100% Compostable 10 Inch Heavy-Duty Plates [125-Pack] – Product Description
100% Compostable 10 Inch Heavy-Duty Plates [125-Pack]
Introducing the 100% compostable 10-inch heavy-duty plates by Stack Man. Made of natural sugarcane fibers, these eco-friendly disposable white bagasse plates are the perfect choice for any occasion.
Product Features
1. Eco-Friendly and Biodegradable
Our plates are made of natural sugarcane fibers, which are a renewable and sustainable resource. They are completely compostable, making them an excellent choice for environmentally conscious individuals.
2. Heavy-Duty and Durable
These plates are designed to withstand heavy meals and can hold a generous amount of food without bending or breaking. They are perfect for picnics, parties, barbecues, and other events.
3. 3-Compartment Design
Each plate features three compartments, allowing you to separate different types of food. This design is ideal for serving meals with multiple components, such as main dishes, sides, and desserts.
4. Convenient Pack Size
With a pack of 125 plates, you’ll have more than enough for your next gathering. Whether you’re hosting a small family dinner or a large party, these plates will meet your needs.
Frequently Asked Questions
Q: Are these plates microwave-safe?
A: Yes, these plates are microwave-safe, making them convenient for reheating leftovers or warming up food.
Q: Can these plates hold hot food?
A: Absolutely! These plates are heavy-duty and can safely hold hot food without any issues.
Q: How long does it take for these plates to compost?
A: These plates are designed to compost within 2-4 months in a commercial composting facility. However, the composting time may vary depending on the conditions.
Conclusion
Make a sustainable choice with the 100% compostable 10-inch heavy-duty plates by Stack Man. These eco-friendly and biodegradable plates are not only durable but also convenient with their 3-compartment design. Whether you’re hosting a small gathering or a large event, these plates will meet your needs while minimizing your environmental impact.