What is the working principle of the emulsifier in emulsified bitumen equipment? How does the emulsifier perform? Today, we've compiled information on the emulsifier principle in emulsified bitumen equipment to answer your questions and hopefully provide helpful information.
Many people familiar with emulsifiers know that the emulsifier is a crucial component of emulsified asphalt equipment. The size of the asphalt particles it produces directly affects the stability of the emulsified asphalt. Therefore, understanding the emulsifier principle is essential.

Analysis of the Emulsifier Principle in Emulsified bitumen Equipment:
Emulsifiers mainly come in two types: colloid mills and multi-stage emulsifiers. The working principle of a colloid mill is that asphalt and emulsifier are passed together through the gap between a stationary grinding disc and a moving grinding disc, producing emulsified asphalt through grinding and shearing. Different emulsified asphalt equipment manufacturers use different grinding disc structures for colloid mills. Therefore, users need to select a cost-effective colloid mill based on the required asphalt content of the emulsified asphalt needed for the project.
Besides the working principle of colloid mills, there are also multi-stage emulsifiers. Their working principle involves asphalt and emulsifier being passed together through multiple rotors and stators, using shearing action to produce emulsified asphalt. Generally, a three-stage emulsifier can achieve an asphalt content of over 60%.