Septfontaines Mug 300 ml

Septfontaines mug in porcelain with perfect handling

This elegant Septfontaines mug from Villeroy & Boch holds 300 ml and is made from first-class porcelain. The mug is part of the classic Château Septfontaines collection, where high quality and considered aesthetics come together in a timeless design suitable for everyday use.

Use it for your daily coffee, tea, or hot chocolate, where the 300 ml capacity provides just the right amount for a full cup.

Durable porcelain for everyday use

The high-quality porcelain ensures the mug retains its attractive appearance even with daily use. The material is both strong and robust, making it resistant to normal wear and tear. The smooth surface prevents discolouration and stays looking good year after year, even when used for coffee, tea, or other drinks that can leave stains.

Practical and easy to maintain

This mug is dishwasher safe without losing its lustre or quality. This saves time on washing up whilst ensuring hygienic cleaning every time. Weighing 222 g, the mug has a pleasingly substantial feel that provides good balance in the hand, without feeling too heavy even after extended use.

Timeless elegance for every occasion

As part of the Château Septfontaines collection, this mug contributes to a cohesive table setting at both everyday meals and special occasions. The classic design suits a wide variety of styles and pairs easily with other tableware. The porcelain retains the heat in your drink so you can enjoy it for longer.

• Made from quality porcelain that stays looking beautiful
• Dishwasher safe for easy maintenance
• Holds 300 ml – the perfect size for coffee or tea

You are always welcome to contact our customer service at web@hwl.dk for further information.

Frequently asked questions

Can the mug be used in the microwave?
Yes, the Septfontaines mug is microwave safe, making it convenient for warming drinks.

How should I best care for my porcelain mug?
The mug is dishwasher safe, but to prolong its life it is advisable to avoid sudden temperature changes and strong chemicals that could affect the surface.

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