Interior Design Ideas - Ofdesign

Concrete Planters – functional and creative designs


 


Simple, planters and flower pots in weather-resistant concrete have a sleek appearance and a very contemporary presence. On the terraces, balconies, in gardens or the office – Concrete planters set modern accents, without pushing themselves into the foreground. The purist design features plants and flowers, elegant surroundings with an urban style. Here is some inspiration!

Concrete planters – decorative elements, chic and high-quality

Thanks to its simple look concrete planters are a nice combination for indoors and outdoors. A double-width offers even more options: planters can also serve as a decorative seat element in residential and commercial premises. Although the visible pores give an authentic look, low porosity surfaces are recommended so this way the planters will survive moss and be frost resistant.

Frostproof flower pots for the terrace and balcony



Flowers pots made of concrete and cement mixtures are winter-proof, frost-proof, stress-resistant and can survive very long frost. In winter, they can stay outdoors and last many long years. Concrete planters are available in wide ranges, but of course, you can also make them yourself. It’s important that the pots have a water drainage on the bottom so that the excess water can drain – the best way is to attach holes on the bottom of the planters.

Flower box and minimalist concrete planter

Concrete planters combine fine structure, purist aesthetic, decorative ornaments, and straightforwardness. Cement planter usually preferred an anthracite-colored surface or gray. Lately, however, bold and bright colors are used. Check out our selection of ideas that are suitable to make your own!

Patio containers used for decoration and privacy

DIY Flower pots in concrete

Simple designs set a modern accent

Planters covered with gold foil

Planters with visible pores

A project to make your own- heart-shaped planter

Pop neon color accents

Cement flower pots in the shape of a star