Production introduction
foinbo® Vertical / Horizontal Foam Tanks are critical assets in fire - safety infrastructure, engineered to store and dispense foam concentrate for combating flammable liquid fires. Available in vertical (PHYML series) and horizontal (PHYM series) designs, these tanks adapt to diverse spatial and capacity needs across industrial, petrochemical, and logistics sites.
Constructed with a carbon - steel body, Vertical / Horizontal Foam Tanks use rubber or PVC bladders to isolate foam concentrate from water, preserving its efficacy. The SS304 stainless - steel proportioner ensures precise dosing at 3% or 6% ratios, a key to generating fire - smothering foam. Operating under 0.8–1.2 Mpa pressure, they align with ANSI/BS4504/GB flange standards, enabling seamless integration into fire - fighting systems.
Vertical models (PHYML - 100 to PHYML - 5500) offer 100 L to 5500 L capacities, ideal for facilities prioritizing vertical space use. Horizontal models (PHYM - 1000 to PHYM - 8000) provide up to 8000 L storage, suiting layouts where horizontal installation fits better. Flow rates spanning 4–64 LPS allow these tanks to address everything from small spills to large industrial fire threats.
Optional SS304 stainless - steel components (valves, piping) boost corrosion resistance, making Vertical / Horizontal Foam Tanks viable for harsh environments. Whether protecting fuel terminals, chemical plants, or warehouses, they ensure a steady foam supply for rapid fire response. For fire - safety systems demanding precision, durability, and adaptability, these tanks are foundational-enabling timely foam deployment to safeguard assets and lives.
Products Parameters
Vertical Type
|
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 |
Horizontal Type
|
Model |
Capacity |
Description |
Working pressure |
Ratio |
Flow Rate Range |
|
PHYM-1000 |
1000 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
8-32 LPS |
|
PHYM-1500 |
1500 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
8-32 LPS |
|
PHYM-2000 |
2000 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
8-32 LPS |
|
PHYM-2500 |
2500 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
8-32 LPS |
|
PHYM-3000 |
3000 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
12-48 LPS |
|
PHYM-3500 |
3500 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
12-48 LPS |
|
PHYM-4000 |
4000 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
12-48 LPS |
|
PHYM-4500 |
4500 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
12-48 LPS |
|
PHYM-5000 |
5000 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
12-48 LPS |
|
PHYM-5500 |
5500 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
12-48 LPS |
|
PHYM-6000 |
6000 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
16-64 LPS |
|
PHYM-7000 |
7000 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
16-64 LPS |
|
PHYM-8000 |
8000 L |
Horizontal |
0.8-1.2 Mpa |
3% or 6% |
16-64 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
Q: Can Vertical / Horizontal Foam Tanks be integrated with smart fire - monitoring systems?
A: Yes. By adding sensors (level, pressure) and connecting to IoT platforms, you can remotely track concentrate levels, pressure, and system health. Consult the manufacturer for compatible smart - system integrations.
Q: How does altitude affect the performance of these foam tanks?
A: At high altitudes, lower atmospheric pressure can impact foam expansion. Adjust the proportioner settings or use altitude - specific foam concentrates. Test the system after installation in high - altitude areas.
Q: What's the process for relocating a Vertical / Horizontal Foam Tank?
A: Drain the tank, disconnect all piping, and use proper lifting equipment (cranes for vertical, forklifts for horizontal). Reinstall following the original installation guidelines and retest for leaks and pressure stability.
Q: Are there noise - reduction measures for these foam tanks during operation?
A: Wrap piping with sound - absorbing materials and install vibration dampeners between the tank and its foundation. This minimizes operational noise, crucial for noise - sensitive environments like urban industrial zones.
Q: How to verify the bladder's integrity in Vertical / Horizontal Foam Tanks without full disassembly?
A: Use non - destructive testing methods like ultrasonic testing on the bladder access port. This checks for leaks or damage without draining the tank, though a full inspection still requires draining periodically.