CN109281189B - 一种弹力无胆防绒面料的制作工艺 - Google Patents
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Abstract
本发明公开一种弹力无胆防绒面料的制作工艺,包括以下步骤:1)投布前处理;2)压光处理:压光出布后直接进行摆布式鞍马落布,布传递动力由作用于压光与落布间的辊差速带动;3)上胶处理:依次进行底胶涂布、面胶涂布处理;底胶配方主要由以下质量份数组分组成:聚丙烯酸酯100份,架桥剂1‑1.5份,促进剂0.5‑0.75份,流平剂3‑4.5份,溶剂8‑12份;面胶配方主要由以下质量份数组分组成:聚氨酯树脂100份,架桥剂3‑4.5份,促进剂1.5‑2.25份,溶剂30‑40份;聚氨酯树脂的伸长率为300%‑500%。本案采用新颖的制作工艺制得创新的弹力无胆防绒面料,保持弹力面料轻便、弹性、灵巧舒适性能的同时具有优异防绒效果。
Description
技术领域
本发明涉及面料制作工艺技术,具体是指一种弹力无胆防绒面料的制作工艺。
背景技术
现今市面上的羽绒制品主要分为无胆羽绒与有胆羽绒,而无胆羽绒主要产品为梭织非弹面料,而弹力羽绒皆采用有胆的方式作业,这是由于弹力面料本身具有弹力,纱线之间具有的空隙易随面料拉伸而增大,如果采用无胆方式,很容易导致漏绒问题。
随着生活水平提高,消费者对羽绒服的性能要求已不仅限于保暖需求,而是希望其能集多功能于一身,其中轻便又灵巧舒适的羽绒制品更是首当其冲,由于弹力羽绒具有的优异的弹性回复性与弹性伸长性,其能够最大限度满足消费者的保暖及运动需求。而目前弹力羽绒主要作业方式为有胆方式,其不仅增加成本,更关键是会削弱弹力面料具备地轻便、弹性、灵巧舒适等性能。由此,综合现在产品的优劣势,开发一款弹力无胆防绒面料就相当的有必要性。
鉴于此,本案发明人对上述问题进行深入的探讨研究,并提出一种弹力无胆防绒面料的制作工艺。
发明内容
本发明的目的在于提供一种弹力无胆防绒面料的制作工艺,采用新颖的制作工艺制得创新的弹力无胆防绒面料,保持弹力面料轻便、弹性、灵巧舒适性能的同时具有优异防绒效果。
为了达成上述目的,本发明的解决方案是:
一种弹力无胆防绒面料的制作工艺,包括以下步骤:
1)投布前处理:坯布选用尼龙弹力布梭织面料,之后将该面料依次进行退浆、预定、染色、烘干、泼水的前处理;
2)压光处理:将前处理完的面料进行压光处理,压光工艺参数为,具有前后两道,控制温度130℃-140℃,压力150N/mm-200N/mm,速度30-35m/min;压光出布后直接进行摆布式鞍马落布,布传递动力由作用于压光与落布间的辊差速带动;
3)上胶处理:于压光处理后的面料上依次进行底胶涂布、面胶涂布处理;底胶配方主要由以下质量份数组分组成:聚丙烯酸酯100份,架桥剂1-1.5份,促进剂0.5-0.75份,流平剂3-4.5份,溶剂8-12份;面胶配方主要由以下质量份数组分组成:聚氨酯树脂100份,架桥剂 3-4.5份,促进剂1.5-2.25份,溶剂30-40份;其中聚氨酯树脂的伸长率为300%-500%,其模量为35kgf/cm2-45kgf/cm2。
所述步骤3)中, 流平剂选用改性有机硅。
所述步骤3)中,架桥剂选用异氰酸酯类架桥剂。
所述步骤3)中,底胶上胶张力控制在35±3kg/m2,面胶上胶张力控制在38±3kg/m2。
所述步骤3)中,底胶上胶幅宽设定为原幅作业,面胶上胶幅宽设定为原幅+1cm的拉幅作业。
所述步骤1)中,预定处理为,把退浆后的面料通过定型机进行预定,使幅宽保持稳定;预定条件设定为,温度185℃-190℃,速度18m/min-20m/min,幅宽148cm-150cm,超喂3%-5%。
所述步骤1)中,染色处理为,把预定并卷曲后的面料放入染缸进行染色;染料为酸性染料,染色升温曲线30℃—60℃为0.5℃升,60℃-100℃为1℃升, 100℃保温30分钟,降温为1.0℃降。
