Detailed Product Description
Elbow
Elbow Jet Air Classifier works on the principle of that the
trajectory of a particle in a current of air is a function of the
inertia and air resistance of that particle or, more simply, o the
diameter of that particle.
Particles are accelerated by an ejector unit before being
injected by compressed air flow through a feed nozzle into the
classifier. Then, by the Coanda effect, the jet stream will tend to
flow along the Coanda block. Each particle injected into the
classifier has an inertia dependant an its size (mass). The smaller
particles, with little inertia, will be highly susceptible to the
Coanda effect and will flow along closer to the Coanda block. The
larger particles, with more inertia, will be less affected by the
Coanda effect and will fly farther out into the carrier air jet.
Here, by setting moveable classification edges as appropriate,
particles can be classified by size with surprising accuracy and
efficiency. Key parts will be supplied from Japan and also can be
supplied from China.
Features:
1. Simultaneous Multiple Classification
The elbow-jet can of course classify two products; however, it
can also do triple classification with simultaneous fine and coarse
cults; and can even simultaneously classify four products.
2. Simple Design
Having no moving parts, the classifier is extremely simple to
clean, maintain and repair.
3. Ease of Particle Size Control
Particle size can be controlled by simply adjusting the set
angles of the classification edges.
4. Sharp Classification
Since any agglomerated particles are completely dispersed by the
compressed air at the ejector unit and fed immediately in the unit
a sharp, efficient and very stable separation is achieved.
5. Ultra-Fine Classification
The Elbow Jet can handle powders ranging from 0.5um to 100um.
However, it exhibits especially high separation efficiency for
particles from 0.5um to 10um.
6. Simple Scaling to Large Equipment
From the smallest model to the largest one, all have the same
cross-sectional dimensions: the only thing different is the width.
Since flow patterns are the same, there are no correction or
calibration headaches when scaling up your equipment.
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