Description Bisetti Salt Mill Roma Natural - Ceramic - 13 cm
Ceramic grinding mechanism: durable and corrosion-resistant
Compact & practical: 13 cmideal for everyday use at the table
Natural design: timeless and suitable for any tableware
Bisetti Salt Mill Roma Natural - Ceramic - 13 cm
The Bisetti Salt Mill Roma Natural (13 cm) is a compact and stylish mill that adds freshly ground salt directly to your dishes. The ceramic grinding mechanism is corrosion-resistant and specially designed for salt, ensuring that the flavor remains pure and consistent. Thanks to its handy size, you can easily use the mill at the table or while cooking. The natural finish provides a warm, timeless look that complements many tableware sets.
Benefits of Bisetti Salt Mill Roma Natural - Ceramic - 13 cm
- Compact size (13 cm) that can be easily placed on the table and in the kitchen
- Ceramic grinding mechanism that is corrosion-resistant and suitable for salt
- Easy to use: finer or coarser grinding possible depending on settings
- Neutral natural look that easily combines with various interior styles
- Robust construction for daily use and long-lasting performance
Tips
Only fill the mill with dry, coarse salt; moist or finer salt mixtures can clump together and block the grinding mechanism. Do not place the mill in the dishwasher and do not submerge it in water; clean the outer surface with a dry or slightly damp cloth and dry immediately.
Specifications
- Brand: Bisetti
- Type: Salt Mill Roma Natural
- Height: 13 cm
- Grinding mechanism: ceramic (corrosion-resistant, suitable for salt)
- Color: natural
- Dishwasher safe: No (hand cleaning recommended)
- Suitable for: dry, coarse salt
Usage and maintenance
- Fill the mill with dry, coarse salt and turn it a few times to allow the grinding mechanism to run smoothly.
- Wipe the outer surface clean with a dry cloth; for stains, wipe lightly with a damp cloth and dry immediately.
- Store the mill in a dry place and turn it briefly before using it again after storage to loosen the grinding mechanism.