Dry powder mortar mixer mixer

fundamental type

Model and Name

Sketch Map

Operating parameters

YongtongCharacteristics of the mixer

DJ:DN

V(m/s)

μ(Pas)

Screw belt type

YT710
Single screw belt type

0.8
~
0.98

<2

<100

Axial flow pattern. Generally, materials spiral upwards along the container wall and then converge towards the central cavity, forming an upward and downward convective cycle. Suitable for mixing, heat transfer, reaction and dissolution operations of high viscosity or powdery materials. The form and number of layers of the ribbon should be determined based on the geometric shape of the container and the height of the liquid layer. commonlyYT710YT720YT770 mixer is used for flat or oval bottom containers;YT740YT750 mixer is used for 90 ° conical bottom containers;YTThe 760 mixer is used for elliptical bottom containers that need to prevent adhesion at the bottom.YT770YTThe 780 mixer is a centerless shaft type frame belt combination mixer. Due to the intervention of cabinet type mixing effect, the vortex near the screw belt is increased, expanding the mixing range.
In general, for large diameters and liquid layer heights, double screw belts are used, while for small diameters, single screw belts are preferred.

YT720
Double screw belt type

YT740
Cone shaped single screw belt type

YT750
Conical double helix belt type

YT760
Elliptical bottom double screw belt type

YT770
Double screw belt frame type

YT780
Double helix anchor type

YT730
Screw type

0.4~0.5

<2

<100

Axial flow pattern, the material is lifted along the spiral blade of the screw, with one part being thrown out of the screw and the other part being lifted up to form a downward material flow, resulting in continuous diffusion and mixing. When there is a guide vane, it can force the circulation of materials inside and outside the guide vane, and when the viscosity is high, it can play a blending role. Suitable for high viscosity mixing, heat transfer, reaction, and dissolution operations.

Note: DJ - mixer diameter; DN - inner diameter of container; V - linear velocity of agitator blade end; μ - dynamic viscosity (1Pas=1000cp)