Sales of Secomak's explosion-proof ventilator (Cluster Jet) have begun.

ティックコーポレーション株式会社本社

A ventilator that can be used in places where open flames are prohibited due to the lack of a power source. It is an essential item for ventilation measures. The Clusterjet, which applies the usage method of the Secomak air flow amplifier (ring jet), is highly impact-resistant, lightweight, and portable. Since it has no moving parts, maintenance is unnecessary, and it is powered by compressed air. Therefore, it can be used in hazardous locations and places where open flames are prohibited. It can also be used as part of ventilation measures. We also have demo units available. If you have any questions, please feel free to contact our staff.

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Related product information

Secomak Explosion-Proof Ventilator (Cluster Jet)
Due to the lack of a power source, it can be used in places where open flames are strictly prohibited. An essential item for ventilation measures.

This is a high-performance ventilation and exhaust product that does not use motors or electricity. It is a robust, maintenance-free high-performance ventilation device that operates using compressed air. Multiple air flow amplifiers (ring jets) are arranged within the casing to create a "rocket" jet effect. The cluster jet (ventilator) is lightweight and smaller than equivalent electric fans, yet can generate the required air volume. As a general guideline, one unit is needed for every 25 meters. The best way to ventilate a limited space is to allow fresh air to flow in naturally by exhausting contaminated air. Additionally, it is also used in cases related to COVID-19 measures.
Secomak Air Amplifying Air Nozzle (Ring Jet)
The pioneer of air nozzles, SecoMax, offers air amplification type air nozzles (achieving improved blowing and energy savings through air amplification!).

Why can it be amplified? Compressed air is supplied from the inlet to an annular chamber, where the air is constricted by a small-diameter ring nozzle, causing it to flow out of the chamber at high speed. This air rushes toward the outlet along the Coanda effect shape. The center of the chamber becomes low pressure, attracting a large amount of surrounding air into the chamber, resulting in a high-speed and large-volume discharge (blow). Each model number indicates the size of the suction inlet diameter.