The VP1500 is a high performance, deep penetration, water driven fan, constructed using high grade 316 stainless steel. This non-sparking fan is suitable for use on all types of vessels. Fan Key Features : Designed and Class-Approved for use in hazardous areas; Supply or Extract mode by simple reversal of supply; Can be supplied with […]
The VP1350 is a high performance, deep penetration, water driven fan, constructed using high LM6 Aluminum. This non-sparking fan is suitable for use on all types of vessels. Fan Key Features : Designed and Class-Approved for use in hazardous areas; Supply or Extract mode by simple reversal of supply; Can be supplied with horizontal mounting; […]
The VP950 is a high performance, deep penetration, air driven fan, constructed using high grade 316 stainless steel. This non-sparking fan is suitable for use on all types of vessels. Fan Key Features : Designed and Class-Approved for use in hazardous areas; Supply or Extract mode by simple reversal of supply; Can be supplied with […]
The VP650 is a high performance, deep penetration, air driven fan, constructed using high grade 316 stainless steel. This non-sparking fan is designed to be lightweight and therefore extremely portable. The VP650 is suitable for use on all types of vessels. Fan Key Features : Designed and Class-Approved for use in hazardous areas; Supply or […]
The VP800 is a high performance, deep penetration, water driven fan, constructed using high grade LM6 aluminum. This non-sparking fan is suitable for use on all types of vessels. Fan Key Features : Designed and Class-Approved for use in hazardous areas; Supply or Extract mode by simple reversal of supply; Can be supplied with horizontal […]
The VP700 is a lightweight, highly portable, deep penetration, water driven fan, constructed using high grade 316 stainless steel. This non-sparking fan is suitable for use on small and medium tonnage oil, product or chemical tankers with restricted deck space and limited pumping capacities. It can also be used for ventilation in confined spaces. Fan […]