These eco-friendly knotted bamboo cocktail picks are a great way to display your appetizers beautifully at your house party, cocktail party, or catering event. The knotted tip keeps food secure on the pick — olives, cheese cubes, cherry tomatoes, and charcuterie bites all stay put. Biodegradable and made from plant-based bamboo, they're a sustainable upgrade from plastic picks.
Available in the smaller 2.5" size here. Also available in the larger 4.75" size.
🌱 Biodegradable · Plant-Based Bamboo
Key Features
- 🌿 Made from plant-based bamboo — biodegradable
- 🪢 Knotted tip — keeps food secure on the pick
- ✨ Elegant presentation for appetizers and charcuterie
- 💲 Low cost per pick — $0.02 each
- 📦 1,000 picks per case
Perfect For
- Cocktail parties & house parties
- Catering & events
- Cheese & charcuterie boards
- Olive & antipasto service
- Appetizer displays
- Bars & restaurants
Frequently Asked Questions
What does "knotted" mean?
The tip of each pick is tied in a decorative knot — keeping food items like olives, cherry tomatoes, and cheese cubes secure so they don't slide off during service.
Are these biodegradable?
Yes — made from plant-based bamboo, a fast-growing renewable resource.
Is a larger size available?
Yes — see the 4.75" Knotted Bamboo Cocktail Pick for larger appetizers and skewered bites.
Product Specifications
| Specification | Detail |
|---|---|
| Length | 2.5" |
| Style | Knotted tip |
| Material | Bamboo (plant-based) |
| Biodegradable | Yes |
| SKU | TP-04-KT-02 |
| MPN | HY-0016.CS |
| Vendor | PickOnUs |
| Case Count | 1,000 picks |
| Price Per Pick | $0.02 |
Shipping
Smaller quantities ship via UPS or USPS. Large bulk orders may ship via freight. Contact us for delivered pricing on multiple cases.
Not ready to order? Order a free sample kit — touch and test before you commit.
Shipping
Ordering multiple cases? Contact us for delivered pricing.
Smaller quantities typically ship via UPS/USPS. Large bulk orders may ship via freight for best value. Delivered pricing is available to wholesale customers based on quantity and location.