CN110878438A - 一种释放负离子的环保型化纤绒及其制备方法 - Google Patents

一种释放负离子的环保型化纤绒及其制备方法 Download PDF

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CN110878438A
CN110878438A CN201811037429.2A CN201811037429A CN110878438A CN 110878438 A CN110878438 A CN 110878438A CN 201811037429 A CN201811037429 A CN 201811037429A CN 110878438 A CN110878438 A CN 110878438A
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chemical fiber
environment
negative ions
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杜云庆
江志明
章荣彬
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Shanghai Annaao Environmental Technology Co Ltd
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Abstract

本发明公开了一种释放负离子的环保型化纤绒及其制备方法，含有以下基本原料和配方(w/W，％)：化纤：50‑85；化纤纱线：5‑10；负离子粉：1‑3；多离子去醛粉：1‑2；其他助剂：1‑5；本发明采用PP化纤与化纤线、负离子粉、多离子去醛粉等原料，结合化纤绒传统制备工艺制备释放负离子的环保型化纤绒，可以具有释放负离子和有效去除甲醛等有害物质。并且该释放负离子的环保型化纤绒可以长期有效释放负离子，降解甲醛等有害气体，改善空气质量，符合健康、绿色环保理念，释放的负离子不仅可以杀菌消毒、对人体有增强抗氧化性和抗老化性以及清除自由基的能力；对老化的肌肤，具有修复与再生的能，可以缓解人体亚健康。

