
The Foam Fire Hose Cabinet is an integrated fire-fighting terminal device based on foam fire suppression technology. It is designed for manual operation during the early stage of a fire, enabling the rapid discharge of high-efficiency foam extinguishing agent to achieve fire surface coverage, oxygen separation, cooling, and re-ignition suppression.
The system uses an environmentally friendly foam concentrate mixed with water as the extinguishing medium. Through a foam proportioning device and a foam discharge nozzle (foam branchpipe), a uniform and stable foam blanket is generated, providing highly effective fire suppression while ensuring reliable protection for both personnel and equipment.
As a mature and proven fire protection product, the Foam Fire Hose Cabinet is particularly suitable for facilities with flammable liquid fire hazards, such as petrochemical installations, warehouses, parking garages, aircraft hangars, marine terminals, and fuel storage tank areas.
Efficient Coverage and Fire Isolation
The foam blanket rapidly covers the burning surface, separates oxygen, and effectively suppresses flame spread.
Suitable for extinguishing Class A and Class B fires, wit strong resistance to re-ignition.
Environmentally Safe and Reliable Operation
Uses environmentally acceptable foam agents with minimal environmental impact.
The stable foam layer significantly reduces thermal radiation and smoke dispersion during fire suppression.
Wide Applicability and Rapid Response
Capable of addressing various flammable liquid fire scenarios, with fast and effective fire control.
Simple operation and rapid system response make it ideal for on-site emergency use by trained personnel.
Economical and Easy Maintenance
Foam concentrate is chemically stable with a long service life, ensuring controlled operating costs.
Robust system design with extended maintenance intervals, well suited for industrial and storage environments.
The Foam Fire Hose Cabinet adopts a configuration consisting of a foam proportioner combined with a foam discharge nozzle.
When a fire occurs, an operator deploys the foam nozzle and opens the control valve. The system automatically proportions the foam concentrate and water at a preset ratio, producing a foam solution. The foam is then discharged through the nozzle, forming a foam blanket that covers the fire source, achieving rapid fire extinguishment and effective isolation.

Model Specification | PSG30-PAVLN | PSG40-PAVLN | PSG45-PAVLN | PSG50-PAVLN |
Foam extinguishing agent capacity | 30L | 40L | 45L | 50L |
Discharge duration | >20 min | >25 min | >30 min | >40 min |
Operating pressure | 0.5~0.8 MPa | |||
Foam extinguishing agent type | 3%, AFFF | |||
Discharge range | ≥8 m | |||
Foam expansion ratio | ≥4 | |||
Hose length | >25 m | |||
The Foam Fire Hose Cabinet is suitable for locations with flammable liquid fire risks, including but not limited to:
Underground engineering tunnels
Civil defense facilities
Metro and subway systems
Fuel filling stations
Petrochemical plants
Fuel storage depots
Vehicle parking garages
Aircraft maintenance hangars
Logistics and warehousing centers
It provides effective fire control, fire spread prevention, and loss mitigation in these environments.
If you are seeking a manual fire-fighting solution for incipient fires that offers:
Efficient fire surface coverage and isolation
Environmentally safe and reliable operation
Rapid response with wide applicability
Cost-effective performance and easy maintenance
please contact our sales and technical support team for:
Customized fire protection solutions
Project design and installation support
Competitive pricing and reliable supply services
We look forward to supporting your fire safety requirements with professional and proven solutions.
Streamlined Steps to Obtain Your Custom Fire Protection Solution
Liaoyepo Road, Ningxiang High-tech Zone, Changsha City,Hunan Province, China
Your full-cycle fire protection partner. We handle everything from concept and installation to long-term safety assurance.
Other fire suppression systems you might be interested in
Fill out the form below and our team will contact you shortly
Get a free design consultation with our expert engineers.