Gas Boosters And Air Amplifiers

When you need to provide more pressure or output and you want to do it in a way that

requires minimal energy use once you are operational, you have a couple of different options. Two of the options available to you include air amplifiers and gas boosters. Each of these options can work in a wide variety of locations including, in some cases, HAZMAT environments and situations where an explosion-proof option is required.

Considerations When Purchasing Gas Boosters and Air Amplifiers

A gas booster and an air amplifier can be used in a variety of different applications so it is important to understand the key benefits of each and to understand what each one does.

It is possible to obtain and use a gas booster for a variety of different pressures ranging from 50 psi to as high as 4500 psi. Air amplifiers, on the other hand, work to double the pressure of air or gas at the point of use. However, air amplifiers have a maximum output pressure of 300 psi. The output pressure on the air amplifier can be adjusted and controlled by using an inlet drive pressure regulator that should be mounted on the air amplifier itself.

A gas booster is very lightweight, making it ideal for portable use or for use anywhere where you need it. Likewise, an air amplifier can be used to double pressure at point-of-use. It comes as one piece and is ready to use.. This means both gas boosters and air amplifiers are easy to use.

A gas booster works with a variety of commonly available industrial gases, making it simple to use anywhere. For instance, a gas booster works with nitrogen, hydrogen, methane and natural gas, just to name a few. Air amplifiers are also flexible and can be configured to allow them to use compressed air in order to pressurize various gases.

A gas booster has a variety of safety features including a system where exhaust air is able to cool boosted gas in high pressure models. Air amplifiers also have safety features and features designed to help them operate and make them last. For instance, aerospace-grade polymeric bearings and seals help to make operation safe.

A gas booster does not consume electricity and does not use any energy after it has reached its desired pressure level. An air amplifier also doesn't do these things, meaning that it has a lot in common in terms of gas boosters when it comes to energy costs.

When deciding on an air amplifier or a gas booster, these factors can help. It can also be helpful to know that air amplifiers can be used as gas boosters at ratios between 1:1 to 2:1. Knowing all of this information will help you to make the right choice for your particular application and needs so you can get the output and pressure desired and so you can make a choice based on the facts.

by: Mike Hotchkiss

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