1) handle
手感
1.
Fuzzy evaluation of the lightweight fabric's handle;
薄型织物手感的模糊评价
2.
Regression analysis of the subjective assessment of cotton fabric handle;
棉织物手感评价的回归分析
3.
Improvement of handle and fastness of pigment printed cotton knits
改善棉针织物涂料印花手感和色牢度
2) hand feeling
手感
1.
It is analysed and pointed out that the anti-shrinking finishing by plasma did not have much affect on the hand feeling of the fabric.
通过改变辉光放电等离子体处理的功率 ,研究了毛针织物的防缩处理效果 ,分析并指出了等离子体防缩处理对织物的手感影响不大。
2.
Its application process in very simple and the printed fabric has good dry and wet rubbing fastness, fastness to brushing and nice hand feeling.
同时对NKSKYRESINSP-38水基型低温发泡粘合剂进行了应用性能的测定,其应用工艺十分简单,且印花织物干摩、湿摩、刷洗牢度及手感均较
3) hand feel
手感
1.
The feasibility of one bath fixation and soften were confirmed in this article by the comparing test of the color fastness, hand feel and color change after the finish of soften only, one bath soften and fixation and two bath of soften and fixation.
对棉针织物进行不固色单做柔软整理、固色和过柔一浴整理和固色、过柔二浴整理3种工艺整理试验后,测试对比了织物定型前后的色牢度、手感及整理后织物的颜色变化。
4) feeling agent
手感剂
1.
The methods for the synthesization of silicone feeling agent were reviewed,such as solvent silicone feeling agent,silicone emulsion,silicon wax emulsion,silicone and microemulsion.
综述了溶剂型、乳液型、硅蜡乳液和微乳液型有机硅手感剂的合成方法,重点介绍了合成水乳型有机硅手感剂的乳液聚合法。
2.
Both the functional additive and beeswax were emulsified with mixed emulsifiers and blended with cationic hydroxylsilicone emulsion to produce the multifunctional feeling agent,which gives leather smoothy and oily feelings together with antiseptic.
将该季铵盐作为功能添加剂加入蜡中 ,以复合乳化剂乳化制得蜡乳液 ,进一步与阳离子型羟基硅油乳液共混得到的手感剂不仅赋予皮革油润的蜡感和滑爽感 ,并使皮革具有抗菌、抗静电
5) hand feeling agent
手感剂
1.
Preparation and application of hand feeling agent for treating leathers by the use of uniform design software;
用均匀设计方法对皮革处理用手感剂的研制及其应用
6) feel handle
手感性能
补充资料：手感
分子式：
分子量：
CAS号：
性质：用手触摸织物或薄膜、皮革等的感觉。广义上还包括在皮肤的触感、膨松性、重厚感、推斥感和保暖性等。这类手感可以用如下性能指标如：纤度、厚度、质量、弯曲刚度、拉伸模量、剪切模量、变形恢复度和回复速度、表面摩擦系数等来衡量。
分子量：
CAS号：
性质：用手触摸织物或薄膜、皮革等的感觉。广义上还包括在皮肤的触感、膨松性、重厚感、推斥感和保暖性等。这类手感可以用如下性能指标如：纤度、厚度、质量、弯曲刚度、拉伸模量、剪切模量、变形恢复度和回复速度、表面摩擦系数等来衡量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条