Description

一种释放负离子的环保型化纤绒及其制备方法
技术领域
本发明涉及一种化纤绒的制备，特别涉及一种释放负离子的环保型化纤绒及其制备方法。
背景技术
目前，市场上化纤绒种类有很多，使用的原料也不尽相同，所生产的化纤绒质量不客观，而且有很多化纤绒由于原料使用不当，消费者在使用时会对人的身心健康造成一定影响；因此，为了消费者的身心健康，化纤绒的改善尤其重要。
本发明根据上述存在的问题提出了一种释放负离子的环保型化纤绒及其制备方法，其采用PP化纤与化纤线、负离子粉、多离子去醛粉等原料，结合化纤绒传统制备工艺制备释放负离子的环保型化纤绒，可以具有释放负离子和有效去除甲醛等有害物质。并且该释放负离子的环保型化纤绒可以长期有效释放负离子，降解甲醛等有害气体，改善空气质量，符合健康、绿色环保理念，释放的负离子不仅可以杀菌消毒、对人体有增强抗氧化性和抗老化性以及清除自由基的能力；对老化的肌肤，具有修复与再生的能，可以缓解人体亚健康。
发明内容
针对现有技术的上述缺陷，本发明提供的一种释放负离子的环保型化纤绒及其制备方法，对老化的肌肤，具有修复与再生的能，可以缓解人体亚健康。
为了解决上述技术问题，本发明提供了如下的技术方案：
本发明一种释放负离子的环保型化纤绒，含有以下基本原料和配方(w/W，％)：化纤：50-85；化纤纱线：5-10；负离子粉：1-3；多离子去醛粉：1-2；其他助剂：1-5。
作为本发明优选的一种技术方案，基本原料各成分的含量(w/W，％)为：化纤：80；化纤纱线：10；负离子粉：3；多离子去醛粉：2；其他助剂：5。
作为本发明优选的一种技术方案，基本原料各成分的含量(w/W，％)为：化纤：85；化纤纱线：5；负离子粉：3；多离子去醛粉：2；其他助剂：5。
作为本发明优选的一种技术方案，化纤为PP、PET、PE、PA、EVA、PAN、PU中的一种或多种。
一种释放负离子的环保型化纤绒的制备方法，包括以下步骤：
步骤一，将负离子粉用气流粉碎机细粉碎至细度为D500.5μm的负离子微粉，再将其制好的负离子微粉和其他助剂分散在水中，充分搅拌，形成负离子水乳浆料；
步骤二，将多离子去醛粉用气流粉碎机细粉碎至细度为D500.5μm的多离子去醛微粉，再将其制好的多离子去醛微粉和其他助剂分散在水中，充分搅拌，形成多离子去醛水乳浆料；
步骤三，将负离子水乳浆料和多离子去醛水乳浆料投入到研磨机内用湿法研磨方式进行循环研磨直到原料浆料中的目标物质粒径达到纳米级的标准，形成负离子去醛混合水乳浆料；
步骤四，将化纤和化纤纱线置于负离子去醛混合水乳浆料中进行二浸二轧，得到释放负离子的环保型化纤和释放负离子的环保型化纤纱线，在此过程中，负离子去醛混合水乳浆料的温度为100-105℃，二浸二轧时轧车的转速为18-24r/min，轧余率85-88％；
步骤五，将步骤四得到的释放负离子的环保型化纤和释放负离子的环保型化纤纱线依次进行脱水与烘干处理，其中烘干温度为95-100℃；
步骤六，使用释放负离子的环保型化纤纱线纺出1.50×51mm的纱线，然后和化纤一起混纺，织出化纤绒布料；
步骤七，对化纤绒布料进行拉毛与摇粒，得到化纤绒成品。
作为本发明优选的一种技术方案，步骤一和步骤二中所述的其他助剂为分散剂。
作为本发明优选的一种技术方案，步骤一和步骤二中所述的负离子微粉与水的重量比以及多离子去醛微粉与水的重量比均为1:10。
本发明的积极进步效果在于：本发明一种释放负离子的环保型化纤绒及其制备方法，采用PP化纤与化纤线、负离子粉、多离子去醛粉等原料，结合化纤绒传统制备工艺制备释放负离子的环保型化纤绒，可以具有释放负离子和有效去除甲醛等有害物质。并且该释放负离子的环保型化纤绒可以长期有效释放负离子，降解甲醛等有害气体，改善空气质量，符合健康、绿色环保理念，释放的负离子不仅可以杀菌消毒、对人体有增强抗氧化性和抗老化性以及清除自由基的能力；对老化的肌肤，具有修复与再生的能，可以缓解人体亚健康。
具体实施方式
以下对本发明的优选实施例进行说明，应当理解，此处所描述的优选实施例仅用于说明和解释本发明，并不用于限定本发明。
实施例
实施例1
一种释放负离子的环保型化纤绒，含有以下基本原料和配方(w/W，％)：化纤：50-85；化纤纱线：5-10；负离子粉：1-3；多离子去醛粉：1-2；其他助剂：1-5。
优选的，化纤为PP、PET、PE、PA、EVA、PAN、PU中的一种或多种。
一种释放负离子的环保型化纤绒的制备方法，基本原料各成分的含量(w/W，％)为：化纤：80；化纤纱线：10；负离子粉：3；多离子去醛粉：2；其他助剂：5，制作步骤如下：
步骤一，将3％(w/W)负离子粉用气流粉碎机细粉碎至细度为D500.5μm的负离子微粉，再将其制好的负离子微粉和3％(w/W)其他助剂分散在水中，充分搅拌，形成负离子水乳浆料；
步骤二，将2％(w/W)多离子去醛粉用气流粉碎机细粉碎至细度为D500.5μm的多离子去醛微粉，再将其制好的多离子去醛微粉和2％(w/W)其他助剂分散在水中，充分搅拌，形成多离子去醛水乳浆料；
步骤三，将负离子水乳浆料和多离子去醛水乳浆料投入到研磨机内用湿法研磨方式进行循环研磨直到原料浆料中的目标物质粒径达到纳米级的标准，形成负离子去醛混合水乳浆料；
步骤四，将80％(w/W)化纤和10％(w/W)化纤纱线置于负离子去醛混合水乳浆料中进行二浸二轧，得到释放负离子的环保型化纤和释放负离子的环保型化纤纱线，在此过程中，负离子去醛混合水乳浆料的温度为100-105℃，二浸二轧时轧车的转速为18-24r/min，轧余率85-88％；
步骤五，将步骤四得到的释放负离子的环保型化纤和释放负离子的环保型化纤纱线依次进行脱水与烘干处理，其中烘干温度为95-100℃；
步骤六，使用释放负离子的环保型化纤纱线纺出1.50×51mm的纱线，然后和化纤一起混纺，织出化纤绒布料；
步骤七，对化纤绒布料进行拉毛与摇粒，得到化纤绒成品。
优选的，步骤一和步骤二中所述的其他助剂为分散剂。
优选的，步骤一和步骤二中所述的负离子微粉与水的重量比以及多离子去醛微粉与水的重量比均为1:10。
实施例2
一种释放负离子的环保型化纤绒，含有以下基本原料和配方(w/W，％)：化纤：50-85；化纤纱线：5-10；负离子粉：1-3；多离子去醛粉：1-2；其他助剂：1-5。
优选的，化纤为PP、PET、PE、PA、EVA、PAN、PU中的一种或多种。
一种释放负离子的环保型化纤绒的制备方法，基本原料各成分的含量(w/W，％)为：化纤：85；化纤纱线：5；负离子粉：3；多离子去醛粉：2；其他助剂：5制作步骤如下：
步骤一，将3％(w/W)负离子粉用气流粉碎机细粉碎至细度为D500.5μm的负离子微粉，再将其制好的负离子微粉和3％(w/W)其他助剂分散在水中，充分搅拌，形成负离子水乳浆料；
步骤二，将2％(w/W)多离子去醛粉用气流粉碎机细粉碎至细度为D500.5μm的多离子去醛微粉，再将其制好的多离子去醛微粉和2％(w/W)其他助剂分散在水中，充分搅拌，形成多离子去醛水乳浆料；
步骤三，将负离子水乳浆料和多离子去醛水乳浆料投入到研磨机内用湿法研磨方式进行循环研磨直到原料浆料中的目标物质粒径达到纳米级的标准，形成负离子去醛混合水乳浆料；
步骤四，将85％(w/W)化纤和5％(w/W)化纤纱线置于负离子去醛混合水乳浆料中进行二浸二轧，得到释放负离子的环保型化纤和释放负离子的环保型化纤纱线，在此过程中，负离子去醛混合水乳浆料的温度为100-105℃，二浸二轧时轧车的转速为18-24r/min，轧余率85-88％；
步骤五，将步骤四得到的释放负离子的环保型化纤和释放负离子的环保型化纤纱线依次进行脱水与烘干处理，其中烘干温度为95-100℃；
步骤六，使用释放负离子的环保型化纤纱线纺出1.50×51mm的纱线，然后和化纤一起混纺，织出化纤绒布料；
步骤七，对化纤绒布料进行拉毛与摇粒，得到化纤绒成品。
优选的，步骤一和步骤二中所述的其他助剂为分散剂。
优选的，步骤一和步骤二中所述的负离子微粉与水的重量比以及多离子去醛微粉与水的重量比均为1:10。
综上所述：
本方案采用采用PP化纤与化纤线、负离子粉、多离子去醛粉等原料，结合化纤绒传统制备工艺制备释放负离子的环保型化纤绒，可以具有释放负离子和有效去除甲醛等有害物质。并且该释放负离子的环保型化纤绒可以长期有效释放负离子，降解甲醛等有害气体，改善空气质量，符合健康、绿色环保理念，释放的负离子不仅可以杀菌消毒、对人体有增强抗氧化性和抗老化性以及清除自由基的能力；对老化的肌肤，具有修复与再生的能，可以缓解人体亚健康。
最后应说明的是：以上所述仅为本发明的优选实施例而已，并不用于限制本发明，尽管参照前述实施例对本发明进行了详细的说明，对于本领域的技术人员来说，其依然可以对前述各实施例所记载的技术方案进行修改，或者对其中部分技术特征进行等同替换。凡在本发明的精神和原则之内，所作的任何修改、等同替换、改进等，均应包含在本发明的保护范围之内。

