

Mud Australia Dinner Plate Sand 28cm
Crafted for everyday elegance and versatile dining, this Mud Australia Dinner Plate in Sand, 28cm brings effortless style to your table. Handmade in Sydney by skilled ceramicists, its contemporary profile features a flat base and gently raised lip that beautifully frames your dishes while keeping food securely in place. The soft, muted Sand hue is subtly tinted through the porcelain body, offering a refined yet natural tone that complements both casual meals and special occasions.
Features
- Handmade artisanal porcelain design with unique character
- Timeless, versatile colour ideal for a range of table settings
- Designed to pair with other dinnerware pieces for custom table styling
Specifications
- Dimensions: 28cm L x 28cm W x 1.5cm H
- Colour: Sand
- Material: Porcelain clay, colour tinted through body
- Origin: Handmade in Sydney, Australia
Care
Suitable for oven, microwave and dishwasher; avoid sudden temperature changes to prevent thermal shock.
Original: $52.18
-65%$52.18
$18.26Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Crafted for everyday elegance and versatile dining, this Mud Australia Dinner Plate in Sand, 28cm brings effortless style to your table. Handmade in Sydney by skilled ceramicists, its contemporary profile features a flat base and gently raised lip that beautifully frames your dishes while keeping food securely in place. The soft, muted Sand hue is subtly tinted through the porcelain body, offering a refined yet natural tone that complements both casual meals and special occasions.
Features
- Handmade artisanal porcelain design with unique character
- Timeless, versatile colour ideal for a range of table settings
- Designed to pair with other dinnerware pieces for custom table styling
Specifications
- Dimensions: 28cm L x 28cm W x 1.5cm H
- Colour: Sand
- Material: Porcelain clay, colour tinted through body
- Origin: Handmade in Sydney, Australia
Care
Suitable for oven, microwave and dishwasher; avoid sudden temperature changes to prevent thermal shock.





















