Versickerung von Regenwasser – nachhaltige Lösungen für Haus & Garten
Mit den Versickerungssystemen von GreenLife leiten Sie Regenwasser sicher und umweltfreundlich in den Boden. Ob Sickerwürfel, Sickerschacht, Rigole oder Flachtank – unsere Anlagen sind langlebig, wartungsarm und bestehen aus 100 % recycelbarem Polyethylen (PE). Sie eignen sich ideal für private Grundstücke, Gewerbeflächen oder kommunale Anlagen und entlasten die Kanalisation bei Starkregen. Ergänzt durch Vorfilter oder Retentionszisternen ermöglichen sie eine dezentrale, normgerechte Regenwasserbewirtschaftung.
includes a leveling dome Includes walk-on plastic cover Includes coarse debris filter basket without KG pipe and without KG fitting You will need approx. 30 m² of geotextile for the installation of this shaft The 1,000-liter infiltration shaft is suitable for the retention, infiltration, and drainage of rainwater. The inlet to the infiltration shaft is equipped with a DN 100 rubber lip seal. The incoming rainwater is filtered through a coarse debris filter basket suspended inside the shaft. The infiltration shaft is easy to maintain, inspect, and clean. Local soil conditions are critical for the correct design of an infiltration system and must be verified via a soil survey or an infiltration test. The design of the infiltration system must be adapted based on the soil’s infiltration capacity—please read the installation instructions and the instructions for the infiltration test very carefully. The 950 L, 1,000 L, and 2,000 L infiltration shafts can also be made accessible to cars and trucks with optional accessories. Technical Data Material: Polyethylene Weight in kg: 68 Useful volume: 1,000 l Diameter in mm: 1,220 / 1,240 Height in mm: 1,520 - 1,720
includes a leveling dome Includes walk-on plastic cover Includes coarse debris filter basket without KG pipe and without KG fitting You will need approx. 45 m² of geotextile for the installation of this shaft The 2,000-liter infiltration shaft is suitable for the retention, infiltration, and drainage of rainwater. The inlet to the infiltration shaft is equipped with a DN 100 rubber lip seal. The incoming rainwater is filtered through a coarse debris filter basket suspended inside the shaft. The infiltration shaft is easy to maintain, inspect, and clean. Local soil conditions are crucial for the correct design of an infiltration system and must be verified via a soil survey or an infiltration test. The design of the infiltration system must be adapted based on the soil’s infiltration capacity—please read the installation instructions and the instructions for the infiltration test very carefully. The 950 L, 1,000 L, and 2,000 L infiltration shafts can also be made accessible to cars and trucks with optional accessories. Technical Data Material: Polyethylene Weight in kg: 125 Useful volume: 2,000 l Diameter in mm: 1,220 / 1,240 Height in mm: 2,480 - 2,680
The 205-liter infiltration cube is ideal for retaining, infiltrating, and draining rainwater and treated wastewater. The inlet to the infiltration cube can be configured with a DN 100 or DN 150 connection (to be determined on-site). The infiltration elements can be arranged in a row and should be wrapped in geotextile to protect against soil intrusion. The 205-liter infiltration cube is an easy-to-assemble kit consisting of 6 side panels, including molded-in mounting pins.The "410 L Infiltration Starter/Expansion Set" consists of the following components:2 205-liter infiltration cubes8 m² geotextile Local soil conditions are crucial for the correct design of an infiltration system and must be verified via a soil survey or an infiltration test. The design of the infiltration system must be adjusted based on the soil’s infiltration capacity—please read the installation instructions and the instructions for the infiltration test very carefully. Technical Data Material: Polypropylene Weight in kg: 19.5 Connections: DN 100 / 150 Useful volume: 410 liters