Endorphin EASY-ROM DIY ALU-Rhombuszaun in anthrazit 2 Elemente 180x180cm 3 Pfosten 7x7x235cm
Price in EUR including VAT
Delivered between Thu, 9.4. and Tue, 14.4.
10 pieces in stock at third-party supplier
10 pieces in stock at third-party supplier
Supplied by
free shipping
Product details
The Easy-Rom DIY Aluminum Diamond Fence from Endorphin is a modern and stylish solution for designing garden areas. This fence consists of two elements measuring 180x180 cm and comes with three sturdy posts that have a height of 235 cm. The fence is made of powder-coated aluminum, making it not only durable but also easy to maintain. The elegant diamond shape and narrow gaps provide both privacy and an appealing look that harmoniously fits into various garden styles. The invisible fastening ensures a minimalist design, while the soft edges of the aluminum slats emphasize a clear horizontal line. This privacy fence is ideal for those who value aesthetics and functionality.
- Made from powder-coated aluminum for durability and easy maintenance
- Modern diamond shape for an appealing look and privacy
- Invisible fastening for a minimalist design
- Sturdy aluminum slats with elegant rounded edges
- Easy and quick assembly for a hassle-free installation.
Material group | Metal |
Length | 180 cm |
Height | 235 cm |
Item number | 58819356 |
Manufacturer | Endorphin |
Category | Garden fencing |
Release date | 21.5.2025 |
External links |
Colour | Grey |
Exact colour description | Charcoal |
Material group | Metal |
Material | Robust aluminium with high-quality surface finish |
Surface finish | Powder coating |
CO₂ emissions | 1,97 kg |
Climate contribution | EUR 0,12 |
Scope of delivery | 2x fence element (30 profiles each incl. spacers) 180x180 cm, 3x aluminium posts to set in concrete 7x7x235 cm, Fixing material |
Length | 180 cm |
Width | 180 cm |
Height | 235 cm |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return
30-day right of return
24 Months statutory warranty
Legal concerns