Powder
Transfer Pneumatic System
When we go grocery shopping, we
seldom ever consider the trip of a few items, like flour or sugar. Before being
put on store shelves, that is how they were handled. Let's look at how the Knitcon’s
powder transfer system functions.
Powder
Transfer System by Knitcon
Pneumatic
conveying systems are one of the most practical and
efficient ways to move bulk materials and tiny particles via an enclosed
conveyor line. To move material, these systems employ the ideal proportions of
pressure and airflow. This method moved products like cement, starch, sugar,
salt, polymers, and plastic powder. Using a powder transfer system, it
is possible to transport granular and powdered materials consistently and
effectively. It offers a completely dust-free mode of material transfer and
vastly improves on any conventional, mechanical, or pneumatic form of material
conveyance. The extremely tiny size of powder transfer systems makes them
perfect for installation in confined spaces. It also offers the simplest method
for automating material handling with the fewest setup adjustments required.
Generally speaking, a powder
transfer system consists of a feeder, a conveyor, and a receiver. The powder is
introduced into the system by the feeder, and it is transported through it by
the conveyor. The powder is gathered in the receiver at the conclusion of the
transfer operation.
Powder
transfer systems can be designed for various types of powders, including
free-flowing powders, cohesive powders, and powders with a wide range of
particle sizes. Powders can be handled using a
variety of conveyor types, including screw conveyors, belt conveyors, and
pneumatic conveyors.
The powder is transported through
the system via pneumatic conveyors, which use a stream of compressed air. Due
of their cohesive or abrasive nature, these conveyors are frequently chosen for
powders that are challenging to manage.
The difference in pressure between
the atmosphere and the vacuum is used to move the powder via a vacuum transfer
system, which is a version of a powder transfer system. This approach is
preferred when transporting powder over long distances or for powders that are
easily aerated.
Pneumatic conveying systems come in
two primary categories.
Dense phase and diluted phase are
the two primary varieties of pneumatic conveying systems. A dense-phase conveying system moves materials over shorter distances in a more controlled
manner while a dilute-phase conveying system employs high air velocity to suspend materials and transfer
them over larger distances. The qualities of the material being transported, as
well as the required transporting distance and efficiency, determine which type
should be used because each has advantages and disadvantages.
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Why mechanical conveying or gravity
flow are not as effective as pneumatic powder transfer systems, which have
several advantages.
1.
Powders are useful for large-scale
manufacturing processes because they can be transported over great distances
and around obstacles.
2.
Because they do not employ
mechanical components, which can degrade over time, pneumatic powder Transfer
systems are often more effective than alternative methods.
3.
These pneumatic systems are capable
of handling many different types of powders, including cohesive and abrasive
powders.
4.
Additionally, pneumatic powder
transfer systems have a fast transfer rate, which enables them to move huge
amounts of powder quickly.
5.
Pneumatic powder transfer systems
are an effective and adaptable way to transport powder that can raise the
productivity and safety of production processes.
6.
Last but not least, pneumatic
systems have a propensity to be cleaner and dust-free, which is crucial in
particular industries, like the pharmaceutical industry, where a dust-free
atmosphere is crucial.
Benefits of the Powder Transfer System of Knitcon
The powder
transfer system from Knitcon is
safer, cleaner, and more productive by design. Our powder transfer technique
shortens batch times and guarantees flawless process integration. The system is
made up of a vacuum pump, a suction device, a tank with automated valves and a
regeneration-type filter, intermediate pipes and fittings, a control panel, and
other parts. Additionally, compared to mechanical conveying systems, powder
transfer systems have more advantages, such as the following:
1. Increased adaptability as opposed to
mechanical conveying systems, which take up more room and are less flexible,
pneumatic conveying systems can be engineered to fit around existing machinery.
It is possible to obtain longer carrying lengths.
2. Easy to maintain. Additionally, pneumatic
conveying systems are often less complex to maintain and have fewer moving
parts than mechanical systems.
3. Increased safety. Pneumatic conveying systems
pose fewer risks to operators since they have fewer moving components and
require less maintenance. Additionally, they are quieter, which enhances the
working environment for staff members.
4. Fewer dust and spills. Compared to mechanical
conveying systems, a pneumatic conveying system has an enclosed pipeline and is
superior at containing dust.
5. Better sanitation. Pneumatic conveying systems
have an enclosed pipeline, considerably reducing the possibility of product
contamination and maintaining a clean working environment.
6. Industries: Chemicals, food, medicines, and
fertilizer are just a few industries that use powder transfer systems.
Systems for Handling and Transporting Powder in India
At
Knitcon Solution PVT LTD,
we provide specialized powder conveying systems that are made from the highest
quality raw materials. Our specialized powder transfer systems are created by
taking into consideration the characteristics of the product, the particle
size, the quantity of sources and destinations, and the throughput capacity.
This careful thought guarantees that you receive the best powder handling
system with smooth, effective operations.
Please feel free to approach us for any kind of Power transfer system requirement. Our technical team is 24X7 ready to assist you. To know more Visit: https://knitcons.com/contactus/
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