Industrial High Shear Homogenizer

The gel water dispersing high shear homogenizer can accurately complete the industrial simulation from the small to the industrialized stage. It provides the basis for checking the production process and selecting the large production equipment, and the equipment is flexible in design.

High shear homogenizer for aqueous gel

The gel has a single-phase dispersion system and a biphasic disperse system. The gel of the biphasic dispersion system is a small molecule inorganic drug colloidal particle which exists in liquid in the network structure and has thixotropy, also known as suspension gel, such as Aluminium Hydroxide Gel. The gel system used locally is a single dispersing system. It is also divided into water-borne gel and oil-based gel. The aqueous gel matrix is made up of water, glycerol or propylene glycol and cellulose derivatives, Carbomer and alginate, gum, gelatin, starch and so on.

In the customer experiment, Carbomer, water, glycerin and other substances are mixed evenly. Through Sid online 18000rpm homogenizer, once through the equipment, you can see no white spots, good dispersion and mixing state, and high transparency. Vacuum can be used to remove bubbles, sterile, dust-free. The company adopts advanced homogenization emulsification technology. The tank body is tightly combined with the homogenizer below. The premixer is a bi-directional wall scraper mixer. That is, when the materials are normally stirred in the vacuum emulsification pot, the mixer can be stopped instantly and then reversed. This can make the mixer form convection with the materials in an instant and greatly shorten the premixing time, The premixing effect is greatly improved.

According to the special requirements of some industries, the shear rate of the equipment can exceed 18000 rpm, and the speed of the rotor can reach 51m / s. In this speed range, the turbulence caused by shear force combined with the motor developed by rotary gate can make the particle size range as small as nanometer. The shear strength is stronger, and the particle distribution of gel is narrower. Due to the high energy density, no other auxiliary dispersion equipment is needed.