The Story
The Mud Australia Water Jug 1L in Mist is thoughtfully designed to combine function with sculptural beauty. Featuring a narrow opening, it was specifically created to help sparkling water retain its fizz for longer, making it ideal for entertaining or everyday dining. Elegant enough to stand alone as a decorative piece, it also pairs beautifully with coordinating tableware to create a refined drinks station.
Handmade in Mud Australia’s Sydney studio, each jug features subtle variations in size, glaze and texture that reflect its artisan craftsmanship and should be embraced.
Features
- Narrow opening designed to help sparkling water retain carbonation
- Handmade porcelain with natural variations in glaze and texture
- Sculptural design suitable for both serving and display
Specifications
- Capacity: 1L
- Dimensions: 10cm L x 10cm W x 29cm H
- Colour: Mist
- Material: Porcelain
- Place of manufacture: Sydney, Australia
Care
Suitable for oven, microwave and dishwasher; avoid sudden temperature changes to prevent thermal shock.
Description
The Mud Australia Water Jug 1L in Mist is thoughtfully designed to combine function with sculptural beauty. Featuring a narrow opening, it was specifically created to help sparkling water retain its fizz for longer, making it ideal for entertaining or everyday dining. Elegant enough to stand alone as a decorative piece, it also pairs beautifully with coordinating tableware to create a refined drinks station.
Handmade in Mud Australia’s Sydney studio, each jug features subtle variations in size, glaze and texture that reflect its artisan craftsmanship and should be embraced.
Features
- Narrow opening designed to help sparkling water retain carbonation
- Handmade porcelain with natural variations in glaze and texture
- Sculptural design suitable for both serving and display
Specifications
- Capacity: 1L
- Dimensions: 10cm L x 10cm W x 29cm H
- Colour: Mist
- Material: Porcelain
- Place of manufacture: Sydney, Australia
Care
Suitable for oven, microwave and dishwasher; avoid sudden temperature changes to prevent thermal shock.