所述步骤1)中,泼水处理为,经烘干后的面料过定型机进行泼水处理;泼水配方主要由以下质量份数组分组成:IPA渗透剂20-30G/L,柔软剂4-6G/L,泼水剂15G/L -25G/L;其中柔软剂为有机硅系柔软剂,泼水剂为弱阳离子型泼水剂;泼水条件设定为,温度160℃-170℃ ,速度25m/min-30m/min,幅宽148cm-150cm, 超喂3%-5%。
采用上述方案后,本发明一种弹力无胆防绒面料的制作工艺,相对于现有技术的有益效果在于:制作工艺着重于坯布经前处理(退浆、预定、染色、烘干、泼水)后进行创新的压光处理和上胶处理:
(1)其中压光处理中,在设定合理的压光工艺条件基础上,对压光出布采取特殊的落布处理,该落布处理除了达到落布操作外,更关键是对弹力布的性能带来关键性地改善作用,压光出布后即直接进行摆布式鞍马落布,布传递动力由作用于压光与落布间的辊差速带动,于此布传递张力小,对布的拉伸也大幅减小,从而大大改善了布面发亮及缩率,幅宽等异常。弹力布压光后直接进行摆布作业,通过摆布摆动方式增加面料对空气的接触,使弹力面料尽快回潮,保证手感并及时最大限度地降低弹力布压光时的张力,保证布面品质,及面料缩率,同时还改善手感。
(2)在上述压光处理所得的弹力面料的技术支持前提下,再结合创新地上胶处理,底胶主胶选择聚丙酸酯类树脂,并且创新引入流平剂成分,用来保证胶面不易因为面料的弹性与回复性而受到破坏,有效的促进胶料与面料弹性的协同性。其中流平剂用量控制在3-4.5份,能够保证胶面洗后外观及与面胶的接着性能,流平剂优选地选用改性有机硅,其能够进一步增加胶面的平滑性,使其受面料弹性的影响较小。面胶选择具有一定弹性的聚氨酯树脂(伸长率300%-500%,模量35kgf/cm2-45kgf/cm2),使其能够与面料的弹性相呼应,最大限度减少对胶面的破坏,从而保证弹力面料的防绒效果。
由此,采用上述新颖的制作工艺制得创新的弹力无胆防绒面料,保持弹力面料轻便、弹性、灵巧舒适性能的同时,亦具有优异防绒效果,填补了弹力无胆防绒面料的技术空白,为弹力无胆羽绒产品地可制造性提供技术保障,同时还带来减少生产成本的经济效益。
附图说明
图1是弹力布压光落布装置的一立体图;
图2是弹力布压光落布装置的另一立体图;
图3是弹力布压光落布装置的主视图;
图4是定型装置的主视图;
图5是冷却料槽的俯视图。
标号说明
定型装置100:
储料桶11,输料管道111,控料阀门件112,
冷却料槽12,料腔体121,水循环腔体122,排药阀门件123,
冷却水供给机构13,进水管道131,出水管道132,
控水阀门件133,抽水泵134;
机架2,第一主动辊31,第二主动辊32,
静罗拉组4,第一静罗拉41,第二静罗拉42,第三静罗拉43,
摆布架5,主动辊驱动机构6,主动辊马达61,传动皮带组62、63,
摆布架驱动机构7,摆布架马达71,偏心轮72,连杆件73,
传动皮带组74,传动杆件75,A字架8。
具体实施方式
下面结合具体实施方式对本案作进一步详细的说明。
本案涉及一种弹力无胆防绒面料的制作工艺,包括以下步骤:
1)投布前处理:坯布选用尼龙弹力布梭织面料,一具体实施例,选用20D尼龙弹力布的梭织面料;之后将该面料依次进行退浆、预定、染色、烘干、泼水的前处理;该前处理的每个工序具体操作实施例如下:
退浆工序,把坯布经过退浆机进行退浆处理,具体可采用7槽紧式连退退浆机退浆;
预定工序,把退浆后的面料通过定型机进行预定,使幅宽保持稳定;预定条件设定为,温度185℃-190℃,速度18m/min-20m/min,幅宽148cm-150cm,超喂3%-5%;
染色工序前还进行盘布操作:把预定后的布,卷曲放在布轴上;
④染色工序,把预定并卷曲后的面料放入染缸进行染色;染料为酸性染料,染色升温曲线30℃—60℃为0.5℃升,60℃-100℃为1℃升, 100℃保温30分钟,降温为1.0℃降;
