Plantware Compostable Soup Spoon, Heavyweight, Plastic, White, 50/Pack, 20 Packs/Carton
Product Number: ESS-ECOEPS014
$279.14
This is the only choice for compostable cutlery with a high-heat tolerance. New formulation offers strength and heat tolerance up to 200° F. Made from renewable resources. Made with PLA, a plant-based plastic. Meets ASTM standards for compostability. Crystalized formulation adds strength and heat tolerance. Handles are now 95% stronger. Heat tolerance of 200° F.
Renewable and Compostable Plantware Cutlery is the only choice for compostable cutlery with a high-heat tolerance. New formulation offers strength and heat tolerance up to 200° F. Made from renewable resources. Made with PLA, a plant-based plastic. Meets ASTM standards for compostability. Crystalized formulation adds strength and heat tolerance. Handles are now 95% stronger. Heat tolerance of 200° F.
ESS-ECOEPS014
Data sheet
- Height
- 0.5"
- Product Compostability Certification
- BPI Certified Compostable
- Utensils Type
- Soup Spoon
- Material(s)
- PLA
- Width
- 1.5"
- Color(s)
- White
- Length
- 6"
- Weight
- 0.01 oz
- Global Product Type
- Disposable Soup Spoons
- Pre-Consumer Recycled Content Percent
- 0%
- Post-Consumer Recycled Content Percent
- 0%
- Total Recycled Content Percent
- 0%
- Unit Of Measure
- CT
- Grade
- Heavyweight
- Compliance Standards
- Meets ASTM standards for compostability
- Compliance Standards
- BPI Certified Compostable
- Compliance Standards
- USDA Certified Biobased Percent 93%
- Material Type
- Plastic
- Product Biodegradability Indicator
- N
- Product Compostability Indicator
- Y
- Product Compostability Location
- Commercial Facility
Related products
This is the only choice for compostable cutlery with a high-heat tolerance. New formulation offers strength and heat tolerance up to 200° F. Made from renewable resources. Made with PLA, a plant-based plastic. Meets ASTM standards for compostability. Crystalized formulation adds strength and heat tolerance. Handles are now 95% stronger. Heat tolerance of 200° F.