Do it Your Way or Do it the EXAIR Way? Which Way is the Best Way? You Tell Us.

OK – let’s get this discussion going.

We see it every day;

Your way –  uses the open copper tubes bent into shape to point the air at your application. It is effective and quick. It gives you the opportunity to move on to the next fire to be put out and you no longer have to worry about it.
          Your Way Attributes:
                    1. Higher Air Flow
                    2. Higher Force
                    3. Costs less to purchase, costs more to operate

EXAIR way – Outfit those same copper tubes with an air nozzle which meets or exceeds OSHA requirements. It is effective and quick. It gives you the opportunity to move on to the next fire to be put out and you no longer have to worry about it.
          EXAIR Way Attributes:
                    1. Lower Air Flow, saves money
                    2. Lower noise Levels, increases safety
                    3. Costs more to purchase, costs less to operate

Leave us your comments, tell us the positives and negatives you perceive, bring up other details not mentioned above; Tweet and Re-Tweet so we can get a good dialogue going and share our experiences.

Kirk Edwards
Application Engineer

Plant Restoration

I was contacted by an industrial painter that renovates old factory buildings for alternate uses. The first step is to remove decades of factory pollution from ceilings, pipes, etc.  He was looking to blow down with compressed air but wanted a more effective way than just a long open pipe. It is noisy and was cited for not being OSHA compliant.

I suggested the EXAIR Heavy Duty Safety Air Gun Model 1360-72. This has a forceful but efficient Super Air Nozzle attached to it with a 6 foot long extension.


The design feature of the Super Air Nozzle is to draw in surrounding air and add it to the air stream thus providing more volume of air for blow off.

The customer was excited about the performance and how much quieter it was. He could clean faster and eliminate the need for hearing protection while complying with the OSHA dead end pressure directive. 

Joe Panfalone
Applications Engineer

Vortex Tube Keeps Test Module Cold

One of our customers operates a laboratory designed for testing mechanical properties of various kinds of materials. Their tests will usually require that the materials be cooled to zero Celsius during the test. For this, they utilize test “chambers” in which they control the temperature to the specified level.

The customer currently uses liquid CO2 to cool the material sample and the chamber, however that is quite expensive as some of the tests can be as many as 11 days in duration. So, they have been looking for a lesser expensive option for cooling, especially for the longer duration tests.

The customer has decided to use Model 3225 Vortex Tube to keep their test chambers cool instead of using liquid CO2. The vortex tube uses 25 SCFM to produce as much as 1700 Btu/hr of cooling power within the small test chambers. All of which are less than 1 cubic foot in size.

This allows for a high concentration of cooling power into a very small area. The customer can also use compressed air for the cooling purpose which is a much less expensive alternative to compressed gases such as liquid CO2.

Neal Raker
Application Engineer

No More Spilled Pet Food

Ever pick up a big bag of cat or dog food at your local pet store, only to notice a trickle of pieces spilling out the bottom due to a bad seal on the bag?  Speaking from experience, this does not make for a very satisfied customer.  I will most certainly put that bag back and grab a different one instead. 

Badly sealed food bags can lead to all sorts of problems.  These opened bags likely will not get purchased, resulting in wasted food and lost sales for the pet store.  If the bags are caught at the pet food packaging facility before being filled, they can lead to process downtime to remove the bad bags, as well as waste material due to scrapping the rejected bags.    If the bags are caught at the bag manufacturer, they most likely will need to be scrapped as well, because it is not always possible to re-seal a bag. 

More efficient cooling of the original hot melt used to seal the bags will eliminate most of these problems.  So, I readily recommended a 36″ Aluminum Super Air Knifeand 2pc of our Universal Air Knife Mounting System to to resolve the issue.  The mounting system will allow for precise positioning of the air knife.  The air knife itself will provide a uniform curtain of air across the entire width of the bag to ensure complete and even cooling. 

The installation of these products will lead to less reject bags being sent to the pet food facilities for filling and then on to the pet stores for you to purchase for your four-legged friends.

Emily Mortimer
Application Engineer

Line Vac Improves Work Conditions

So imagine the guy who cleans up bulk material load spills from underneath rail cars. Sounds fun eh? It seems difficult and back breaking, but our Line Vac improved the process.

A logistics company who handles bulk material load transfers from rail to truck is unloading roofing granules; those tiny little pebbles which coat your shingles. They move the granules from the rail cars into a truck. The granules are poured out of hoppers from the bottom of the rail cars. During this process some of the granules get dumped in between the rail road tracks and around the track area.

Once they clean up the granules it is fairly simple.  The location is remote, so they simply wheelbarrow the granules up to the nearby dirt road and grade them into the road. But getting the granules from under the rail car into the wheel barrow requires a person to go under the car and scoop out the granules with a shovel.

Fortunately the employees’ boss had concerns about safety and injuries from moving around a lot in a little space. EXAIR provided a 2″ Heavy Duty Line Vac along with a suction hose to remove the granules. It has eliminated the need to go all the way under the rail car. And it is moving the granules 150′, all the way up to the road area where they can be spread out on the road.

Kirk Edwards
Application Engineer

Lucky Potato Chips

A snack food company contacted me for a way to separate out potato chips that were stuck together. These are considered process rejects.  But as kids these were prized as “Lucky Chips”. We would search for them as you would four-leaf clovers.

What I suggested to this customer was to split the conveyor leaving a space between the two parts and with the first conveyor standing higher than the second. Then underneath the higher conveyor, we mounted a model 110024 Super Air Knife blowing horizontally and through the stream of chips falling down onto the second conveyor.

The single chips being lighter blew over onto the second conveyor. The “Lucky Chips” being heavier did not quite make it across and fell through the space between the conveyors.

I was going to ask to get a bag of their rejects to take back to my next family reunion and make my siblings envious. But we are grown up now and it would not have the same significance as it did back then.

Joe Panfalone
Application Engineer

Line Vac Used For Ball Retrieval in Amusement Park Shooting Game

This application comes to us courtesy of another of our International distributors. An Amusement Park  has as one of its attractions a ride/game where the riders get into a “car” and shoot small, yellow balls at a large wall made to look like swiss cheese. The holes are of 3 different sizes and the point value increases as the holes get smaller in diameter. Each car is equipped with a firing cannon to launch the balls at the wall. Once the balls make their trip to the bottom of the wall of cheese, they are collected from a central location and must be transported back to a hopper for replenishing the cannons on each individual car. Model 6084 2″ Aluminum Line Vac was selected to transport the balls back up into the main feed hopper. A wand and length of hose are used to suck the balls up to the hopper by ride personnel.

Neal Raker
Application Engineer