Now-a-days our generation is growing more concerned with how
their favorite stuffs came to be. To know the right tools used to mix your
product, you have come to the right place here. The industrial mixing plays a key
role in helping companies produce the quality of products that we all
enjoy. In this Blog we will learn about the most commonly used high shear mixer
supplying customers throughout the world.
What is “High Speed Disperser”
(HSD)?
A high speed disperser is the
most commonly used high shear mixer. It consists of a disc shaped blade which
is mounted at the end of the mixing shaft. The mixing shafts and blades are
made in different sizes.
To achieve high speed dispersion, the blades are
rotated at an optimal speed to achieve the accurate flow pattern and a desired
consistency in the mixing vessel. The right amount of dispersion will finally
depend upon your mixing vessel size and the components you are mixing.
Your container can vary from beaker to stainless steel tank. Generally, the
HSD is designed for performing liquid mixing operations in which it is essential
to lessen the pieces of one element or break apart a mass or group of
particles.
The majority of this dispersers work by employing counter-current
mixing the subject differing materials to the right amount of force. There
are different types of dispersers available having variable speed of mixing as
below:
Lab High Speed Disperser
The typical High Speed Disperser is a mixing tool used in the
process at industries. This Lab High Speed Disperser (LHSD) is mostly used in industrial
department & research institute for scientific experiments in production
recreation.
Customized high speed
disperser(CHSD)
The customize disperser is made for designing and fabricating
custom-made High speed Disperser. Now you can fabricate various with High speed
Dispersers as per custom's requirements with your production technology.
Vacuum high speed disperser
·
The new vacuum
disperser used to design & prevent solvent volatization. Which can be vacuumized to eliminate bubbles generated
during production and to realize materials charging through vacuum, easier and
more convenient process.
The HSD is involved in dispersing blades
turning at the appropriate amount of RPMs to crush a liquid or solid
batch.
Designing of HSD is based on the following
data.
1. Viscosity upto 50000cps
2. Tips speed of Agitator blade (24 to 26 m/s)
3. Horse power of Drive Motor
4. Dimensions’ of Vessel (D) (Diameter & Height) D=3d
5. Diameter of Agitator Blade (Cowl)
6. Clearance Between cowl (0.6d) and bottom of vessel
2. Tips speed of Agitator blade (24 to 26 m/s)
3. Horse power of Drive Motor
4. Dimensions’ of Vessel (D) (Diameter & Height) D=3d
5. Diameter of Agitator Blade (Cowl)
6. Clearance Between cowl (0.6d) and bottom of vessel
For better performance in designing your HSD go
with the above specifications.
Source:- http://tipcoengineering.com/blog/
