Bamboo Print Airtight Steel Canister
This elegant food storage canister combines natural aesthetics with modern functionality. Made from durable, food-grade stainless steel with a realistic bamboo wood grain print, it offers the warmth of wood without maintenance. The airtight locking clamp lid with silicone gasket ensures optimal freshness for coffee beans, tea, sugar, flour, and spices, keeping moisture and pests at bay. Its sleek cylindrical design maximizes counter space while adding sophisticated style to any pantry. Ideal for kitchen organization, office break rooms, or as a thoughtful gift for housewarmings and corporate events.
| Dimensions / Sizes | 3.94" × 3.94" × 4.72" |
| MOQ | 20 pcs |
| Price From | $8.78 - $11.09 |
| Lead Time | 7 Working Days |
| Additional Information |
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| Imprint Methods | Screen printed, Heat transfering |
Volume Pricing
| Quantity | Price Per Unit |
|---|---|
| 20+ pcs | $11.09 / pcs |
| 100+ pcs | $10.34 / pcs |
| 500+ pcs | $9.70 / pcs |
| 2000+ pcs | $9.13 / pcs |
| 10000+ pcs | $8.78 / pcs |
About This Product
This airtight steel canister combines a warm bamboo wood grain look with the reliable performance of food-grade stainless steel. The locking clamp lid with silicone gasket helps protect freshness, making it a stylish and practical storage solution for kitchens, pantries, and shared office spaces.
Key Highlights
- Food-grade stainless steel construction for everyday use
- Airtight clamp lid with silicone gasket helps preserve freshness
- Sleek cylindrical shape adds a polished look to any counter
Popular Use Cases
- Pantry storage for coffee, tea, sugar, flour, or spices
- Corporate gifting or break room organization
Frequently Asked Questions
What materials is the canister made from?
It is made from food-grade stainless steel with a realistic bamboo wood grain print.
Does the lid help keep food fresh?
Yes, the airtight locking clamp lid with silicone gasket is designed to help keep moisture and pests out.
Can it be branded with our logo?
Yes, it supports screen printing and heat transferring.
