100% compostable disposable sugarcane lunch trays Manufacturer

32 oz bagasse bowl adds convenience to the serving process and handles even the messiest of menu items! Take a step toward going green with this environmentally smart option for Disposable Supplies! Perfect for both hot and cold foods, 32 oz bagasse bowl is an ideal solution for restaurants, caterers, and sandwich shops that serve anything from hot soups to cold salads and dessert dishes. Serve up lunch or dinner bowls, stews, and desserts in this 32 oz bagasse bowl.

5*5 inch Sugarcane food containers are made from fast regenerating plant fiber—sugarcane bagasse. Sugarcane food containers can be used in microwave ovens, refrigerators, and ovens. Sugarcane food containersare perfect for serving hamburger, fried popcorn chicken, snack and other small food.

The raw material for Shenglin Packaging's Bagasse Dome Lid comes from one of the largest food industry wastes: bagasse, also known as sugarcane pulp. The Bagasse Dome Lid by Shenglin Packaging is available in 2 sizes, 80 mm and 90 mm. The Bagasse Dome Lid can be used with several sizes of paper cups, like 8/10/12/16/20oz paper cup. The hole in the Bagasse Dome Lid can be used to insert a straw.

Shenglin Packaging's 12.5" sugarcane oval plate is tree free and serve as an environmentally beneficial alternative to plastic or styrofoam or paper plates.

1. Paper bags are widely use in gift packaging, premium packaging, Merry Christmas holiday using, Halloween candy packaging, market promotion, shopping mall and bakery sales and So on. 2. Everywhere you want, you will see the printing paper bag with paper string in your daily life.

PLA Straws for Hot and Cold Drink Bio PLA Straw is a new type of biodegradable environmental fiber-- lactic acid -- is made from a renewable natural material, lactic acid processing has the advantage of not using petroleum and other chemical materials and can be biodegradable from raw materials to wastes. PLA fiber is made of lactic acid made from starch and has biodegradability. After its waste is buried in the soil, the fiber can be completely decomposed into C02 and H20 in about 1-2 years under the action of microorganisms in the soil and water, thus degradation occurs. The carbon dioxide produced by it can be reduced in the atmosphere through the light and action of plants, which will not cause pollution to the earth's environment. Since this is a cycle, the experts called the PLA fiber "environmental recycling materials in the 21st century".