Production introduction

Constructed with durability in mind, the Fire Foam Tank features a robust carbon - steel body. This material choice ensures the tank can withstand the rigors of regular use and exposure to various environmental conditions. The bladder, crafted from either rubber or PVC, acts as a protective inner layer, safeguarding the integrity of the foam concentrate. This separation helps prevent degradation and contamination, ensuring the foam remains effective over time.

The Fire Foam Tank is equipped with high - quality components. The proportioner, made from SS304 stainless steel, guarantees accurate mixing of the foam concentrate with water. This precision is vital for achieving the optimal foam ratio, which can be set at either 3% or 6%, depending on the fire type. The ball valve and safety valve, available in both carbon - steel (standard) and SS304 stainless - steel (optional) variants, ensure secure and reliable operation. The piping system, similarly offered in both material options, facilitates smooth and efficient flow of the foam - water mixture.

Available in a variety of models, from the compact PHYML - 100 with a 100 - liter capacity to the large - scale PHYML - 5500 holding 5500 liters, the Fire Foam Tank caters to diverse firefighting needs. Each model operates within a working pressure range of 0.8 - 1.2 Mpa. The flow - rate range varies by model, with smaller units like the PHYML - 100 - 750 offering 4 - 24 LPS and larger ones such as the PHYML - 3000 - 5500 providing 12 - 48 LPS. This flexibility allows for customization based on the scale and nature of potential fires.

The surface of the Fire Foam Tank is finished with a protective paint coating. This not only enhances the tank's visual appeal but also provides an extra layer of defense against corrosion and other environmental hazards.

Products Parameters

Model	Capacity	Description	Working pressure	Ratio	Flow Rate Range
PHYML-100	100 L	Vertical	0.8-1.2 Mpa	3% or 6%	4-24 LPS
PHYML-200	200 L	Vertical	0.8-1.2 Mpa	3% or 6%	4-24 LPS
PHYML-300	300 L	Vertical	0.8-1.2 Mpa	3% or 6%	4-24 LPS
PHYML-500	500 L	Vertical	0.8-1.2 Mpa	3% or 6%	4-24 LPS
PHYML-750	750 L	Vertical	0.8-1.2 Mpa	3% or 6%	4-24 LPS
PHYML-1000	1000 L	Vertical	0.8-1.2 Mpa	3% or 6%	8-32 LPS
PHYML-1500	1500 L	Vertical	0.8-1.2 Mpa	3% or 6%	8-32 LPS
PHYML-2000	2000 L	Vertical	0.8-1.2 Mpa	3% or 6%	8-32 LPS
PHYML-2500	2500 L	Vertical	0.8-1.2 Mpa	3% or 6%	8-32 LPS
PHYML-3000	3000 L	Vertical	0.8-1.2 Mpa	3% or 6%	12-48 LPS
PHYML-3500	3500 L	Vertical	0.8-1.2 Mpa	3% or 6%	12-48 LPS
PHYML-4000	4000 L	Vertical	0.8-1.2 Mpa	3% or 6%	12-48 LPS
PHYML-4500	4500 L	Vertical	0.8-1.2 Mpa	3% or 6%	12-48 LPS
PHYML-5000	5000 L	Vertical	0.8-1.2 Mpa	3% or 6%	12-48 LPS
PHYML-5500	5500 L	Vertical	0.8-1.2 Mpa	3% or 6%	12-48 LPS

Products Features

Body Material	Carbon Steel;
Bladder Material	Rubber / PVC
Proportioner	SS304 Stainless Steel;
Ball Valve	Carbon Steel is standard,SS304 Stainless Steel optional;
Safety Valve	Carbon Steel is standard,SS304 Stainless Steel optional ;
Piping System	Carbon Steel is standard,SS304 Stainless Steel optional ;
Flange Standard of Proportioner	ANSI / BS4504 / GB;
Surface Finishing	Painting

Products Description

FAQ

1.Q: How does temperature affect the foam concentrate in the Fire Foam Tank?

A: Extreme temperatures can impact the foam concentrate's performance. In cold conditions, the concentrate may thicken, affecting its flow and mixing properties. In high heat, it could degrade. The tank's design helps mitigate these effects, but in very harsh environments, additional insulation or temperature - control measures might be needed to maintain the foam's effectiveness.

2.Q: Can the Fire Foam Tank be relocated easily?

A: While the Fire Foam Tank is robust, relocation requires careful planning. Its size and weight vary by model, and larger tanks will need specialized equipment for moving. Additionally, proper disconnection and reconnection of valves and piping are essential to ensure the tank functions correctly post - relocation.

3.Q: How does the choice of bladder material impact the tank's lifespan?

A: Both rubber and PVC bladders offer good protection for the foam concentrate. Rubber bladders tend to be more flexible and resistant to certain chemicals, potentially extending the tank's lifespan in chemically - aggressive environments. PVC bladders are often more cost - effective and can provide long - term service in less - demanding settings. Regular inspection of the bladder is key to maintaining the tank's overall integrity.

4.Q: What safety features are built into the Fire Foam Tank?

A: The Fire Foam Tank has a safety valve that releases excess pressure to prevent over - pressurization, safeguarding the tank from potential rupture. Additionally, the use of high - quality materials and proper construction techniques ensures the tank can withstand normal operating pressures and environmental stresses, reducing the risk of leaks or failures that could pose safety hazards.

5.Q: Can the Fire Foam Tank be used in conjunction with other firefighting agents?

A: The Fire Foam Tank is primarily designed for AFFF foam. While it's not typically used simultaneously with other agents from the same tank, in some complex firefighting scenarios, it can be part of a coordinated response alongside other agents. However, care must be taken to ensure compatibility and proper sequencing of agent application to avoid any adverse reactions.

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