As seen in Neptune. Made by hand in Marlborough.
As seen in Neptune
With its vast windows and soft, airy colour palette, this beautiful Chichester kitchen from Neptune is at once light and fresh, characterful and cosy.
The Neptune team has chosen our hand-decorated Ettie tiles behind the range cooker, in Wool — perfectly complementing the Flax blue cabinetry, and bringing a soft vintage delicacy to the space. Natural oak elements add a warmth and a homely feel.
Each Ettie tile is hand piped with an intricate relief design by a member of our talented team of artists onto a hand-pressed, rustic biscuit at our studio in Marlborough.
The process results in natural, beautiful variations that make each piece unique.The edges of the pattern meet with their partner when placed side-by-side, enabling you to create showstopping panels of texture and colour on your wall.
Neptune's Chichester kitchen features Ettie patterned tiles in Wool.
The tiles are hand decorated by our artists at our studio in Marlborough.
Ettie is available in an array of heritage colours. You’ll find some of our favourites below or explore all colour-ways and patterns in the Halcyon, Kensington and Ullswater collections.
Creating these gorgeous decorative tiles takes a great deal of time and care. Our methods of production mean that no two tiles are the same, and each one brims with character — telling the story of how it was made.
The highest quality clay is pressed by hand into a frame, creating a thick, characterful tile body with rough edges and an organic finish.
The pretty vintage pattern is hand piped by a member of our talented team of artists at our studio in Marlborough.
Each of our colours is individually mixed and expertly combined from our bank of raw pigments to create precise nuances of shade.
Glaze is poured directly onto the tiles, pooling across their contours to create wonderful tonal variation.
The tile is heated to 1008 degrees in our kiln, and then cooled at the same speed. This strengthens the tile and ensures it has the desired porosity.