Ocean Table

4 pers.

9 875,00 SEK VAT included

The Ocean Table is a part of the Ocean Collection, a reimagined
outdoor series, originally designed in 1955 by Jørgen and Nanna Ditzel.

The burnt red version is made from post-consumer e-waste. E-waste
is considered the fastest-growing waste stream in the world. E-waste
consists of mixed plastic parts from end-of-life electronic appliances
such as fridges, displays, keyboards, etc.

The Ocean Collection is designed for disassembly, meaning that the design
allows each component in its purest form to recycle into new production
circles.

Details ⌵

Dimensions
W 140 cm x D 70 cm x H 74 cm W 55.2” x D 27.6” x H 29.1”

Material
Recycled post-consumer e-waste plastic and recycled fiberglass (variation possible due to recycled materials)

Finish
Burnt Red

Origin
Poland

Design
Jørgen & Nanna Ditzel | DK

Item no
09325

Sustainability ⌵

The burnt red version is made from post-consumer e-waste.

E-waste is considered the fastest growing waste stream in the world. E-waste consists of mixed plastic parts from end-of-life electronic appliances such as fridges, displays, keyboards, etc.

One Ocean Table recycles
4 kg of post-consumer e-waste

Care and maintenance ⌵

Recycled plastics

Our recycled plastics offer a strong durable surface. It is easy to clean and requires very little maintenance. The plastic surface can be cleaned with a soft cloth wrung in lukewarm water.

Avoid contact with sharp objects that can scratch or damage the surface of the material.

Powder Coated Steel

A powder-coated steel surface is durable and requires very little maintenance. It is recommended to use only a soft, dry cloth to clean powder-coated surfaces; however, if more thorough cleaning is needed, a soft cloth wrung out in lukewarm water can be gently applied.

Always dry the surface immediately after cleaning with a soft, dry cloth. Avoid using abrasive cleaning agents or aggressive detergents on powder-coated surfaces, as these may permanently damage the finish. Minor scratches or damages to the surface can lead to corrosion.