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Microporous Irrigation Hose, 15m, 1/2 inch, T-splitter, 2 fittings, for garden, flowers, plants
Sold by ADS
Product information
Description
This microporous irrigation hose ensures precise drip irrigation for your garden. Ideal for flowers and plants, this system allows for significant water savings. The hose operates at low pressure and can be installed above or below ground. Thanks to the included T-splitter and fittings, installation is flexible. This irrigation system offers a sustainable solution for maintaining your green spaces. Length: 15m Diameter: 1/2 inch Minimum pressure: 0.5 bar Consumption: 3-4 liters per meter per hour Material: Microporous polyethylene Included accessories: 1 T-splitter, 2 removable fittings, 1 water shut-off valve. This 15-meter microporous hose allows you to save up to 70% on water compared to traditional systems thanks to its efficient drip irrigation process. Operating at pressures as low as 0.5 bar, this hose consumes approximately 3 to 4 liters per meter per hour, providing consistent irrigation even at low flow rates. The kit includes a T-splitter and two removable connectors, allowing you to connect multiple hoses and adapt the system to the shape of your garden. Designed for maximum flexibility, this hose can be installed above ground or buried and cut to the desired length to suit all your needs. To optimize hose lifespan and regulate flow, it is recommended to add a pressure reducer between the water supply and the system.
Features
- BrandSIOKS
- ColourBlack
- MaterialPolyethylene
- Pcs per pack1
- Suitable for drinking waterNo
- Drip irrigationYes
- For underground useYes
- Type of garden hoseDrip
- ManoMano ReferenceME224910924
- MMID119299359058
- Product codeYXCP-58268
- EAN6921180381205
Advice from
How to choose your underground irrigation?
Watering your garden with an underground irrigation system is a great way to save water. Turbines or nozzles for surface watering, microporous tubes or drip-by-drip systems for fine irrigation; whatever system you choose, pipe connections, flow rate, pressure and watering area must be carefully considered.
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