MSE mixer consists of mixing elements, a ring plate and a blind plate. The mixing elements with small through holes and a large through hole are stacked and sandwiched between the blind plate and the ring plate with a large through hole. The small through holes of mixing elements are arranged to communicate with the small through holes in the adjacent mixing elements and communicate with the large through hole of the ring plate.
Fuids from the large through hole of the ring plate are mixed by distribution and joining with turbulence and vortex flow by passing through the small through holes and discharged from a circumference of the MSE mixer.
Mixing elements having opening holes are stacked and are held between the blind plate and the ring plate. Walls between holes in mixing elements are arranged so as not to overlap each other. According to this arrangement, a fluid can flow in the radial and the stacked direction.
A fluid flows into inside MSE mixer through the inner circumferential surface of stacked mixing elements, passes through the stacked mixing elements and flows out from the outer circumferential surface of stacked mixing elements. The fluid is well mixed, while passing through the small holes of the stacked mixing elements those are complexly communicating with each other, by repeatedly dividing and combining in the radial and the stacked directions in the MSE mixer.
Flow in stacked direction
Flow in radial direction
MSE mixer has a variety of applications such as a static mixer, an agitation impeller and a pump mixer.
- Flexible design for operating condition
A number and a pattern of mixing elements can be changed to adjust an operating condition.
Outer and inner dia., size of small and large through holes and thickness of mixing elements can be designed to adjust an operating condition.
- Easy manufacturing
Consists of only mixing elements, a ring plate and a blind plate.
- Flexibility of material selection
Plastics, steels or stainless steels are available to make mixing elements and other plates due to its simple shape.