Claims (7)

1.一种释放负离子的环保型化纤绒，其特征在于，含有以下基本原料和配方(w/W，％)：化纤：50-85；化纤纱线：5-10；负离子粉：1-3；多离子去醛粉：1-2；其他助剂：1-5。
2.根据权利要求1所述的一种释放负离子的环保型化纤绒，其特征在于，基本原料各成分的含量(w/W，％)为：化纤：80；化纤纱线：10；负离子粉：3；多离子去醛粉：2；其他助剂：5。
3.根据权利要求1所述的一种释放负离子的环保型化纤绒，其特征在于，基本原料各成分的含量(w/W，％)为：化纤：85；化纤纱线：5；负离子粉：3；多离子去醛粉：2；其他助剂：5。
4.根据权利要求1所述的一种释放负离子的环保型化纤绒，其特征在于，化纤为PP、PET、PE、PA、EVA、PAN、PU中的一种或多种。
5.一种释放负离子的环保型化纤绒的制备方法，其特征在于，包括以下步骤：
步骤一，将负离子粉用气流粉碎机细粉碎至细度为D500.5μm的负离子微粉，再将其制好的负离子微粉和其他助剂分散在水中，充分搅拌，形成负离子水乳浆料；
步骤二，将多离子去醛粉用气流粉碎机细粉碎至细度为D500.5μm的多离子去醛微粉，再将其制好的多离子去醛微粉和其他助剂分散在水中，充分搅拌，形成多离子去醛水乳浆料；
步骤三，将负离子水乳浆料和多离子去醛水乳浆料投入到研磨机内用湿法研磨方式进行循环研磨直到原料浆料中的目标物质粒径达到纳米级的标准，形成负离子去醛混合水乳浆料；
步骤四，将化纤和化纤纱线置于负离子去醛混合水乳浆料中进行二浸二轧，得到释放负离子的环保型化纤和释放负离子的环保型化纤纱线，在此过程中，负离子去醛混合水乳浆料的温度为100-105℃，二浸二轧时轧车的转速为18-24r/min，轧余率85-88％；
步骤五，将步骤四得到的释放负离子的环保型化纤和释放负离子的环保型化纤纱线依次进行脱水与烘干处理，其中烘干温度为95-100℃；
步骤六，使用释放负离子的环保型化纤纱线纺出1.50×51mm的纱线，然后和化纤一起混纺，织出化纤绒布料；
步骤七，对化纤绒布料进行拉毛与摇粒，得到化纤绒成品。
6.根据权利要求5所述的一种释放负离子的环保型化纤绒的制备方法，其特征在于，步骤一和步骤二中所述的其他助剂为分散剂。
7.根据权利要求5所述的一种释放负离子的环保型化纤绒的制备方法，其特征在于，步骤一和步骤二中所述的负离子微粉与水的重量比以及多离子去醛微粉与水的重量比均为1:10。
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CN1587493A (zh) * 2004-07-26 2005-03-02 荆玉堂 托玛琳功能织物及其制备方法
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