Gallon Side Table, Low

Evocative of the traditional milk can, this low side table is turned from a solid block of ash wood and will last a life time.


2 in stock.

Enquire Now

Make 3 payments with Learn more

We are Carbon Neutral - find out more

Gallon Side Table, Low

The form of Gallon Side Table is inspired by the traditional milk cans – but also subtly references modernist architecture – and in doing so bridges the gap between our countryside roots and the city home.

Turned from a solid block of laminated ash and finished with a white oil and wax, each side table will look different and unique, and they are liable to split in places due to the thickness of the block, but this is intentional.

This is the lower version of the two.

Designed by Daniel Schofield for Another Country.

Made in UK

Materials & Finishes

Solid Certified Ash / White Oil & Wax Finish


  • Diam: 360mm / 14 3/16″
  • Height: 300mm / 11 13/16″

Free UK delivery over £1500

Eligible for return within 14 days

Our products are made to order in our workshops in the UK and Portugal. Lead times vary according to the time of year. If not indicated against each product as you select your option, please call us or email us for the most up-to-date lead times. Please also contact us if you have specific requirements for delivery, for any custom orders or to check on stock items.

Visit our showrooms


At both our London and Dorset showroom you will find a broad selection of our furniture designs on display alongside a curated edit of home accessories. For showroom opening hours click here. To book a virtual visit click here, or call us on +44 (0)20 7486 3251 for London or +44 (0)1747 445 695 for Dorset.

Find your nearest store


You will find a map of our global stockists to help you find the nearest store to see and touch our products. Not all of our products are on display at every stockist. Please speak to us or to your nearest store to check before you visit.

Weight 100.0 kg

Sign up for the latest stories, news and offers

Ethos & Sustainability

Learn More