Hose Gardena Comfort FLEX Hose 13 mm (1/2) 15 m

GARDENA Comfort FLEX Hose 13 mm (1/2) 15 m is a flexible, kink-resistant garden hose designed for above-ground watering tasks. The 15 m hose features the Power Grip profile for a secure, slip-free connection to GARDENA connectors and is made from materials free of phthalates and heavy metals. Reinforced with a high-quality spiral mesh textile, the hose keeps its shape under pressure while remaining easy to handle and UV-resistant.

Advantages

The Power Grip profile ensures a reliable mechanical interlock between hose and connector, reducing the risk of leaks or disconnection. The spiral mesh textile reinforcement provides high pressure resistance and dimensional stability. Constructed with increased wall thickness, the hose withstands pressures up to 25 bar. The material is free of harmful plasticizers and heavy metals and comes with a 20-year warranty for normal use.

Suitable for

• Garden watering and irrigation
• Connecting to GARDENA system fittings and devices
• Domestic outdoor water tasks requiring a flexible, pressure-resistant hose

Key specifications

• Length: 15 m
• Inner diameter: 13 mm (1/2")
• Power Grip profile for secure connector hold
• Pressure resistance: up to 25 bar
• Reinforcement: high-quality spiral mesh textile
• Material: free of phthalates and heavy metals; UV-resistant
• Warranty: 20 years (with appropriate use)

How to use

Unroll the hose and attach it to compatible GARDENA connectors using the Power Grip profile to ensure a firm connection. Use the hose for above-ground watering tasks, moving it as needed to reach plants. Avoid sharp bends or kinks when under pressure. After use, drain remaining water if freezing temperatures are expected and store the hose out of direct sunlight for prolonged life.

Recommendations

For best performance, combine the hose with Original GARDENA System fittings and avoid exposure to extreme temperatures or mechanical damage. Regularly inspect connectors and the hose surface for wear; replace if damage is found.