Joa Sekoya Round Coffee Table
by Tog
As with all Philippe Starck designs, this boisterous pedestal table has a cheeky side as shown by its faux-wood grain texture that imitates the illustrations of classic cartoons.
The hard edges and round profile are matched by a tall central beam and four pointed base providing plenty of space while still ensuring support.
With a range of pastel shades to choose from, match with other pieces from the Joa Sekoya range for a striking pedestal set.
Product Story
As with all Philippe Starck designs, this boisterous pedestal table has a cheeky side as shown by its faux-wood grain texture that imitates the illustrations of classic cartoons.
The hard edges and round profile are matched by a tall central beam and four pointed base providing plenty of space while still ensuring support.
With a range of pastel shades to choose from, match with other pieces from the Joa Sekoya range for a striking pedestal set.
About Your Delivery
A Heal’s Furniture delivery
What happens when I order?
- Many of our items are built to order.
- Once you've placed your order we place ours.
- As soon as our suppliers have made it and delivered to us, we contact you directly to offer a suitable delivery date.
- Deliveries are Mon-Fri but Saturday slots can often be arranged for most of the country.
Hassle-free returns
- All online furniture orders can be returned within 14 days of delivery, regardless of reason.
- Contact us and we will arrange for a crew to come out and collect the furniture.
- There's no charge if it's faulty, but we do charge for change-of-mind returns.
Still have questions?
For questions on our delivery service or if you have any special requirements such as limited access feel free to contact us.
Designed
By Philippe Starck
A true one-off, Philippe Starck is one of most influential designers of modern times. From transparent furniture to sculptural lemon squeezers, his designs have changed the way we live with their stylised, organic look often constructed using unusual and innovative combinations of materials.