AWTOOLS AW WATER HOSE KPL. FIREFIGHTER 3 x 25m 8BAR set de manguera de agua para bomberos, 75m de longitud total, racores Storz-C de 52mm, blanco

When firefighting or heavy-duty water transfer demands reliability, this AWTOOLS kit delivers with three 25-metre hose sections pre-fitted with Storz C couplings, providing 75 metres of reach at 8 bar working pressure. Unlike standard garden hoses, each section features a high-strength polyester fibre jacket with a synthetic rubber (PVC/NBR) lining, offering outstanding resistance to abrasion, chemicals, UV exposure, and temperatures from -20°C to +60°C. The white colour improves visibility on site and reduces heat absorption in sunlight.

Highlights

• Complete kit: 3 × 25 m hose sections with pre-fitted Storz C (52 mm) aluminium couplings
• Working pressure 8 bar (116 PSI), burst pressure 24 bar (348 PSI)
• Internal diameter 52 mm (2 inch) for high flow rates
• Flexible and kink-resistant, even at low temperatures
• Rollable for compact storage and rapid deployment

In daily use

Each hose section is crafted from a durable polyester fibre jacket with a synthetic rubber (PVC/NBR) lining, providing excellent resistance to abrasion, chemicals, and weathering. The aluminium Storz C couplings allow quick, secure connections without threading, enabling fast setup in firefighting, irrigation, or industrial water transfer. The white colour improves visibility on site and reduces heat absorption in sunlight.

Full specifications

• Product type: Firefighter water hose kit
• Total hose length: 75 m (3 × 25 m)
• Hose internal diameter: 52 mm (2 inch)
• Working pressure: 8 bar (116 PSI)
• Burst pressure: 24 bar (348 PSI)
• Coupling type: Storz C (52 mm)
• Coupling material: Aluminium alloy
• Hose material: Polyester fibre jacket with synthetic rubber (PVC/NBR) lining
• Temperature range: -20°C to +60°C
• Standards compliance: EN 14540

Final note

Engineered for professionals, this hose kit is a dependable choice for fire brigades, construction sites, and agricultural operations where high-volume water delivery is critical.