The glass stirring spoons with ornament are a complement to every bar, kitchen countertop or dining table at any party. Suitable in just about any setting, from bar and restaurant use, to household use. These glass stirring spoons are very versatile, and can be used as a mixing spoon for cocktails, juices, iced teas or flavoured milk. The stirring spoons made of glass are suitable for serving desserts or fruits, and can also be a nice added detail while serving coffee of tea.
The famous stirring spoon with a beak at one end dates back to the French pharmacy, where it were first used to mix medicine formulas. Later on, stirring spoons were sold and used in American bars for mixing drinks with fruit. Guests would stir the drinks with a spoon, and eat the fruit with a fork.
These mixing glass spoons with ornament make a very nice gift for any occasion. Presenting endless decorating possibilities, they’re sure to be a hit. They have the perfect size and good grip for a perfect stir.
Our glass stirring spoons with ornament are a great alternative to plastic tableware. These party mixing spoon are reusable. The reusable glass mixing spoons very easily replace plastic dinnerware. After use, wash it and reuse it again and again.
Package consists of 4 glass spoons with ornament.
Small Spoons = 12 cm / 4.72 inch
Large Spoons = 20 cm / 7.87 inch.
By popular demand, please note that the flamingo spoons count 6 units per package.
Important information: This products can only be purchased by pre-order!
In particular, these beautiful spoons are hand crafted in a small workshop. This supports an important income source for the local community by using locally sourced materials and workforce.
Manufacturing process can take up to 3 weeks. Please note that, during high demand periods, these times might increase.
For sustainability purposes, and to protect and conserve the environment, we are working alongside our suppliers to guarantee that working conditions, product safety levels and environmental production standards are respected throughout the entire supply chain.