
Mud Australia Dipping Bowl Slate 11cm
Elevate your table setting with this elegant dipping bowl in Slate, 11cm from Mud Australia. Perfectly sized for condiments, olive oil, sauces or dips, its handcrafted design brings both style and versatility to everyday dining. Made using premium Limoges porcelain with a subtly tinted slate finish, the bowl features a smooth glazed interior and a tactile, stone-like exterior that becomes more comfortable with handling — celebrating the unique charm of artisan production.
Features
- Ideal for serving dips, oils, sauces and condiments
- Handmade artisanal porcelain with natural variations in size and glaze
- Smooth glazed interior with a tactile exterior surface
- Dishwasher, oven and microwave safe with appropriate care
Specifications
- Dimensions: 11cm L x 11cm W x 3cm H
- Material: Limoges porcelain
- Colour: Slate
- Origin: Handmade in Sydney, Australia
Care
Suitable for oven, microwave and dishwasher; avoid sudden temperature changes to prevent thermal shock.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Elevate your table setting with this elegant dipping bowl in Slate, 11cm from Mud Australia. Perfectly sized for condiments, olive oil, sauces or dips, its handcrafted design brings both style and versatility to everyday dining. Made using premium Limoges porcelain with a subtly tinted slate finish, the bowl features a smooth glazed interior and a tactile, stone-like exterior that becomes more comfortable with handling — celebrating the unique charm of artisan production.
Features
- Ideal for serving dips, oils, sauces and condiments
- Handmade artisanal porcelain with natural variations in size and glaze
- Smooth glazed interior with a tactile exterior surface
- Dishwasher, oven and microwave safe with appropriate care
Specifications
- Dimensions: 11cm L x 11cm W x 3cm H
- Material: Limoges porcelain
- Colour: Slate
- Origin: Handmade in Sydney, Australia
Care
Suitable for oven, microwave and dishwasher; avoid sudden temperature changes to prevent thermal shock.





















