Balcony Flowerpot Bloomball White Ø 30 cm
rephorm
- made of recycled plastic
- UV-resistant
- frost-resistant
Delivery time: In 2-4 working days at your home
Exclusive plant pot for your balcony - BLOOMBALL
On your balcony it goes round now...! The new BLOOMBALL brings zest and new design to your balcony. The minimalist planter made of high-quality thick-walled plastic easily adapts to any architecture. Suitable for railings up to 6 cm wide. To ensure that the BLOOMBALL holds securely and without wobbling even on thinner or even glass railings, the manufacturer recommends the use of foam or rubber parts between the railing and the flower pot.
The Original. Designed in Berlin, Made in Brandenburg
Details BLOOMBALL
On your balcony it goes round now...! The new BLOOMBALL brings zest and new design to your balcony. The minimalist planter made of high-quality thick-walled plastic easily adapts to any architecture. Suitable for railings up to 6 cm wide. To ensure that the BLOOMBALL holds securely and without wobbling even on thinner or even glass railings, the manufacturer recommends the use of foam or rubber parts between the railing and the flower pot.
The Original. Designed in Berlin, Made in Brandenburg
Details BLOOMBALL
- made of recycled, high quality plastic
- durable and robust
- 100% UV-resistant
- Design Michael Hilgers
- Made in Germany
- Secured to the railing tube by plastic ties
- Drainage plug can be removed if required
- Suitable for railings up to 6cm wide
- Also suitable for thin glass railings
Details | |
Brand | rephorm |
---|---|
Colour | White |
Material | Plastics |
Dimensions | |
Diameter | 30 cm |
Designed in Berlin. Made in Balkonia.
Behind the Berlin company rephorm is the architect and designer Michael Hilgers. All products are developed by him. With his innovative solutions for your open-air living room, he wants to contribute a little to making your time at home as pleasant as possible. All products are made of high-quality recyclable plastic and are manufactured in a Brandenburg plastic factory in the traditional rotation process