Looking for a unique garden edging to separate plants from the grass or sidewalk? The IPAL 7 TERRACOTTA GARDEN PALISADE LAWN Edging 405CM will be the perfect decorative element for your garden! very durable, resistant to various weather conditions and UV radiation you can hide various types of cables and connections in it easy to install thanks to a special connection system the mower wheels can move on the flange helps separate different types of plants and highlight their charm the edge allows you to create interesting shapes: circles, arcs, etc. The GARDEN PALISADE LAWN EDITION 405CM IPAL 7 TERRACOTTA is a practical addition to your garden. You can use it not only for decoration, but also to create paths, pathways, or to separate different plant species. Lawn mower wheels can run along the palisade's special flange. It's exceptionally easy to assemble and disassemble. The easy-to-connect system allows you to organize your plants and create amazing shapes in minutes. Become a landscape creator! With the GARDEN PALISADE LAWN EDITION , more than one neighbor will be looking with envy at your green oasis! Parameters: Total length (segments) approx.: 405cm Post dimensions approx.: 6 x 6 (diameter x height) Ramp width approx.: 4.5 cm Wall thickness: 2 mm Driving tips: Yes, 3 pcs per segment Net weight approx.: 1.900 kg Gross weight approx.: 2,000 kg Material: Plastic Color: Terracotta Segment dimensions approx.: 50.6 x 6 + 12 (head) x 11 cm (L x H x W) Set: 8 segments of 7 posts each Packaging dimensions (box): 25.5 x 13 x 59 cm (W x D x H) Manufacturer: Prosperplast Prosperplast is a leading manufacturer in Poland and Europe of a wide range of plastic products for home and garden use, as well as children's products (e.g., sleds and slides). The company focuses on modern design, functionality, and durability of its products. Important: the colors shown are for illustrative purposes only and may differ from the actual colors due to different monitor settings and the photo processing process. Important: the product may differ slightly in appearance and size depending on the delivery, while maintaining all functional functions.