Plent Firefighting Mobile Foam Trailer works as a mobile response foam equipment. This equipment will offer quick support for firefighting foam where no fixed protection system is available. With our own experienced R&D team, Plent Machinery is capable to provide solutions designed to meet customer’s specific site hazard requirements with competitive costs.
Plent Portable Foam Bladder Tank works in a more flexible way compared to Fixed foam tanks. Portable Foam Bladder can work either independently or cooperate with large capacity fixed foam extinguishing system. Plent Portable Foam Bladder Tank is featured with convenient usage and compatible with Plent Foam fire nozzles and foam fire monitors. Main structure is made of corrosion-resistant stainless steel. Portable Foam Bladder Tanks is more durable in long-term usage.
Durable Plent Vertical Foam Bladder Tanks are one of the main categories of Plent Machinery’s Foam Equipment. Plent standard Vertical Bladder Tanks’ capacity is up to 3000L. However, if there’s a customer required certain capacity occur, our R&D team will come up with the solution. With our own factory, Plent Machinery is capable to provide products with most competitive prices.
Durable Plent Horizontal Foam Bladder Tanks are another main category of Plent Machinery’s Foam Equipment. Plent standard Horizontal Bladder Tanks’ capacity is up to 10000L. With our own factory, Plent Machinery is capable to provide products with most competitive prices.
Plent Police Riot Control Water Cannon Model# PSKD8/20~30-CA series can also be applied for police’s anti-riot purpose. This water cannon is equipped with straight flow nozzle, flow range is up to 2400lpm. Sheild is made of stainless steel, this will protect the monitor body from being attacked by riot crowd. Main structure made of aluminum alloy will ensure our price is competitive.
An 2.5Inch In Line Foam Eductor is one type of equipment that introduces foam concentrate into water stream. In this device, water enters an inlet and moves through a tapered section. Then it moves through a small orifice and into a bigger chamber to create a low-pressure area within the large chamber. A metering valve opens and the higher atmospheric pressure outside of the large chamber pushes your concentrate into the chamber. This concentrate then mixes with the water exiting from the lower pressure area, or Venturi.
