Compressed air guns are commonly used in industry, but when used for personnel cleaning, they introduce serious safety risks that are often overlooked. They clean dust and contaminants from equipment and surfaces. They are widely available and remove debris quickly.
The JetBlack Safety Cleaning Stations air blower uses high-volume, low-pressure airflow. It removes dust and debris from personnel or equipment. When comparing these methods, factors such as airflow, pressure, and safe application all play an important role, particularly when cleaning personnel.
This blog compares air guns and JetBlack Safety Cleaning Stations. It focuses on differences in air pressure and overall suitability.
A compressed air gun creates a powerful jet of air by using stored, pressurised air, usually from a compressor. A narrow nozzle directs this jet to remove dust, debris and swarf.
Most industrial settings have compressed air guns that work between 30 and 60 PSI. Depending on the system, pressures can be higher.
Because the airflow is focused into a narrow stream, it delivers a lot of force. This is why compressed air guns are effective for getting rid of tough dust and debris on machines and hard surfaces.
Compressed air guns do have limitations, especially when used for personnel cleaning.
Guidance from the Health and Safety Executive states you should not use compressed air to clean clothing. You should not direct it at the body. This is due to the risk of air entering the body or causing injury from airborne debris.
This is covered in more detail in our Dangers of Compressed Air page. It explains how misuse can cause serious internal injuries and other risks.
The Occupational Safety and Health Administration (OSHA) says that compressed air should only be used for cleaning if the pressure is below 30 PSI and the right safety gear and guards are in place.
Even at reduced pressure, the airflow remains concentrated. As a result:
Compressed air systems can also be costly to run. They need a lot of energy to build and keep pressure. This is especially true when used often for cleaning.
JetBlack Safety Cleaning Stations operate on a different principle to compressed air guns. Instead of relying on stored compressed air, they use electrically driven blowers to generate airflow. This produces a high-volume, low-pressure stream of air.
JetBlack systems typically operate at around 2–5 PSIG, which is significantly lower than the 30–60+ PSI commonly used with compressed air guns.
Compressed air guns use a high-pressure, concentrated jet, delivering strong force at a single point.
Lower pressure airflow distributes force more evenly, reducing impact while still removing dust effectively.
Because JetBlack Safey systems operate at lower pressure and use a wider airflow, they are suitable for direct use on clothing.
This lower operating pressure:
In contrast, air guns rely on regulators, nozzles, and operator handling to control pressure. This adds more variability to the process.
| Compressed Air | JetBlack Safety Cleaning Station |
|---|---|
| High pressure, low volume | Low pressure, high volume |
| Primarily suited to equipment cleaning | Suited to personnel and equipment cleaning |
| Creates high-impact airflow at a single point | Distributes airflow more evenly |
Compressed air guns and air blower systems are both used to remove dust and debris in industrial settings, but they do it in very different ways.
Compressed air guns use high-pressure airflow to remove dust quickly, which makes them effective for equipment and surface cleaning. However, this also means they need to be used carefully, as they are not suitable for use on clothing or the body.
JetBlack Safety systems use lower pressure and higher airflow to remove dust in a more controlled way. This makes them better suited to personnel cleaning, as well as general dust removal from surfaces.
When using air pressure to remove dust, both the strength of the airflow and how it’s delivered make a big difference. In simple terms, compressed air is more suited to equipment cleaning, while high-volume, low-pressure airflow is more appropriate for cleaning clothing and personnel.