⑤烘干工序,把上述染出后的布进行锡林烘干;
⑥泼水工序,经烘干后的面料过定型机进行泼水处理;泼水配方主要由以下质量份数组分组成:IPA渗透剂20-30G/L,柔软剂4-6G/L,泼水剂15G/L -25G/L;其中柔软剂为有机硅系柔软剂,起调节手感作用;泼水剂为弱阳离子型泼水剂,主要对面料起防泼水作用;泼水条件设定为,温度160℃-170℃ ,速度25m/min-30m/min,幅宽148cm-150cm, 超喂3%-5%。
2)压光处理:将前处理完的面料进行压光处理,压光工艺参数为,具有前后两道,控制温度130℃-140℃,压力150N/mm-200N/mm,速度30-35m/min;压光出布后直接进行摆布式鞍马落布,布传递动力由作用于压光与落布间的辊差速带动;
传统面料压光处理后作中心卷曲式收布,中心卷曲带来的张力较大,容易出现手感偏板、布面偏亮、幅宽收缩、经向缩率偏大等异常,特别是弹力面料,所述异常更加凸显,如此正是该缘由,压光后弹力面料不具备通过上胶来实现防绒的条件。
本案针对该问题创新地提出摆布式鞍马落布,该摆布式鞍马落布在压光出布后直接进行,布传递动力由作用于压光与落布间的辊差速带动,即依靠主动辊与压光出布时的速度差形成的张力使布向前传递,此张力相比传统方式大大减小,对布的拉伸也大幅减小,从而大大改善了布面发亮及缩率,幅宽等异常。
另外,摆布作业方式及其作业时间点也十分关键,弹力布压光后直接进入摆布作业,通过摆布摆动方式来增加面料对空气的接触,使弹力面料及时又快速地回潮,保证手感并及时最大限度地降低弹力布压光时的张力,最终保证布面品质,及面料缩率,同时还改善手感。
3)上胶处理:于压光处理后的面料上依次进行底胶涂布、面胶涂布处理;其中,
底胶工序,首先底胶配方主要由以下质量份数组分组成:聚丙烯酸酯100份,架桥剂1-1.5份,促进剂0.5-0.75份,流平剂3-4.5份,溶剂8-12份;
配方中,底胶主胶选择聚丙酸酯类树脂,其玻璃化温度为-30℃,能够保证面料手感;其中架桥剂优选地选用异氰酸酯类架桥剂,能够使底胶与弹力面料的接着更好。
本案底胶配方中创新地引入一定用量的流平剂,由于弹力面料其纱线与纱线之间的间隙较大,因此胶料可以很好地渗透进面料里,一定用量的流平剂带来面料表面张力的下降不会过大(表面张力达到适中),于此保证接着性。在保证底胶能够与弹力面料很好接着的前提下,采用流平剂加入聚丙烯酸树脂中,能够有效地促进胶料与面料弹性的协同性。所述一定用量控制在3-4.5份,能够同时保证与弹力面料协同、与面料面胶接着、及胶面洗后外观的效果。其中流平剂较佳地选用改性有机硅,其能够进一步增加胶面的平滑性,使其受面料弹性的影响较小。
底胶上胶时,具体操作条件如下:
刀型 | 1.0R |
速度 | 35m/min |
涂布量 | 25G/M2±2 |
粘度 | 28000cps±1000 |
温度 | 100℃、110℃、120℃、120℃ |
张力 | 35±3KG/M2 |
幅宽设定 | 原幅 |
其中,上胶的张力与幅宽控制十分关键,底胶上胶张力控制在35±3kg/m2,适当低于常规控制值,于此来保证胶面的平整性与透胶异常。幅宽底胶以原幅作业,不可拉宽,以免透胶,亦不可缩幅作业,易造成布面折痕。
面胶工序,首先面胶配方主要由以下质量份数组分组成:聚氨酯树脂100份,架桥剂 3-4.5份,促进剂1.5-2.25份,溶剂30-40份;
面胶选择具有一定弹性的聚氨酯树脂,聚氨酯树脂的伸长率为300%-500%,模量为35kgf/cm2-45kgf/cm2;如此适度限定,使面胶能够与面料的弹性相匹配呼应,最大限度的减少对胶面的破坏,从而保证面料的防绒效果。
面胶上胶时,具体操作条件如下:
刀型 | 2.0R |
速度 | 35m/min |
涂布量 | 30G/M2±2 |
粘度 | 3500cps±500 |
