Explosive Proof Fan

EXFAN011 – 12 Inch – Anticorrosion & Explosion Proof Industrial Induced Draft / Centrifugal Blower/ Fan

EXFAN010 – 315mm Explosion-proof Belt Driven Ventilation Axial Fan

EXFAN009 – Portable Explosion-Proof Marine Flame-proof Axial Flow / Tunnel Ventilation Fan

EXFAN012 – HVAC Carbon Steel Low Noise Explosion-Proof Ventilation Fan

EXFAN014 – 12 Inch Explosion-Proof Utility Blower 550W for Extraction & Ventilation Fan

EXFAN008 – Explosion-Proof Low Noise Portable Marine Ventilation Duct Axial Exhaust Fan

EXFAN007 – Low Noise Large Air Volume Flameproof Exhaust Explosion-proof Fan

EXFAN006 – Anticorrosion Explosion Proof Industrial Induced Draft Exhaust Blower Axial Fans

EXFAN005 – CCCF Low Noise Explosion-Proof 45000 M3/H Air Volume Axial Fan Industrial

EXFAN013 – Portable Explosion-Proof Axial Fan Exhaust Ventilator Blower Fan

EXFAN004 – 220v /380V iron BT35-11 explosion proof industrial axial flow ventilation fan

EXFAN003 – DC Cooling Fans 12 Volt Brushless Explosion Proof Fan for Panel Industrial Extractor Fan

EXFAN002 – Industrial Explosion Proof Wall Mounted Fan

EXFAN001 – High-Performance Marine Explosion-Proof Axial Flow Fan for Hazardous Environments

Intrinsically Safe Vs Explosion-Proof?
The terms intrinsically safe and explosion-proof may sound similar, but they are very different. Intrinsically safe means that the piece of equipment itself can’t cause an explosion. Meanwhile, explosion-proof means that if an explosion did happen, the device would be protected by an explosion-proof enclosure that helps contain explosions and prevent them from spreading. Therefore intrinsically safe refers to explosion prevention, whereas explosion-proof refers to containment. Depending on your industry and working environment, you may need to use one over the other.