Complaint
Features
- Protective layer - forms a stable, self-protecting rust that requires no painting or maintenance
- Corten steel - a fashionable aesthetic which doesn't compromise structural strength
- 5 years warranty
Available as a set of 3 or individually
Sizes & Measurments: Small: 80cm x 20cm x 20cm Medium: 90cm x 23cm x 23cm Large: 100cm x 25cm x 25cm
The three pieces look fantastic! Their instructions for creating a rapid patina worked well.
Some clients are excited to watch them acquire their patina as they weather and to use them as lighting features in our garden.
Rustic Rusty Metal Garden Columns Landscape Planter Lighting Box Steel Bollards Garden Art Yard Art Sculpture Gift.
Bare Metal version is Unrusted (You can paint it or it will rust naturally)
Standard sizes,also custom made according to your request.
Product Name | LED Bollard/Rusty Bollards/Corten Steel Bollard Light |
Material | Corten Steel,Galvanized steel,etc. |
Size | Custom made |
| Install | Easy install in flowerbeds & garden |
Color | Nature steel,rust patina,various powder coated color |
Rusted corten steel light box,we offer free CAD drawings to make the laser cut hanging wall art as accurate as possible.
An Architectural Landscape Structure can be used in many ways.
A light housing for outdoor ground light
Planter
For Landscape Focal Point
Tall and sleek, the Corten bollard is the perfect addition to any front entrance, deck or patio. Featuring a rusted patina finish and a modern modular design, the bollard light is ideal as a patio accent or as a pool focal point. Crafted from thick gauge, fully seam welded Corten Steel, all bollards are proven to resist weather-related issues such as cracking in both winter and summer months.
Corten is a type of steel that naturally weathers over time, and developing an attractive and protective rust layer. It is really a paradox, as although it is rusted, to a degree, the surface actually has a layer that protects against further corrosion. In other words, the steel is allowed to rust in order to form the protective coating. This protective layer develops due to the elements that are active in the alloys of the steel. It regenerates continuously when subjected to the influence of water and oxygen.