温度 | 140℃、150℃、160℃、160℃、160℃ |
张力 | 38±3KG/M2 |
幅宽设定 | 原幅+1cm |
其中,上胶的张力与幅宽控制亦十分关键,面胶上胶张力控制在38±3kg/m2,适当低于常规控制值,于此来保证胶面的平整性与透胶异常。面胶的幅宽由于已经有底胶覆盖在布面上可以适当进行拉幅,以1cm内为宜。
由此,采用上述新颖的制作工艺制得创新的弹力无胆防绒面料,保持弹力面料轻便、弹性、灵巧舒适性能的同时,亦具有优异防绒效果,填补了弹力无胆防绒面料的技术空白,为弹力无胆羽绒产品地可制造性提供技术保障,同时还带来减少生产成本的经济效益。检测本案制作工艺所制得的弹力无胆防绒面料的性能如下表所示,防绒性能优异,产品稳定性、综合性能优良。
测试项目 | 测试方法 | 测试值 | 标准 | 判定 |
撕裂(N) | GB/T3917.2 | 11.6/10.9 | 7 | PASS |
缝线滑移(MM) | GB/T13772.2 | 3.2/3.5 | 5 | PASS |
防绒性能(根) | GB/T12705.1 | 7 | 15 | PASS |
尺寸稳定性 | GB/T5329.4N | -1.4%/-2.5% | ±5% | PASS |
熨烫缩率 | ISO3005 | -1.7%/-2.9% | ±5% | PASS |
洗后外观 | GB/T8630.4G | 不脱胶 | 不脱胶 | PASS |
现有技术中之所以未能制造弹力无胆防绒面料,主要是受弹力面料自身特性限制,使其上胶处理效果不佳,很难达到防绒作用。本案一方面从上胶前先进行特殊的压光处理,通过控制布料张力和及时回潮作业,保证布面品质、面料缩率及手感;在此基础上,通过特殊底胶和面胶的结合,整个胶面能够与面料弹性相呼应,保证面料优异舒适弹性力,而且胶面反过来不因面料弹性回复性而受到破坏,保证具备优异防绒效果。
所述步骤2)压光处理,所采用的新颖收布落布方式,对应的装置,如图1-3所示,主要包括有机架2、第一主动辊31、第二主动辊32及摆布架5;还包括用于承接落布的A字架8,该A字架8安设在摆布架5的下方位置。设机架2其以穿布方向为前后向,与前后向相垂直的方向为左右向。第一主动辊31和第二主动辊32呈前后并排且相互平行地设于机架2上,第一主动辊31和第二主动辊32的长度延伸方向为左右方向,二者较佳地呈等高设置。
第一主动辊31和第二主动辊32连接有带动二者同步转动的主动辊驱动机构6,实现第一主动辊31和第二主动辊32主动转动以带动穿过的布面料往落布方向传送。给出的优选实施例,主动辊驱动机构6包括有主动辊马达61和两组传动皮带组62、63;主动辊马达61通过一组传动皮带组62与第一主动辊31传动连接,第一主动辊31与第二主动辊32间通过另一组传动皮带组63传动连接。两组传动皮带组62、63较佳的分别传动连接于第一主动辊31的两端位置。于此,由主动辊马达61启动工作,通过传动皮带组62带动第一主动辊31转动,并且通过传动皮带组63带动第二主动辊32同步转动。通过调节主动辊马达61的转速,即可对应调节第一主动辊31和第二主动辊32的转速作用。
机架2还设有静罗拉组4,该静罗拉组4用于配合第一主动辊31和第二主动辊32导引穿布作用。给出的优选实施例,静罗拉组4包括有第一静罗拉41、第二静罗拉42及第三静罗拉43;第一静罗拉41设于第一主动辊31前方处,第一静罗拉41作为引入导引辊件,用于导引从压光机送来的布面料。第二静罗拉42设于第一静罗拉41与第一主动辊31之间的下方位置,第三静罗拉43设于第一主动辊31与第二主动辊32之间的下方位置。
