If you’re looking for a focal point for your hallway or an eye-catching addition to your patio, then this Set of 2 Deep Concrete Planters on a Wooden Stand are sure to fit the bill. This set contains a smaller planter which measures 36.5x36.5x86.H(cm) and weighs 6.6kgs, as well as a larger planter measuring 40.x40.x97.H(cm) and weighing 7.7kgs. Whether you display them together or separately, these planters are sure to add interest and style to your home or garden.
These planters are also a fantastic choice for commercial premises, including hotels, restaurants, retail stores and salons. Their distinctive and contemporary design helps to give your business a professional, modern look. The sleek look of concrete complements well with the warmth of the tall, wooden legs to create a stylish, industrial design with a rustic look.
What we love about this collection:
Renowned for superior durability, concrete planters and pots will keep your plants upright whatever the weather, whilst their superior insulation properties protect and nurture your plant’s growth. Despite their practicality, concrete also offers an increasingly contemporary alternative to traditional terracotta pots, making them the material of choice for the modern home.
All of the concrete planters and pots in our collection are supplied with a one year constructional warranty.
Care & Cleaning
All of our products are covered by a One Year Structural Guarantee unless otherwise stated. Therefore, if any of our products develop faults during this time, please contact us and we can issue you with a replacement. Exceptions to this guarantee are:
- Domestic products used in commercial environments
- General Wear and Tear
- Faults due to misuse or inappropriate due care
12 month constructional warranty
If your planter is usually positioned on a terrace, be sure to move the planter and clean the area underneath from time to time. Doing this will prevent the build-up of mould or fungi which can cause discolouration of terraces, due to moisture being trapped under surfaces for prolonged periods of time.