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Nex Flow Ring Blade Air Wipe Technology

Posted by Lindzey Williams on

Nex Flow Ring Blade Air Wipe Technology

The Nex Flow Ring Blade Air Wipe is superior to old blow-off technology in three ways: The design, materials, and reduced air consumption and noise levels.  Nex Flow Ring Blade Air Wipes are compact, efficient, and quiet and can clean and dry even complex shapes. 

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The Nex Flow Difference: Why we Treat our Materials Differently.

Posted by Lindzey Williams on

The Nex Flow Difference: Why we Treat our Materials Differently.

Nex Flow Air Products Corp. sets itself apart from its competitors by doing a few things differently with the materials that we use in manufacturing our products. 

While some of these “differences” in material handling and treatment can be more costly from a manufacturing point of view, they do offer significant added value to the products and a benefit to the customer, and still with a very competitive price.

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Vortex Tubes- An Alternative to Refrigerant for Industrial Cooling

Posted by Lindzey Williams on

Vortex Tubes- An Alternative to Refrigerant for Industrial Cooling

Vortex tube technology should be considered at least for applications when compressed air is available in industrial cooling applications.  In difficult manufacturing environments, standard air conditioners have to contend with frequent filter changes, breakdowns and therefore higher repair costs, shorter life, and more frequent refrigerant replacement due to vibration.   Vortex tube technology can actually produce temperatures as low as -40 C or even lower in some cases with virtually zero harm to the environment and require very little maintenance.

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What’s the Difference Between Pneumatics and Hydraulics?

Posted by Lindzey Williams on

What’s the Difference Between Pneumatics and Hydraulics?

Pneumatic and hydraulic systems have many similarities. Both pneumatics and hydraulics are applications of fluid power. They each use a pump as an actuator, are controlled by valves, and use fluids to transmit mechanical energy. The differences might surprise you. 

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