The Elbow Jet Air Classifier is capable of making up to three separations at one time!
The Elbow Jet Air Classifier is the world’s first air classifier capable of performing simultaneous particle classification of fine, dry powders.
The Elbow Jet Air Classifier is the world’s first air classifier capable of performing simultaneous particle classification of fine, dry powders.
The Elbow Jet Air Classifier is the world’s first air classifier capable of performing simultaneous particle classification of fine, dry powders. The Elbow Jet Air Classifier contains no rotating parts because it relies on airflow and does not contain a classifying wheel. The elimination of these parts makes the Elbow Jet ideal for abrasive and high-purity powders, making it the perfect fit for the Bio Medical and Aerospace industries. The Elbow Jet can make up to three separations at one time!
“If a surface is placed near a freely flowing Jetstream, that Jetstream will flow along that surface.” The Coanda Effect is extremely strong: even along the curved surface of the Coanda Block, the attractive force between the wall and injected particle stream continues for quite some distance.
A completely different operating principle from that of typical centrifugal classifiers- the Elbow-Jet will bring new levels of classification precision and efficiency to your operation.
An ejector unit accelerates particles before being injected by compressed air through a feed nozzle into the classifier. Then, by the Coanda Effect*, the Jetstream will tend to flow along the coanda block. Each particle injected into the classifier has an inertia dependent on 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 classifications edges as appropriate, particle can be classified by size with astonishing accuracy and efficiency.
Our team of experts is ready to help you find solutions tailored to your specific needs.
The Elbow Jet Air Classifier is capable of making up to three separations at one time!
The Elbow Jet Air Classifier is the world’s first air classifier capable of performing simultaneous particle classification of fine, dry powders.
The Elbow Jet Air Classifier is the world’s first air classifier capable of performing simultaneous particle classification of fine, dry powders. The Elbow Jet Air Classifier contains no rotating parts because it relies on airflow and does not contain a classifying wheel. The elimination of these parts makes the Elbow Jet ideal for abrasive and high-purity powders, making it the perfect fit for the Bio Medical and Aerospace industries. The Elbow Jet can make up to three separations at one time!
Elcan Industries is currently the only company in the United States that offers testing on the Hi-Sifter at their state-of-the-art contract manufacturing facility in Tuckahoe, New York. Elcan encourages customers to come in and test and develop new products in Elcan’s advanced laboratory. Additionally, Elcan has several large scale production bays for toll processing available to customers looking to screen product under the supervision of the experts. Elcan has recently added Jet Milling, Blending, Tumbler Screeners and Air Classifying to complement their proprietary line of advanced sifting machines as well.
Our team of experts is ready to help you find solutions tailored to your specific needs.
Check out our full line of high-performance separation technologies, Electromagnets, Air Classifiers and more...
Want to see how much more performance you can achieve on our equipment? Come test your materials on our various pieces of equipment today...
Our equipment is used by some of the world's largest corporations on the most cutting-edge applications. Check out some of our case studies...
Do you have questions? We have answers! Check out our most frequently asked questions about our technologies here...