摆布架5可摆动地设于机架2上的对应第二主动辊32的后方处,较佳地设于机架2的后端部位置。摆布架5的上端部活动铰接在机架2上,机架2上还设有用于带动摆布架5摆动的摆布架驱动机构7。该摆布架驱动机构7一优选实施例,包括摆布架马达71、偏心轮72及连杆件73;摆布架马达71与偏心轮72传动连接,连杆件73连接于偏心轮72与摆布架5之间,即连杆件73的两端分别活动铰接在偏心轮72和摆布架5上。由此,通过摆布架马达71启动工作,带动偏心轮72转动,通过连杆件73联动,即可实现带动摆布架5摆动操作。
进一步,为了利于摆布架5的平稳摆动作用,摆布架驱动机构7还包括有传动皮带组74和传动杆件75。传动杆件75沿左右方向延伸设置,摆布架马达71通过传动皮带组74与传动杆件75传动连接,偏心轮72和连杆件73设有一一对应的两组,分别设于传动杆件75两端位置,两组连杆件73分别连接于摆布架5的左右两侧位置。摆布架马达71通过传动皮带组74和传动杆件75传动,带来两组偏心轮72和连杆件73同步动作,最终带动摆布架5平稳、可靠摆动效果。
进行压光作业中, 当压光机开始运行前,先把布穿好,从压光机送出的弹力布进入入落布装置穿布,穿布的顺序为压光机→第一静罗拉41上→第二静罗拉42下→第一主动辊31上→第三静罗拉43下→第二主动辊32上→落布架5→A字架8。压光机运行时,通过主动辊驱动机构6带动第一主动辊31、第二主动辊32同步转动,并且调节转速大于压光出布时的速度,从而形成一定的适中张力带动布向后方传递,并通过摆布架5实现在A字架8上的鞍马落布效果。所述穿布方式,为了利于穿布及利于对布传送调节,将第一静罗拉41、第一主动辊31及第二主动辊32设为呈相互平行且等高设置,第二静罗拉42和第三静罗拉43呈相互平行且等高设置。
本案新颖摆布鞍马落布作业方式,由于布向后方传动主要靠两个主动辊(第一主动辊31、第二主动辊32)与压光出布时的速度差来形成张力,因此对布的牵引张力较传统中心卷曲张力要小许多,对布的拉伸也大幅减小,从而大大改善了布面发亮及缩率,幅宽等异常。弹力布压光后直接进行摆布作业,这个作业时间点和作业方式十分关键,弹力布压光出布后,再经过小张力的中间牵引传送,即及时通过摆布摆动方式增加面料对空气的接触,使弹力面料尽快回潮,保证手感并最大限度地降低弹力布压光时的张力,保证布面品质,及面料的缩率,同时还改善手感。
所述步骤1)中的⑥泼水工序,为了改善面料泼水度,提出一种新颖的定型装置100,如图4-5所示,主要包括有储料桶11、冷却料槽12和冷却水供给机构13。冷却料槽12具有内外设置的料腔体121和水循环腔体122。储料桶11用于存储助剂物料,其通过输料管道111连接冷却料槽12的料腔体121,以实现为料腔体121供给助剂物料。冷却水供给机构13用来循环供给冷却水作用,其通过进水管道131和出水管道132连接水循环腔体122,依次构成有冷却水循环回路,作业时水循环腔体122内容装的冷却水根据实际生产需求处于循环流动状态。
优选的,将储料桶11高于冷却料槽12设置,以此避免储料桶11受环境温升影响,同时利于往冷却料槽12输送助剂物料作用。输料管道111上安装有控料阀门件112,起到助剂物料供给的可控操作。优选的,冷却水供给机构13高于冷却料槽12设置,利于冷却水供给操作,具体地,于进水管道131上安装有控水阀门件133,实现冷却水供给的可控操作,出水管道132上安装有抽水泵134,通过抽水泵134将水循环腔体122内的冷却水抽回至冷却水供给机构13,达到冷却水循环以发挥热传导降温效果。
具体设计中,将储料桶11和冷却水供给机构13设为等高度设置,且均比冷却料槽12高 1.5M-2M的高度设置。定型装置100作业过程中,打开控料阀门件112,由储料桶11通过输料管道111为冷却料槽12的料腔体121实时供给助剂,随着定型时间增加,料腔体121内的助剂受环境及与面料摩擦的影响,温度升高,使性能变得不稳定。此时,打开控水阀门件133和抽水泵134,冷却水供给机构13通过进水管道131和出水管道132为水循环腔体122供给循环冷却水,由于循环冷却水的温度较料腔体121内的温度低,根据热传导的原理,使料腔体121内助剂的温度适当下降并稳定,从而保证助剂性能稳定以及泼水性能稳定,大改善面料泼水效果。
