High Speed Disperser

How Does A High Speed

Disperser Work ?

High Speed Dispersers play an important role in processes where rotor stator high shear mixers may not provide the most effective solution. A common example of this is the incorporation of “difficult to wet” powders in liquid bases, that are prone to agglomeration. The HSD mixer features a serrated tooth impeller. The high peripheral speed of the impeller causes centrifugal displacement of the base fluid, resulting in a powerful vortex. Powder is drawn down into the vortex and subjected to intense shear at the tip of the impeller blade, resulting in rapid dispersion.

Application of high-speed disperser in multiple industries:

A high-speed disperser is used in paint, textile, adhesives, pharmaceuticals, chemical, plastic, and ink manufacturing industries. These mixers play an indispensable role in these industries because of their ability to mix products efficiently and conjoin ingredients which were initially incompatible.

• Cosmetic industry: High-speed dispersers have gained rapid popularity in the ever-growing cosmetics industry. They are often used to break apart lumps thoroughly and achieve the desired texture when it comes to liquid products.  High-speed dispersers are used in the manufacture of fragrances, foundation, colour palates, and other skincare products.
• Pharmaceutical industry: This industry depends heavily on high-speed dispersers. They are used for blending powdered chemicals and mixing different compositions of medicines together. Blending is often a part of the process of mixing pharmaceuticals and that is possible through the use of a high-speed disperser. Moreover, correctly using a high-speed disperser allows you to achieve a consistent and accurate mix which is imperative when it comes to medicines.
• Food and beverage industry: Another major industry where a high-speed disperser is an invaluable tool is the food processing and beverage industry. Spreadable cheeses, salad dressings, and several dips achieve the required consistency by the use of a high-speed disperser.