This industrial firefighting foam system features a 1,000-liter vertical carbon steel bladder tank with a design pressure of 12.1 bar and a test pressure of ≥17.3 bar; it supports standard foam mixing ratios of 3% and 6% and is compatible with mainstream foam concentrates such as AFFF and alcohol-resistant types.
CHFIRE foam bladder tank for foam spray systems serves as the core liquid supply unit for foam sprinkler fire suppression systems; it connects directly to closed or open foam spray piping networks and delivers a compliant foam-water solution steadily without the need for an external power source.
Serving as a core component of industrial foam fire suppression systems, the firefighting pressure foam bladder tank operates without external power; it utilizes water pressure to compress an internal bladder, precisely discharging a foam solution at a 3% or 6% mixing ratio, making it suitable for extinguishing Class B flammable liquid fires.
The 1,000L vertical fire foam bladder tank features a carbon steel vessel with an internal oil-resistant rubber bladder; it has an operating pressure of 0.6–1.2 MPa, a design pressure of 12.1 bar, and a test pressure of ≥17.3 bar.
3000L vertical foam bladder tank: 3000L capacity, vertical structure; the tank body is typically made of carbon steel; operating pressure: 0.6–1.2 MPa.
The foam bladder tank features a carbon steel pressure vessel design with a rated working pressure of 0.6–1.2 MPa and a design pressure of at least 1.5 times the working pressure; it can be upgraded to stainless steel construction to suit highly corrosive environments.
The fire foam bladder tank is a core component of the balanced-pressure proportioning system; it consists of a carbon steel pressure vessel and a flexible separation bladder, enabling it to stably maintain a 3% or 6% mixing ratio of water to foam concentrate under conditions of varying flow rates and pressures.
The foam bladder tank utilizes a bladder to physically separate the water from the foam concentrate throughout the process; unused concentrate is not diluted by the water and can be retained for future use.
The foam bladder tank is the core component of a fixed foam fire suppression system; it delivers a compliant foam-water mixture reliably without requiring an external power source, making it suitable for Class B fire protection in settings such as oil depots and chemical plants.
The CHFIRE bladder foam tank is constructed from corrosion-resistant carbon steel or stainless steel, with both internal and external surfaces treated with an epoxy zinc-rich anti-corrosion coating. It features an internal bladder made of oil- and corrosion-resistant nylon-reinforced nitrile rubber, capable of withstanding corrosive attack in chemical environments and coastal areas with high salt-spray exposure.
CHFIRE bladder foam tanks offer standard capacities ranging from 200L to 10,000L and an operating pressure of 0.6–1.2 MPa; they support mixing ratios of 3% or 6% and are available in both vertical and horizontal installation configurations.
CHFIRE 1000L bladder foam tank with an operating pressure of 0.6–1.6 MPa and a proportioning ratio of 3% or 6%. The tank is constructed from carbon steel as standard, with 304 stainless steel available as a custom option; it is available in both vertical and horizontal mounting configurations.
Foam bladder tank is a carbon steel pressure vessel fitted with the internal nitrile/EPDM rubber bladder.Pressurized fire water enters the interlayer between the tank shell and the bladder. Squeezes the bladder to discharge foam cercentrate.
Fire baldder foam tank for balanced pressure foam proportion fire system, matched with foam proportioner and foam monitor.
CHFIRE 500L vertical fire foam bladder tank is a carbon steel pressure vessel,a core component of balanced pressure foam proportioning system.
Bladder Foam Tank (Foam Bladder Tank) is the core equipment of balanced-pressure foam proportion fire suppression system, widely matched with foam proportioner, foam monitor, foam sprinkler and low/medium expansion foam generators for Class B flammable liquid fire protection.
Bladder foam tank is a fire foam storage device with internal rubber bladder,separating foam liquid and water pressure medium,widely used in fire extinguishering systems for oil depots,chemical plants,docks,shopping malls.
This mobile foam unit serves as supporting equipment for stationary foam fire system. Easy to connect and supply foam liquid during fire emergencies.
200L mobile foam unit with hand push wheels for easy movement. Fast assembled for emergency foam fire extinguishment, widely used in industrial workshops, warehouses and parking areas.
Hand-push wheeled construction for convenient relocation and rapid firefighting setup.Ideal for factory, warehouse and commercial premises fire protection.
This mobile foam trolley is engineered for emergency fire rescue.Hand-push wheeled design enables flexible movement and fast on-site deployment.Widely applied in warehouses, factories and parking lots for efficient foam fire suppression.
Mobile foam trolley unit is movable fire device for oil fire fighting, convenient to transport and quick for emergency fire control.
Portable mobile foam trolley for Class B oil fire suppression, flexible to move and instant to use.
Mobile foam trolley unit is portable mobile fire equipment for oil fire fighting, easy to shift and ready for instant use.
Wheeled mobile foam unit for oil fire suppression, easy transport and fast operation.
The in-line balanced pressure proportioning system functions by maintaining an equal pressure in the foam concentrate and water inlets to the proportioner. This balancing ability allows the proportioner to be used over a wide range of flows and pressures.
The in-line balanced pressure proportioning system functions by maintaining an equal pressure in the foam concentrate and water inlets to the proportioner. This balancing ability allows the proportioner to be used over a wide range of flows and pressures.
Balance Pressure pump skid-proportioning system accurately controls the flow of foam concentrate in to the water stream.
PHP is an independent proportioning and mixing system that automatically adjusts according to flow and pressure. It is usually installed near the foam tank and connected to the foam tank, fire pressure water source and foam generating equipment through pipes. When a fire occurs, the foam pump starts to suck the foam from the foam tank into the proportioning mixer pipe. After being adjusted by the pressure balance valve and the proportioning mixer, a certain amount of foam is injected into the pressure water flowing through the proportioning mixer and forms a concentrate, which then flows to the foam generating equipment, such as foam guns, foam cannons, etc., and finally produces foam fire extinguishing.
The balanced foam proportioning device is a foam fire extinguishing device used in oil terminals. The foam mixture of this device is mixed by the foam liquid pump pressurizing the foam liquid into the balance valve, and then injected into the proportioning mixer after adjustment by the balance valve. When the water in the main pipeline has different working conditions due to changes in pressure and flow, it is ensured that the device can continuously configure a foam mixture with a more accurate mixing ratio during operation, and supply the foam generating equipment with qualified foam for effective fire extinguishing operations.
Balanced Pressure Foam Proportioning System Foam Skids is widely used in fire fighting system because of its versatility and accuracy. It functions by maintaining an equal pressure in the foam concentrate and water inlets to the proportioner. The balancing ability allows the proportioner to be used over a wide range of flows and pressures. The system will also respond quickly and accurately to changes in the water inlet pressures and flow rates. It is a skid mounted fixed units which are capable of providing foam protection to all types of hazards on land, and it is also excellent for various marine applications. Skid mounting allows the complete proportioning system to be assembled on a common base ready for installation into the customera s water supply.
PHP is an independent proportioning and mixing system that automatically adjusts according to flow and pressure. It is usually installed near the foam tank and connected to the foam tank, fire pressure water source and foam generating equipment through pipes. When a fire occurs, the foam pump starts to suck the foam from the foam tank into the proportioning mixer pipe. After being adjusted by the pressure balance valve and the proportioning mixer, a certain amount of foam is injected into the pressure water flowing through the proportioning mixer and forms a concentrate, which then flows to the foam generating equipment, such as foam guns, foam cannons, etc., and finally produces foam fire extinguishing.
