Ditch Single-Use Plastic, Choose Compostable Products
Our 10-inch round disposable bagasse plates are a modern alternative to plastic disposable plates. They are made from upcycled sugarcane fibre or bagasse. These Disposable bagasse plates are eco-friendly, compostable, and plant-based. These round, eco-friendly disposable plates are more durable than paper plates, safer than plastic disposable plates, and more eco-friendly than both.
Whether you’re serving meals to friends or relatives in a small gathering or hosting a formal and elegant wedding, you can be confident with these heavy-duty 10-inch compostable dinner plates that do not compromise style, strength, or sustainability.
When the compostable bagasse plate is disposed of, it returns to the earth in a few days with no waste. Unlike plastic disposable plates, they are sturdy enough to hold full meals without bending or leaking, plus they're microwave-safe and freezer-safe, making prep and clean up easy!
Our 10-inch round bagasse plates are perfect for serving appetisers, sides, desserts, or snacks at a variety of events, including birthday celebrations, business meetings, family get-togethers, and picnics. They can also be used at eco-friendly, low-waste weddings. Food trucks, catering companies, and tiffin suppliers who want to offer their customers a more sustainable and eco-friendly product also enjoy the round bagasse plates. You can also consider using disposable plates for weddings.
Sugarcane round biodegradable plates are best for any occasion. Because they are freezer, microwave, and leak-proof, these eco-friendly disposable plates are well-liked and reliable in India. As a result, you can unwind knowing that you may use them for both your regular dinners at home and large parties. Our compostable sugarcane plates provide ease while taking care of the environment, whether you're packing lunch, serving guests, or running a zero-waste event. Easy to use, easy to dispose of, and easy on the planet - Order bulk compostable bagasse plates for any occasion.