Meech’s Energy Saving Safety Nozzles direct compressed air over a curved surface, creating an airflow that entrains ambient air and amplifies the overall output. These nozzles can reduce compressed air usage by up to 70%, while also significantly lowering noise levels. With hundreds of potential applications, Meech’s Energy Saving Safety Nozzles help to cut compressed air demand and reduce operational costs.
The Energy Saving Blowgun is constructed from hardwearing aluminum, whilst the nozzles themselves are available in aluminum or stainless steel depending on the customers’ requirements.
Energy Saving Nozzles can be used for a wide range of applications such as: product drying, product ejection, product cleaning, swarf removal and more. They are perfect for replacing any air application where and open pipe is used.
To give one example; installation of 1 x Meech Energy Saving Nozzle on pre-existing 8mm open pipe immediately reduces the compressed air consumption by a massive 77%, which could equal a saving of up to £3,000 per year.
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Meech Energy Saving Nozzles are available with either a 1/8” or ¼” BSP Male thread.
The Meech Nozzle is made up of two parts, a body and cone cap, which screw together. The compressed air exits the Nozzle at the point between where the body and cap fit together. Compressed air is then directed over the outside of the cone, where it entrains the ambient air and flows to the target.
The hole at the end of a Nozzle is not an air outlet. Located inside the hole is a small grub screw. Once tightened this will lock the nozzle in place maintaining the desired air flow.
Yes, Meech Nozzle can be adjusted by opening or closing the cone at the top of the nozzle.
To do this simply unscrew the grub screw located in the end of the nozzle, set the desired air flow and then tighten the grub screw.
Compressed air safety is a critical concern in industrial settings. All of our MAT products are designed with safety in mind. Our Energy Saving Nozzle is designed to reduce any potential safety risks including dead-ending; dead-ending is a safety risk which occurs when an air outlet or other aperture is blocked. If this is against human skin there is potential of the air to get into the bloodstream, which can cause an air embolism. The design of the Meech Air Nozzle means the air outlet cannot be deadened, which reduces the risk of injury.