XJ Pitched Blade Impeller
Description
XJ 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 mixing impeller blade which is suitable for the reaction process of mixture, dispersion, solid-liquid, suspension, heat transfer and mass transfer in the low viscosity fluid.
This XJ paddle impeller can also be used for high viscosity fluid mixing engineering by equipped with multilayer bladed.
Features of XJ Pitched Blade Impeller
1. Its oblique angle is 24°, 45°or 60°.
2. XJ pitched blade impeller can produce radial flow and axial flow.
3. This mixing impeller may be equipped with multi-layer blades when is above Dj/D, so as to stirring high viscosity fluid.
4. The diameter and rotate speed of this paddle impeller (pitched blade impeller) can be designed and manufactured according to the requirement and working condition of the users.
Lanteky. is a professional manufacturer and supplier of pitched blade impeller 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 blade impeller for stirring pot. Our products mainly include mixing impeller, dispersator, portable mixer, magnetic agitator, belt drive mixer, scattering agitator, mixing agitator and mixing stands. XJ pitched blade impeller is a flow control type blade used for low viscosity fluid.
Main Technical Standards:
Specifications of XJ Paddle Impeller | |
Impeller size | 20.25 in pitched blade |
Shaft dia | 0.3125 in |
Shaft length | 16 in |
Shaft material | stainless steel |
- GJ Blade Paddle Impeller The impeller is designed to transfer the energy in the most effective way. This type GJ blade paddle impeller is suitable for low viscosity fluid flow control applications. This mixer impeller derives from type XJ, and this axial flow impeller is suitable for the reaction process of mixing, dispersion, solid-liquid, suspension, heat transfer and mass transfer in the low viscosity fluid...