one or more blended fiber .
3.根据权利要求1所述的一种医疗用海藻纤维静电植绒面料,其特征在于:所述底布层的密度为64 X 58,纱线细度为16tex。 A medical according to claim 1 with the flocking seaweed fiber fabric, characterized in that: the density of the base fabric layer 64 X 58, yarn fineness 16tex.
4.根据权利要求1所述的一种医疗用海藻纤维静电植绒面料,其特征在于:所述海藻纤维静电植绒面料技术指标如下:耐光色牢度=AATCC 4级;耐磨色牢度:AATCC 165干磨4-5级湿磨4-5级;植绒牢度:GB/21196.1大于75000 ;静电倾向测试=AATCC 134 ;抗静电性能:IS06356 ;抗菌性=AATCC 100 ;卫生用防护服阻隔性能:AAMI PB-70。 4. A medical according to claim 1 alginic Fibers and fabrics, wherein: said electrostatic flocking seaweed fiber fabric specifications are as follows: Color fastness level = AATCC 4; color fastness to abrasion : AATCC 165 dry grinding wet grinding 4-5 4-5 grade level; flocking fastness: GB / 21196.1 greater than 75,000; electrostatic propensity test = AATCC 134; antistatic properties: IS06356; antimicrobial = AATCC 100; health protective clothing barrier properties: AAMI PB-70.
5.根据权利要求1所述的一种医疗用海藻纤维静电植绒面料的制造方法,其特征在于:具体包括如下步骤: a、海藻纤维绒毛的制备:将海藻纤维丝束经过切割,制成长度为0.8-1.0毫米,细度为1.5旦的海藻纤维绒毛;对绒毛进行导电处理,根据需要对绒毛进行着色处理,然后将绒毛干燥、筛分; b、植绒底布层的选择:选用纱线细度为16tex,密度为64X58的竹纤维平纹机织布作为植绒底布; C、粘合剂的选择:粘合剂为羟甲基纤维素胶粘剂; d、底布预涂粘合剂:将底布用刮涂方式先涂一层粘合剂,刮刀表面紧贴底布表面,然后预烘; e、底布主涂粘合剂:经预涂、预烘后的底布上再涂一层主涂粘合剂,控制粘合剂总厚度为0.15-0.2毫米,然后进行烘焙; f、静电植绒:采用高压交流静电网产生电场植绒,在高压交流静电场中使绒毛在电场力的作用下,整齐植入涂有粘合剂的 A medical according to the method of claim 1 for producing electrostatic flocking seaweed fiber fabric, characterized in that: includes the following steps: preparing a, seaweed fiber fluff of: cutting through the alginate fiber tow, made a length of 0.8-1.0 mm and a fineness of 1.5 denier seaweed fiber fluff; fluff conductive treatment, as needed coloring process fluff, the fluff is then dried, sieved; select B, flocked base fabric layer: selection yarn fineness 16tex, bamboo fiber density of 64X58 plain woven base fabric as flocking; choose C, and binder:; adhesion d, backing adhesive precoated adhesive hydroxymethylcellulose agent: the base fabric by a doctor blade to coat adhesive embodiment, the surface of the blade against the bottom surface of the fabric, and then prebaked; E, the adhesive-coated primary backing: precoated, the base fabric prebaked apply a layer of primary adhesive coating, the total thickness of the control adhesive 0.15-0.2 mm, and then baked; F, electrostatic flocking: the high-voltage AC power generating an electric field of static flocking, fuzz AC high voltage electrostatic field manipulation under the action of the electric force, adhesive coated implant neat 底布表面; g、三防处理、烘焙:将步骤f制得植绒后的面料,利用发泡设备将氟碳聚合物整理剂用刮涂的方式涂到面料表面,进行发泡处理;发泡处理后的面料在100-140°C依次升高温度的烘箱中进行烘焙3.5min,设备运行速度为10m/min,使绒毛与底布结合牢固,制得海藻纤维静电植绒面料。 A bottom surface of the cloth; G, three anti-treatment, baking: step f obtained after flocking fabrics, foaming device using a finishing agent coating with a fluorocarbon polymer knife coating to the surface of the fabric, the foaming process; fat fabrics treated sequentially after the bubble at elevated temperatures 100-140 ° C in an oven for baking 3.5min, equipment operating speed of 10m / min, that the pile is firmly bonded with the base fabric, to prepare seaweed fiber flocking fabrics.
6.根据权利要求5所述的一种医疗用海藻纤维静电植绒面料的制造方法,其特征在于:步骤f制得的静电植绒面料,利用高压空气通过罩在风刀外围的圆网花纹在绒面进行空气轧花,风机风压42-44Pa,圆网转速12_14rpm,风机转速35_38rpm,车速10m/min。 6. The method for producing electrostatic flocking seaweed fiber fabric, wherein a medical according to claim 5, wherein: step f electrostatic flocking fabric prepared by high-pressure air through a cylinder cover pattern in the periphery of the air knife ginning air, fan air pressure 42-44Pa, cylinder speed 12_14rpm, fan speed 35_38rpm, speed of 10m / min in the pile.
7.根据权利要求5所述的一种医疗用海藻纤维静电植绒面料的制造方法,其特征在于:步骤a中绒毛含水率控制在8%-10%,比电阻控制在3.6X10—3.6 X IO9 Ω.cm。 A medical according to claim 5, wherein the method for producing electrostatic flocking seaweed fiber fabric, characterized in that: in step a fluff control the water content of 8% -10%, a specific resistance controlling 3.6X10-3.6 X IO9 Ω.cm.
8.根据权利要求5所述的一种医疗用海藻纤维静电植绒面料的制造方法,其特征在于:步骤d中预烘温度为80-90°C依次升高,预烘时间为1-1.5min。 8. A method for producing electrostatic flocking seaweed fiber fabric, characterized in that a medical according to claim 5, wherein: step d prebaking temperature is 80-90 ° C successively increased, prebaking time is 1-1.5 min.
9.根据权利要求5所述的一种医疗用海藻纤维静电植绒面料的制造方法,其特征在于:步骤e中烘焙温度为100-140°C依次升高,烘焙时间为3-4min。 A medical claimed in claim 5, wherein the method for producing electrostatic flocking seaweed fiber fabric, wherein: step e, the baking temperature is 100-140 ° C successively increased baking time was 3-4min.
10.根据权利要求5所述的一种医疗用海藻纤维静电植绒面料的制造方法,其特征在于:步骤f中高压电极网为交流静电, 静电高压控制为20-22kv,高压电极网与底布上涂有粘合剂的一面之间的距离为15-20厘米。 10. A method for producing electrostatic flocking seaweed fiber fabric, characterized in that a medical according to claim 5, wherein: step f, the network for the exchange of electrostatic high voltage electrode, an electrostatic high-voltage control 20-22kv, high voltage electrode and the bottom mesh the distance between the cloth coated with adhesive on one side of 15-20 cm.
CN 201310376744 2013-08-27 2013-08-27 Alginate fiber electrostatic flocking fabric for medical treatment and manufacturing method thereof CN103481549B (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104434542A (en) * 2014-11-27 2015-03-25 苏州市贝克生物科技有限公司 Medical antibacterial adhesive and preparation method thereof
CN104842596A (en) * 2015-05-18 2015-08-19 武汉纺织大学 Glued and flocked high-elasticity thermal flaky material and production method for same

