Colloidal viscosity plays an important role in the accuracy, adhesion and overall quality of packaging. Therefore, colloidal viscosity is an important parameter in the packaging process of automatic dispenser.

双组份打胶机

Two component gluing machine

自动点胶机胶体以及流体在滚动过程中，其相邻的流体层间也相应存在着相应活动。而这两层流体之间所发生的冲突阻力就被称之为胶体粘度。

During the rolling process of colloid and fluid in automatic dispenser, there are corresponding activities between adjacent fluid layers. The collision resistance between the two layers of fluid is called colloidal viscosity.

在利用自动点胶机封装设置实行封装过程中，找到每个对胶体的粘度实行操纵的有用步骤，向来是流体操纵设置厂家以及全部行业孜孜以求的要紧课题，接下来自动点胶机厂家为大家介绍一下胶体粘度异常的解决方法。

In the process of using automatic dispenser packaging settings to implement packaging, it has always been an important topic for fluid control setting manufacturers and all industries to find out the useful steps to control the viscosity of colloid. Next, the automatic dispenser manufacturers will introduce the solutions to the abnormal viscosity of colloid.

在一些特定的封装境遇以及封装条件下，需经过抬高境遇、胶体温度来配合封装过程。由于抬高胶体的温度在一定的大限制下，降低脉冲所导致的温度转变，流体的一致性得以获得保证。

In some specific packaging situations and packaging conditions, we need to raise the conditions and colloid temperature to cooperate with the packaging process. As the temperature of the colloid is raised, the temperature change caused by the pulse is reduced under a certain limit, and the consistency of the fluid is ensured.

其它一些需求经过下降胶体粘度来全部封装，对胶体粘度的操纵以及调解也是大水准减削自动点胶机在封装过程中经常会出现的拉丝拖尾的频率，流体在自动点胶机、灌胶机封装过程中的点胶界线、点滴速率以及粘度巨细都对全部封装产品品质感化长远，对胶体的操纵工艺、技巧有待进一步增强。

Other requirements are to reduce the colloidal viscosity to completely package. The manipulation and adjustment of colloidal viscosity is also a large-scale reduction of the frequency of wire drawing tailing in the packaging process of automatic dispenser. The dispensing boundary, dropping rate and viscosity of fluid in the packaging process of automatic dispenser and glue filling machine have a long-term impact on the quality of all packaged products and have a great impact on the quality of colloid Manipulation technology and skills need to be further enhanced.