China Wholesale Bagasse Plate Company

• Specifica tion(mm):138*61
• Carton size (mm):665*290*575
• Packing (pcs):300

Disposable Biodegradable Plates crafted from bagasse exemplify sustainability and innovation. Bagasse, a residue from sugarcane processing, is a rich renewable resource transformed into eco-friendly tableware that biodegrades harmlessly in compost piles, leaving zero environmental footprint. Unlike conventional paper or fragile foam plastics, Bagasse tableware under the umbrella of China Consumable Dishware boasts enhanced toughness, standing up to the demands of diverse dining scenarios without compromising on durability.

Withstanding temperatures ranging from 120 to 140 degrees Celsius, these dishes are microwave-safe, broadening their utility. The manufacturing process eschews harmful chemicals, ensuring food safety with no toxic release during usage. Moreover, the malleability of bagasse permits the creation of a versatile array of tableware forms, from plates to bowls and cups.

Post-use, these Disposable Biodegradable Plates seamlessly integrate into composting systems, further solidifying their green credentials. China Consumable Dishware made from bagasse not only champions environmental conservation but also excels in performance, offering excellent heat resistance for hot meals and beverages, and a sturdiness unmatched by alternatives like polystyrene.

Delving into the distinctive production process of Disposable Biodegradable Plates:

1. Bagasse Sourcing: The journey initiates with the collection of bagasse, the fibrous residue post sugar extraction.
2. Purification Process: An intensive cleansing stage follows, ridding the bagasse of contaminants to ensure purity.
3. Pulping Stage: Cleaned bagasse is finely chopped, blended with water, and transformed into a pulp through mechanical agitation.
4. Molding Technique: This pulpy mixture is then shaped into desired tableware forms using molds or specialized machinery.
5. Pressing & Drying: High-pressure and temperature techniques press and solidify the shape, followed by a high-temperature drying phase to eliminate moisture, resulting in a finished, durable product.