Citations (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1134366A (en) * 1995-04-26 1996-10-30 王永臣 Flocked decorative board and its manufacturing method
CN1569345A (en) * 2004-04-27 2005-01-26 杨纪松 Chitin fiber static flocking face fabric and its manufacturing method
CN1995512A (en) * 2006-11-02 2007-07-11 上海中大科技发展有限公司 Chitosan fiber, alga fiber and natural fiber blend-spinning yarn and its preparation method and uses
CN101037814A (en) * 2007-05-11 2007-09-19 青岛大学 Preparation method of flame-proof sea silk new material
JP4045365B2 (en) * 1993-11-15 2008-02-13 株式会社日本吸収体技術研究所 Antibacterial composite nonwoven fabric and method for producing the same
CN101433484A (en) * 2007-11-13 2009-05-20 青岛喜盈门集团有限公司 Seaweed fiber medical dressing
CN201244939Y (en) * 2008-06-24 2009-05-27 贝春华 Artificial leather flocking facing material
CN202136483U (en) * 2011-06-20 2012-02-08 青岛海诺生物工程有限公司 Medical dressing
CN102429562A (en) * 2011-01-28 2012-05-02 上海峻极实业发展有限公司 Commercial electrostatic flocking carpet and manufacturing method thereof
CN102600016A (en) * 2012-02-29 2012-07-25 朱建华 Medical dressing made of alginate fibers

Patent Citations (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP4045365B2 (en) * 1993-11-15 2008-02-13 株式会社日本吸収体技術研究所 Antibacterial composite nonwoven fabric and method for producing the same
CN1134366A (en) * 1995-04-26 1996-10-30 王永臣 Flocked decorative board and its manufacturing method
CN1569345A (en) * 2004-04-27 2005-01-26 杨纪松 Chitin fiber static flocking face fabric and its manufacturing method
CN1995512A (en) * 2006-11-02 2007-07-11 上海中大科技发展有限公司 Chitosan fiber, alga fiber and natural fiber blend-spinning yarn and its preparation method and uses
CN101037814A (en) * 2007-05-11 2007-09-19 青岛大学 Preparation method of flame-proof sea silk new material
CN101433484A (en) * 2007-11-13 2009-05-20 青岛喜盈门集团有限公司 Seaweed fiber medical dressing
CN201244939Y (en) * 2008-06-24 2009-05-27 贝春华 Artificial leather flocking facing material
CN102429562A (en) * 2011-01-28 2012-05-02 上海峻极实业发展有限公司 Commercial electrostatic flocking carpet and manufacturing method thereof
CN202136483U (en) * 2011-06-20 2012-02-08 青岛海诺生物工程有限公司 Medical dressing
CN102600016A (en) * 2012-02-29 2012-07-25 朱建华 Medical dressing made of alginate fibers

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104434542A (en) * 2014-11-27 2015-03-25 苏州市贝克生物科技有限公司 Medical antibacterial adhesive and preparation method thereof
CN104842596A (en) * 2015-05-18 2015-08-19 武汉纺织大学 Glued and flocked high-elasticity thermal flaky material and production method for same

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