热熔压敏胶的合成与性能研究

论文编号:CL129  论文字数:16885,页数:48

热熔压敏胶的合成与性能研究

摘  要
 热熔压敏胶是以热塑性聚合物为主的胶黏剂，它兼有热熔和压敏双重特性，涂胶时必须将胶加热熔化（一般为150―200℃），在熔融状态下进行涂抹，冷却中固化，固化后施加轻度指压就能起到粘接作用。它的应用范围很广，目前已用于尿布、妇女用品、双面胶带、标签、包装、医疗卫生、书籍装订、表面保护膜、木材加工、壁纸及制鞋、标签纸及地毯粘接等方面，也可制作纸基或布基的胶黏带，其中，包装用HMPSA消费量最大，几乎占总量的一半，是无溶剂型压敏胶黏剂中发展较快的几个品种之一。
 本文针对热熔压敏胶的初黏力、持黏力、剥离强度三大压敏性能进行研究，目的是设计研究出一种具有一定初黏力，一定剥离强度，较强持黏力的热熔压敏胶，在这个基础上，最好能具有耐高温性能。
 

关键词：热熔胶 压敏胶 持粘力 软化点 剥离强度

Synthesis and properties of hot melt pressure-sensitive adhesive research

Abstract
 Hot melt pressure-sensitive adhesive is a thermoplastic polymer-based adhesive. It has both hot melt and pressure-sensitive double feature. it must be heated to melt when gluing (typically 150-200 ℃).To smear over in the molten state，Cooling in the solidification, Light finger pressure applied after curing can play a role of adhesive .It is widely used in many area, such as it has been used in diapers, women's products, double-sided adhesive tape, labels, packaging, health, book binding, surface protection film, wood processing, wallpaper and footwear, and carpet adhesive label paper , and so on. It can also be made of paper-based or cloth adhesive tape. Of which the largest consumer packaging is hot melt pressure-sensitive adhesive, accounting for almost half of the total. Pressure-sensitive adhesive is solvent-free hot melt pressure-sensitive adhesive rapid development one of several species 
 In this article, I research for the beginning Adhesion, holding adhesion and the peel strength of the hot melt pressure-sensitive adhesive (HMPSA). My objective is to design developed a new HMPSA. It has the beginning Adhesion, the holding adhesion and a strongly peel strength. On this basis, it is better to have good high temperature resistant performance.

Key Words：Hot Melt   Pressure-sensitive Adhesive   Holding Adhesion   Softening point  Peel strength

目    录
 
摘  要 I
Abstract II
1.前言 1
2.热熔压敏胶的简介 3
2.1概述 3
2.2性能及其影响因素 3
2.2.1主要性能 3
2.2.2影响因素 6
2.3热熔压敏胶的优势 8
3.研究内容 9
3.1研究对象 9
3.2研究方法 9
3.3测试标准 9
4．实验部分 10
4.1实验仪器 10
4.2实验原料 11
4.3对比实验 11
4.3.1对比软化剂（油）的用量对产品性能的影响 11
4.3.2结论1 21
4.3.3对比热塑性弹性体（橡胶）的用量对产品性能的影响 23
4.3.4结论2 30
4.3.5对比热塑性弹性体（橡胶）的比例对产品性能的影响 31
4.3.6结论3 39
5.结论 42
参考文献 43
谢  辞 44

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