优选的,所述冷却料槽12其料腔体121和水循环腔体122的具体设计形式为,水循环腔体122为成型在料腔体121其腔壁之外的卧式U型腔(参见图2),该卧式U型腔的对应两端分别设有连接口,供进水管道131和出水管道132一一对应简易连接。进水管道131送进的冷却水沿着卧式U型腔的U型轨迹流向,之后从出水管道132送出,由此对在内设置的料腔体121起到优异的冷却效果。所述卧式U型腔为非全包围料腔体121的设计,水循环腔体122的另一种设计方式为全包围料腔体121的环形腔,该环形腔内设有一隔断腔壁,供进水管道131和出水管道132连接的二连接口分别设于隔断腔壁的两侧位置。
优选的,水循环腔体122的腔壁低于料腔体121的腔壁设置。以此避免冷却水不慎溅入料腔体121而影响泼水作业。当然亦可将水循环腔体122设为与料腔体121等高的封闭式腔体。优选的,水循环腔体122采用铁片构成,通过金属铁片进一步起到导热散热作用。优选的,所述料腔体121的底部设有排药阀门件123,利于料腔体121进行排料操作。
以上所述仅为本发明的优选实施例,凡跟本发明权利要求范围所做的均等变化和修饰,均应属于本发明权利要求的范围。
Claims (7)
1.一种弹力无胆防绒面料的制作工艺,其特征在于,包括以下步骤:
1)投布前处理:坯布选用尼龙弹力布梭织面料,之后将该面料依次进行退浆、预定、染色、烘干、泼水的前处理;
2)压光处理:将前处理完的面料进行压光处理,压光工艺参数为,具有前后两道,控制温度130℃-140℃,压力150N/mm-200N/mm,速度30-35m/min;压光出布后直接进行摆布式鞍马落布,布传递动力由作用于压光与落布间的辊差速带动;
3)上胶处理:于压光处理后的面料上依次进行底胶涂布、面胶涂布处理;底胶配方主要由以下质量份数组分组成:聚丙烯酸酯100份,架桥剂1-1.5份,促进剂0.5-0.75份,流平剂3-4.5份,溶剂8-12份;面胶配方主要由以下质量份数组分组成:聚氨酯树脂100份,架桥剂3-4.5份,促进剂1.5-2.25份,溶剂30-40份;其中聚氨酯树脂的伸长率为300%-500%,其模量为35kgf/cm2-45kgf/cm2。
2.如权利要求1所述的一种弹力无胆防绒面料的制作工艺,其特征在于,所述步骤3)中,流平剂选用改性有机硅。
3.如权利要求1所述的一种弹力无胆防绒面料的制作工艺,其特征在于,所述步骤3)中,架桥剂选用异氰酸酯类架桥剂。
4.如权利要求1所述的一种弹力无胆防绒面料的制作工艺,其特征在于,所述步骤3)中,底胶上胶张力控制在35±3kg/m2,面胶上胶张力控制在38±3kg/m2。
5.如权利要求1所述的一种弹力无胆防绒面料的制作工艺,其特征在于,所述步骤3)中,底胶上胶幅宽设定为原幅作业,面胶上胶幅宽设定为原幅+1cm的拉幅作业。
6.如权利要求1所述的一种弹力无胆防绒面料的制作工艺,其特征在于,所述步骤1)中,预定处理为,把退浆后的面料通过定型机进行预定,使幅宽保持稳定;预定条件设定为,温度185℃-190℃,速度18m/min-20m/min,幅宽148cm-150cm,超喂3%-5%。
7.如权利要求1所述的一种弹力无胆防绒面料的制作工艺,其特征在于,所述步骤1)中,泼水处理为,经烘干后的面料过定型机进行泼水处理;泼水配方主要由以下质量份数组分组成:IPA渗透剂20-30g /L,柔软剂4-6g /L,泼水剂15g /L -25g /L;其中柔软剂为有机硅系柔软剂,泼水剂为弱阳离子型泼水剂;泼水条件设定为,温度160℃-170℃,速度25m/min-30m/min,幅宽148cm-150cm, 超喂3%-5%。
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