Fire Foam Bladder Tank Price

Name: China Fire Foam Bladder Tank Price Manufacturers Suppliers Factory - Customized Service - CA-Fire Protection
Brand: CA-FIRE
SKU: 272345436

The Fire Foam Bladder Tank is the core equipment of the foam fire extinguishing system. It is mainly used to store foam liquid and mix it with water in a certain proportion to form a foam mixture. Eventually, it covers the surface of the burning object through the spray equipment, achieving the fire extinguishing effect of isolating oxygen and suppressing combustion.

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Description

Ca-Fire Protection Co.,Ltd is one of the most credible manufacturers and suppliers of fire foam bladder tank price in China. Welcome to wholesale custom made fire equipment products at competitive price from our factory. Contact us for more cheap products.

The core role of the Fire Foam Bladder Tank in the fire protection system

The core function of the fire-fighting foam tank is to store foam liquid and precisely mix the foam liquid.
Storage: Foam liquid (such as protein foam liquid, fluorine protein foam liquid, water film-forming foam liquid, etc.) is a key medium for fire extinguishing and should be stored in a sealed tank to ensure stability.
Mixing: During a fire, water is introduced into the foam tank through system pressure and mixed with the foam liquid in a fixed proportion (such as 3%, 6%) to form a foam mixture with fire-extinguishing capabilities (with the foam liquid accounting for 3% or 6% and water for 97% or 94%).

How to choose A Foam Bladder Tank

Type	Core Features	Typical Application Scenarios
Pressure-type foam tank	Relies on inlet water pressure to drive mixing, with stable mixing ratio (error ≤ ±2%) and a wide applicable pressure range (0.6-1.6MPa)	Fixed systems (oil depots, chemical plants)
Balanced foam tank	The pressure of inlet water and foam liquid outlet is balanced, suitable for high-pressure systems (>1.6MPa), and the mixing ratio is not affected by flow fluctuations	High-pressure pipeline systems (long-distance transportation, high-rise buildings)
Mobile foam tank	Can be vehicle-mounted/towed, equipped with mobile foam guns, and has a small capacity (0.5-5m³)	Small oil depots, temporary fire fighting and rescue (equipped by fire brigades)

the Fire Foam Bladder Tank price is affected by multiple factors

Specifications and models: The volume of a foam tank is a key factor in determining its price. Larger tanks can hold more foam concentrate, providing greater firefighting resources in the early stages of a fire. They also demand higher standards in manufacturing and installation, which naturally leads to a higher price tag. Additionally, working pressure affects pricing: high-pressure foam tanks, with their more complex design and production requirements, cost more than those operating at atmospheric pressure.
Material variations: Fire foam tanks are commonly made from materials like carbon steel and stainless steel. Stainless steel offers superior corrosion resistance and durability but comes at a higher cost, making stainless steel tanks generally more expensive than carbon steel ones.
Production techniques: Advanced manufacturing processes enhance product precision and quality. For instance, tanks with well-executed welding-featuring uniform, strong welds, excellent sealing, and a longer service life-command higher prices due to their superior craftsmanship.
Accessory quality: The quality and brand of components such as proportioning mixers and safety valves impact the overall price. High-quality accessories ensure more stable and efficient operation of the foam tank, and tanks equipped with such parts have correspondingly higher prices.
Purchase volume: Bulk orders typically qualify for better pricing. Large-scale users like chemical plants and oil depots, which require significant quantities, often receive discounts from suppliers, reducing the cost per unit.

Installation requirements:
It needs to be close to the water source and the jet area (shorten the pipeline length and reduce pressure loss); The tank is installed horizontally and fixed firmly. Valves connected to pipelines should be connected by flanges (to avoid leakage). Reserve operating space around (≥1.5m) for easy maintenance.

Maintenance focus:
Foam liquid: Test the concentration and stability annually. It needs to be replaced after the expiration date (usually 2 to 5 years).
Capsules/separators: Check for damage and aging every two years (which can be verified through a hydrostatic test);
Valves and pipes: Manually open and close the valves every month to prevent jamming. Flush the pipes every year to prevent blockage by impurities.
Pressure test: Start the water pump every six months to test the system pressure and mixing ratio (through flowmeters and sampling detection).