vintagelace_servingboard_07

Medium Vintage Lace serving board ~ natural 09

$105.00

Out of stock

Handmade stoneware serving board with beautiful lace imprint. A gorgeous piece to present cake, sweets, dessert or cheese & dips. Each piece is entirely made by hand by pressing a vintage lace doily into the clay whilst wet, leaving the detailed imprint of the lace behind.

Hand-brushed with a non-toxic, food-safe white gloss glaze, leaving the underside and part of the top exposed for a vitrified stone-like surface.

Measures approx. 22.5cm wide x 29cm high.

These serving boards are created freeform and each piece is different. The piece you see here is the one you will receive. I will update these pieces on a regular basis so if sold, please check back soon or sign up to our newsletter to stay up-to-date!

Further info on the Vintage Lace Collection and care of your ceramics below.

Product Description

Stoneware serving board with vintage lace imprint, handmade using a stunning sand-coloured stoneware clay. Finished with food-safe colours and glazes.

 

inspiration
“I was originally inspired by a box full of beautifully crafted doilies that I discovered tucked away in a corner at St Vinnies – they had been given away due to some discolouration, yet had such lovely patterns. I started to think of ways I could reuse these little works of art and incorporate them into modern, decorative and functional pieces, revamping them to highlight the beauty of their intricate patterns and texture.”

 

caring for your ceramics

All our ceramics are hand-made in our Sunshine Coast studio, Australia. Variations and irregularities may occur in size, shape, colour & glaze, making each piece unique and one-of-a-kind.

 

All our ceramics are made using Australian, non-toxic, food-safe clays and glazes. They are oven and dishwasher safe, however we do recommend taking care as they are handmade of limited quantity. Take care to avoid sudden temperature changes (for example from the oven to a cold benchtop) as this is likely to cause thermal shock which can result in the piece cracking.