Product Description
- Bamboo spoons resist heating to high temperatures, don’t chemically react with acidic foods, or scratch pots and bowls, as their metal counterparts do
- Bamboo does not melt, leach chemicals or impart strange tastes into hot foods as plastic can
- A wooden spoon can be used to stir any dish in any type of vessel
- Bamboo is stronger than oak. The tensile strength of bamboo is 28,000 pounds per square inch. Compare that with the tensile strength of mild steel at 23,000 pounds per square inch.
- Bamboo is better for the planet, creating 35% more oxygen than similar sized stand of trees, needing no chemicals to grow, and requiring less fresh water to grow.
What is the Bamboo Spoon Heat Resistant Kitchen Tool - 11-3/4 in?
The Bamboo Spoon Heat Resistant Kitchen Tool - 11-3/4 in is a custom promotional product available from Promolistic. A high-quality bamboo spoon is an essential tool for any kitchen. It won't leach chemicals, or impart strange flavors into your food, nor will it heat up in your hand, or bend under high temperature c Made from Bamboo and Steel and Oak and Plastic and Food. Pricing starts at $2.25 per unit.
How to order Bamboo Spoon Heat Resistant Kitchen Tool - 11-3/4 in
Minimum order quantity is 150 units. Standard production time is 5 Business Days. All orders include a free digital proof within 24 hours.
Customization options for Bamboo Spoon Heat Resistant Kitchen Tool - 11-3/4 in
Available in 1 colors including Bamboo. Key features: Bamboo spoons resist heating to high temperatures, don’t chemically react with acidic foods, or scratch pots and bowls, as their metal counterparts do, Bamboo does not melt, leach chemicals or impart strange tastes into hot foods as plastic can, A wooden spoon can be used to stir any dish in any type of vessel, Bamboo is stronger than oak. The tensile strength of bamboo is 28,000 pounds per square inch. Compare that with the tensile strength of mild steel at 23,000 pounds per square inch.. Custom logo imprinting available with multiple decoration methods.
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