Home » Reasons for the popularity of high shear mixers
Reasons for the popularity of high shear mixers
Mixing the various components that can help to achieve the suitable foods, topical creams, lotions, cosmetics, etc., can all be achieved with the use of high shear mixer and technology as primitive as the mortar and pestle to note this technically. High shear mixers offer the kind of mixing that can only be achieved with the use of this for the highly homogenized and often emulsified products here. The high shear mixer is capable of dispersing the powdered solids into their highly viscous liquids, thereby emulsifying the other immiscible liquid and other disparate substances.
Over the specific set of competing mixing technologies, the best of the high shear disperser offers the most distinctive set of advantages here that would be ranging over the specific competing mixing technologies present.
The technology of high shear mixing is sure to offer a wide range of benefits for numerous products across a massive range of industries here. Without this kind of technology, which would be facilitating the main tasks including efficient powder dispersion, emulsification, submicron homogenization, deagglomeration, wet milling, etc. are sure would make the manufacture of the products here is extremely difficult.
Benefits you can derive through the high shear mixer.
Inline Saves Time and Money
The Difference between High Shear and Low Shear Mixing
Offering agitation
Related Products
Horizontal Bead Mill
Horizontal Bead Mill is used for the grinding of a solid-liquid two-phase system. In the grinding process, the material is pumped into the Horizontal Bead Mill, and the rotating grinding disc transfers energy to the beads. The beads impact the material an
Basket Mill With Mixer
Basket mill with mixer is an indispensable equipment in coatings, ink, cosmetics, and other industries. Its main function is to provide multi-functional dispersion.
Inline Emulsifier
The inline emulsifier is composed of three sets of stators (two layers, four layers, and six layers) in the working cavity, which has higher processing accuracy, large processing capacity, and wide processing viscosity range.