Hexagonal Flower Pot
The polyhedron design of the hexagonal flower pot is inspired by the geometric cutting aesthetics of modern architecture. Each face has a carefully calculated angle to form a visual three-dimensional sense of layering.
This irregular geometric shape breaks the constraints of the round or square shape of traditional flower pots, creating a spatial artwork full of tension.
Hexagonal Flower Pot
This corten hexagonal flower pot is made of 3mm thick high-quality Corten steel plate. Through CNC laser cutting and welding technology, a unique polyhedron geometric structure is created. The internal volume of the flower pot reaches 85-180 liters (depending on the size), and drainage holes are reserved at the bottom to ensure the healthy growth of plant roots.
The weight of the flower pot ranges from 12-35kg. The stable bottom design ensures safe placement. It is suitable for planting succulents, small shrubs, foliage plants and other green plants. It is not only a practical gardening container, but also a beautiful decoration.
Productspecificatie:
| Productnaam | Hexagonal Flower Pot |
| Materiaal | Cortenstaal/Weerbestendig staal |
| Kleur | Rusty |
| Maat | H 100 cm × W 54cm |
| Thinkness | 3cm |
Productgegevens:
The corten flower pot initially presents a dark gray metallic texture. After 2-6 months of oxidation in the natural environment, a stable rust-orange protective layer will gradually form on the surface. This dense oxide film not only has a unique industrial aesthetic charm, but also effectively prevents the internal steel from continuing to corrode, and the service life can reach more than 30 years. The following is a comparison of this flower pot before and after rusting.
Our Service:
Size customization: Provide a variety of size customization according to customer space requirements
Style customization: Adjust the angle of the section based on the existing geometry to create a unique shape
Surface treatment: You can choose natural rusting or artificial accelerated rusting treatment
Drainage system optimization: Adjust the number and position of drainage holes according to planting needs
