Product Description
Key Features
- Made from recycled post-consumer paper pulp with non-GMO wildflower seeds
- 4 inches in diameter, perfect one-time use coaster size
- Non-GMO wildflower seed mixture grows in all climates and regions
- B Corp Certified for verified performance and environmental accountability
- Ideal for corporate gifting, trade shows, and employee welcome programs
- 4-color process imprint on 4-inch diameter area
Customization Details
4-color process imprint available on front in 4-inch diameter area. Optional second-side imprint available. Cello bag packaging option available. Lead time is 10-12 business days after proof approval. Product cannot ship blank.
Shipping Information
Ships in bulk cartons of 250 pieces per box (7" x 7" x 5", 2 lbs). Optional cello bag packaging available. Domestic shipping only from CO, 80301.
About This Category
plantable wildflower seed coaster made from recycled paper pulp
What is the Coaster Seed Paper Plantable Wildflower Seeds Round - 4 in?
The Coaster Seed Paper Plantable Wildflower Seeds Round - 4 in is a custom promotional product available from Promolistic. This 4-inch round coaster is made from recycled post-consumer paper pulp embedded with non-GMO wildflower seeds that grow in all climates and regions. Perfect for corporate gifting, trade show giveawa Made from Paper. Pricing starts at $1.69 per unit.
How to order Coaster Seed Paper Plantable Wildflower Seeds Round - 4 in
Minimum order quantity is 250 units. Standard production time is 7. All orders include a free digital proof within 24 hours.
Customization options for Coaster Seed Paper Plantable Wildflower Seeds Round - 4 in
Available in 1 colors including White. Key features: Made from recycled post-consumer paper pulp with non-GMO wildflower seeds, 4 inches in diameter, perfect one-time use coaster size, Non-GMO wildflower seed mixture grows in all climates and regions, B Corp Certified for verified performance and environmental accountability. Custom logo imprinting available with multiple decoration methods.
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