6 Inch Sugarcane Bagasse Cutlery Set – Eco Friendly Disposable Knife Fork Spoon for Wholesale
Eco-friendly 6 inch sugarcane bagasse cutlery set including knife, fork, and spoon. Durable, plastic-free, and suitable for food service, takeaway, and catering businesses.
This 6 inch sugarcane bagasse cutlery set is designed for businesses looking for a reliable and eco-friendly alternative to plastic utensils. Made from natural sugarcane fiber, it offers a clean appearance and solid performance for daily food service use.
Suitable for restaurants, takeaway, catering, and wholesale distribution, this disposable cutlery helps reduce plastic usage while maintaining practicality.
Product Specifications
Knife
- Size: 165 × 27 mm (6 inch)
- Weight: 3.5 g
- Packing: 100 pcs/bag, 2000 pcs/carton
- Carton Size: 35 × 16 × 22 cm
Fork
- Size: 162 × 33 mm (6 inch)
- Weight: 3.5 g
- Packing: 100 pcs/bag, 2000 pcs/carton
- Carton Size: 35 × 19 × 25 cm
Spoon
- Size: 142 × 35 mm (6 inch)
- Weight: 4 g
- Packing: 100 pcs/bag, 2000 pcs/carton
- Carton Size: 31 × 19 × 27 cm
Key Features
- Made from renewable sugarcane bagasse
- Plastic-free and environmentally friendly
- Suitable for hot and cold food
- Smooth surface, comfortable to use
- Ideal for bulk supply and wholesale
Q1: Is bagasse cutlery compostable?
Yes, bagasse cutlery is made from natural plant fiber and can break down under industrial composting conditions.
Q2: Is it strong enough for daily use?
Yes, it is suitable for most takeaway and catering needs, including rice, noodles, and light meat dishes.
Q3: Can it handle hot food?
Yes, it performs well with both hot and cold food.
Q4: Do you offer other material options?
Yes, if you are looking for different performance or pricing options, you may also consider:
- Cornstarch cutlery – cost-effective and suitable for high-volume markets
- CPLA cutlery – higher heat resistance, ideal for hot meals
Q5: Which material should I choose?
Bagasse is a good choice for plastic-free markets. Cornstarch works well for price-sensitive regions, while CPLA is better for higher temperature applications.
