EXAIR Super Air Wipe Helps Welding Process

Several years prior we had a customer that was using a block-type Air Wipe from a competitor to remove water from an extrusion.  These air wipes were built using materials similar to UHMW and the 2 halves were hinged with air holes drilled into it.  They were using these block air wipes on several lines and decided to try an EXAIR Super Air Wipe after contacting our Application Engineers. The interesting point was that it required 5 block type air wipes to equal the efficiency of 1 EXAIR Super Air Wipe.

Since one EXAIR Super Air Wipe equaled the performance of 5 of the competitor’s products it consumed less air, was less expensive and produced less noise.  Also in space sensitive applications the EXAIR Super Air Wipe is much thinner than the block type.  To highlight this the Super Air Wipe is 1.13″ thick on all 11 models that range from 3/8″ to 11″ throat diameter.

Another clear advantage is performance. The block air wipe performance can only be changed by altering the inlet air pressure while the EXAIR Super Air Wipe can also be changed by adjusting the inlet air pressure or changing the air gap of the Air Wipe. Simply by changing out an internal shim, the air gap will allow more or less volume of compressed air at a given pressure. By changing shims and adjusting pressure, EXAIR Super Air Wipes provide the flexibility which leads to a successful application across industry.

EXAIR’s Super Air Wipes are engineered to use compressed air efficiently and maximize force upon the target.

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Compressed air flows through an inlet (1) of the Air Wipe into an annular chamber (2). It is then throttled through a small ring nozzle (3) at high velocity. This primary airstream adheres to the Coanda profile (4), which directs it down the angled surface of the Air Wipe. A low pressure area is created at the center (5) inducing a high volume flow of surrounding air into the primary airstream. As the airflow leaves the Air Wipe, it creates a conical 360° ring of air that attaches itself to the surface of the material running through it (6), uniformly wiping the entire surface with the high velocity airflow.

If you are interested in discussing EXAIR’s Super Air Wipes, I would enjoy hearing from you.

Steve Harrison
Application Engineer

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