Home » Products » Mixing Impeller » FY Dispersion Blade

FY Dispersion Blade

FY Dispersion Blade

Description
FY saw tooth dispersion blade is a dedicated mixer used in high shear technology, especially for the applications of dye dispersing process. There are a large number of upward and downward pointing teeth around the periphery of this dispersion blade. FY sawtooth impeller is especially applied to the scattering and mixing of the two phase materials with big differences, such as the dispersing process of the coating.

Features of Sawtooth Impeller
1. Under the high-speed revolution, the dispersion blade has very high shear force, strong dispersing, crushing and peeling effect.
2. Generally this sawtooth impeller matches with axial flow impeller in order to achieve the best effect and meet the double requirements of mixing and shear.
3. The diameter and speed of this dispersion blade can be customized according to the requirements and working conditions of the users.

ZZ Group. is a professional manufacturer and supplier of dispersion blade in China. With multiple experts, we are a national hi-tech enterprise specializing in the design, manufacture and research and development of mixing equipment and transmission for stirring pot. Our products mainly include mixing impeller, dispersion blade, portable mixer, magnetic agitator, belt drive mixer, scattering agitator, mixing agitator and mixing stands. We adopt professional standard specifications and strict quality management system to ensure the technologies and sawtooth impellers as well as other mixing machines which can indeed meet the demands of customers.

Related Product
  • XJ Pitched Blade ImpellerXJ pitched blade paddle impeller is a flow control type blade used for low viscosity fluid. It makes the liquid and gas medium accomplish forced convection and uniform mixing. XJ type pitched blade impeller is a kind of basic conventional agitator blade which is suitable for the reaction process of mixture, dispersion, solid-liquid, suspension, heat transfer and mass...