What it is?
Setting a table for an event requires more than just figuring out the plates, bowls, and cups. You'll also need to consider the flatware down to the dessert spoons, and the 3" Natural Birch Eco-Friendly Disposable Mini Dessert Spoons are here to help. The 3" Natural Birch Eco-Friendly Disposable Mini Dessert Spoons contain 25 dessert spoons in each of its 24 packages, so you have more than enough to go around and can save big bucks buying in bulk for your event. They measure 3 inches in size, making them the perfect dessert spoon length. The disposable spoons fit nicely with the other disposable flatware you have at your table. These 3" Natural Birch Eco-Friendly Disposable Mini Dessert Spoons are ultra-strong and durable, capable of remaining intact even when exposed to heat as high as 200 degrees Fahrenheit. They are durable enough to support the weight of any food as well without bending under its weight, regardless of what's being served. Not only are they strong and durable, but they are eco-friendly as well, making them an obvious alternative to standard disposable spoons. These fancy disposable spoons are made of 100 % natural birch wood that is highly sustainable and recyclable. They are completely free of any toxic chemicals, with no glues, chemicals, or binders to speak of, and are even naturally biodegradable. Instead of throwing them out and fearing they will go to a landfill, you can simply compost them or dispose of them, knowing that they will degrade on their own in time.
What else you need to know
- Length: 3"
- Case quantity: 24 packs of 25 dessert spoons
- Color: Natural
- Material: Birch wood
- Disposable: One-time, single party use
- Recycling note: All natural, compostable and biodegradable, with no binders or chemicals.
- Product details:
- Sustainably produced using 100% natural birch wood. Won't bend or buckle from the weight of food
- Naturally biodegradable
- 100% Compostable
- Heat tolerant above 200 degrees Fahrenheit
- Chemical and glue free, completely non-toxic
- FDA approved