Double 200L Water Butt Kit Complete Rainwater Set with Stands, Diverter, Windproof Lids, Hose Connector Taps and Linking + FREE 500ml Butts Direct Treatment UK MANUFACTURED

Double 200L Rainwater Harvesting System - 400 Litres Total Capacity This twin 200L green garden water butt system provides a combined 400 litres of outdoor rainwater storage, offering a practical solution for larger gardens, allotments and households with higher watering demands. Designed to collect and reuse rainwater efficiently, it helps reduce reliance on mains water and supports consistent garden irrigation during dry periods and hosepipe restrictions. Increased Capacity with Reduced Refilling With two 200 litre tanks connected using the supplied linking kit, this system maximises storage volume while allowing water to balance evenly between both barrels. The linking system improves capacity management and reduces the need for frequent refilling, making it ideal for vegetable gardens, lawns, greenhouses and high demand outdoor watering. How It Works Rainwater is directed from your downpipe into the primary tank using the included diverter. As the first tank fills, water flows

Double 200L High Capacity Water Storage - Twin 200 litre rainwater tanks providing 400 litres total capacity ideal for larger gardens, allotments and households collecting regular rainfall. Complete Twin Rainwater Harvesting Kit - Includes two water butts, two raised stands, windproof lids, hose connector taps, downpipe diverter and linking kit for balanced water distribution. Linking System for Even Fill and Overflow Control - Connect both tanks using the supplied linking kit to maximise storage capacity and improve water flow management. Compatible with Standard UK Downpipes - Diverter connects to round downpipes up to 68mm diameter and square downpipes up to 65 x 65mm for residential guttering systems. UK Manufactured UV Stabilised Recycled Plastic - Durable green polypropylene construction designed for year round outdoor use with resistance to fading and weather exposure.