Vodaland 250×250 Catch basin – Load Class A15 – Plastic

Vodaland 250×250 Catch basin – Load Class A15 – Plastic gully drain for point drainage with debris basket (Plastic grate)

Vodaland’s 250×250 plastic catch basins—also known as yard drains or gullies—are engineered to deliver the ideal balance of durability, performance, and affordability. These lightweight yet robust drainage gullies provide highly effective and budget friendly point drainage for residential areas. Each unit includes a removable sediment basket and a plastic A15-rated grate, making it suitable for pedestrian and light-load applications. Designed for flexibility, every catch basin offers four outlet sizes (50mm, 75mm, 110mm, and 160mm). This versatile yard drain system serves as a reliable upgrade or cost-effective alternative to traditional drainage channels.

• SIZE: 269mm length x 269mm width x 245mm depth. For more information about dimensions refer to a catch basin drawing in photos.
• APPLICATIONS AND USE: This is a pedestrian load rated drain which means it is suitable for light foot traffic only. It's perfect for collecting rainwater from gutters and downpipes. It can also be installed in patios, backyards, general areas around a house and more. It is important to encase Vodaland catch basins in concrete to ensure longevity and efficient performance.
• EXCELLENT DRAINAGE CONTROL: This gully are made to solve drainage problems. It is similar to traditional linear drainage channels except this is a standalone gully and comes with a silt basket to trap leaves, sand and prevents other debris from clogging pipes.
• DESIGN AND CUSTOMISATION: Vodaland’s catch basins are designed to look great and offer great flexibility. There are several different types of grates and each gully features four outlet options: 50mm, 75mm, 110mm, and 160mm.
• SIMPLE INSTALLATION AND MAINTENANCE: Gully drain comes fully assembled and you only need to install it. Maintenance has never been easier. Simply clean out the silt basket from time to time to ensure water flows freely.