Ryerson Handmade Sculptural Wall Bracket

Designed and hand-forged exclusively for Foras, our range of Sculptural Wall Brackets have been created by a highly-skilled artisan based locally in Norfolk.

Sourced locally for authenticity, Foras sculptural wall brackets are hand-crafted to order in solid steel. Each bracket is then shot-blasted to remove impurities and then galvanized to prevent rust. They are then finished with a bronze effect powder-coat and satin lacquer to add an extra level of protection.

Featuring two solid steel rings, one sitting snugly within the other, the Ryerson Handmade Sculptural Wall Bracket is a wonderful addition to your outside space. Available as a set of two, why not create a striking entrance to your home with one either side of your front door!

A work of art in it’s own right, the Ryerson can be used to display hanging planters, lanterns or bird feeders whilst creating a stylish feature which is guaranteed to impress.

Our Angelica Set of 3 Vintage Hanging Planters are available to purchase separately.

Please Note : Each Sculptural Wall Bracket is hand-made to order and as such will attract a lead time of 3-4 weeks for delivery.

Your Wall Bracket will be hand made to order and as such will attract a lead time of 3-4 weeks for delivery.

Your order will be delivered by a 3rd party courier, you should receive text message updates regarding the progress of your delivery from the courier directly.

The process of powder coating, treating an item electrostatically and curing it with heat, was invented in the 1940s by Daniel Gustin.

The finish produced is harder and tougher than conventional paint and is useful for coating metal where weather resistance is paramount. As powder coating does not have a liquid carrier, it can produce thicker layer without running or sagging and provides a seamless transition between vertical and horizontal surfaces.

Powder coatings contain no solvents and release little or no amount of volatile organic compounds (VOC) into the atmosphere making it an ecologically friendly process.