Confetti Dining Table - Round
Designed by Gibson Karlo$1,070
ARTICLE NUMBER: SKU:CON-DTB-900D-CL-WHT-415D
The Confetti Round Table with its cylinder pedestal base celebrates the beauty of 100% recycled plastic, balancing classic forms with bold textures. Its versatile and simple shape offers a wide range of table top finishes. Inviting and truly individual, every Confetti piece comes with its own story. Each product is unique with no two products alike.
Custom - Trade Only
Lead Time & Delivery
Data Sheets & Downloads
Material: 100% recycled plastic base with powder coated metal/timber/laminate/compact laminate table top.
Please allow a tolerance of +/- 10mm for the recycled plastic base.
Metal top standard sizes - 900Diameter x 693 H mm
Compact laminate standard sizes - 900/1200/1500Diameter x 703 H mm
Timber and laminates standard sizes - 900/1200/1500 Diameter x 723 H mm
Indoor - Timber and laminate tops.
Outdoor - Metal and compact laminate tops.
- Custom square table top, top material and dimensions available.
- Custom integrated power and data options.
We work closely with architects and interior designers on small and large scale projects alike. Our in-house design and production teams can assist you to create new or customised versions our products. For all custom enquiries, please email firstname.lastname@example.org or call +612 8005 4805.
Please note, minimums and/or set up charges may apply to custom projects.
This product is made to order. A lead time of 8-10 weeks applies to variants that are not in stock. Please call 02 8005 4805 or email email@example.com to confirm quantities and lead times.
Designed by GibsonKarlo (Sarah Gibson & Nicholas Karlovasitis).
"We have always been fascinated by the application of reused or recycled materials. These materials are often hidden but we feel that they should be celebrated not only because they are sustainable but because they can be beautiful and create conversation."
Note: Due to the 100% recycled nature of the Confetti plastic, each plastic base may have different pattern variations. Images are a guide only.