Contemporary Ceramics gallery and shop exhibits the greatest collectable names in British ceramics along with the most up and coming artists of today. Our distinguished makers are all carefully selected members of the Craft Potters Association.
All of our makers are members of the Craft Potters Association and each of them have a story to tell.
Patia studied at Harrow College of Further Education 1986 – 1988 and subsequently spent a further two years at Cardiff School of Art and Design from 1998 – 1990. During her time at Harrow and Cardiff she was tutored by Mick Casson, which after her graduation led to an invitation by Mick and Sheila Casson to join the team at Wobage in 1990. This is where Patia continues to work today in her own workshop making slip decorated earthenware and high-fired ash and feldspathic glazed porcelain. Patia was made a Fellow of the CPA in 2015, and has exhibited in the UK, Japan and Europe.
Peter has been a professional potter since 1989, evolving over the years within the context of attention to detail, balanced form and decoration, and passion – all of which he believes are crucial.
Jim Malone has been making pots for over forty years, gradually establishing an international reputation. Having exhibited widely over many years, both in Britain and abroad, Jim's work is represented in numerous private and public collections, including York Museum and Art Gallery and the Victoria and Albert Museum, London.
Chris Keenan has been making pots for almost twenty-five years. Thrown and turned by hand on the wheel using Limoges porcelain, he specialises in pieces for interior spaces – designed for functional use and for decoration.
For this new exhibition, Jane will be showing a group of hemispherical double walled bowls mixed with different organic and man-made materials collected randomly, each a metaphor for memory and words. Using combinations of press moulding, coiling and slabbing processes before burnishing the surface, her pieces are then low fired and then refined with sandpaper followed by a higher temperature firing.
