Puutarhan vesisuihkupistooli suuttimella Gardena 18336-20

The GARDENA 18336-20 garden water spray gun nozzle is a 90 cm metal spray lance designed for targeted watering and cleaning at a distance. Made with durable stainless-steel components and soft plastic grips, the lance is frost-proof and intended for larger planted areas, planters and hard-to-reach spots in the garden or outdoor space.

Advantages

The spray lance offers selectable spray patterns — mist, soft spray or hard jet — to suit different watering and cleaning needs. Soft plastic components ensure a secure grip while the ergonomic trigger with integrated lock and single-finger water flow adjustment enable precise and comfortable operation. The hanger attachment permits quick, space-saving storage after use.

Suitable for

• Watering flower beds and larger planted areas
• Irrigating planters and raised beds
• Cleaning garden furniture, walkways and hard-to-reach surfaces
• Targeted watering of hanging or distant plants

Key specifications

• Brand: GARDENA
• Model / MPN: 18336-20
• EAN: 4078500024167
• Length: 90 cm (metal spray lance)
• Materials: stainless steel lance, soft plastic handle components
• Features: selectable spray patterns (mist, soft spray, hard jet), ergonomic trigger with lock, single-finger flow adjustment, hanger attachment, frost-proof

How to use

Attach the spray lance securely to a compatible garden hose connector. Select the desired spray pattern (mist, soft spray or hard jet) depending on the task. Squeeze the ergonomic trigger to start the water flow and adjust the flow with the single-finger control for precise watering or cleaning. Use the integrated lock on the trigger to maintain continuous spray if required. After use, drain remaining water to reduce frost risk and store the lance on its hanger attachment.

Recommendations

For winter storage, ensure the lance is completely drained and stored frost-free. Use the mist setting for delicate plants, the soft spray for general watering, and the hard jet for targeted cleaning of surfaces.