Hexagonal Travel Compostable Disposable Tea Pot Corn Starch Tea Set Pot
Hot Sale Hexagonal Travel Biodegradable Compostable Recyclable Custom Disposable Sugarcane Tea Set Pot
Key attributes - Other attributes
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Material |
Cornstarch base |
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Place of Origin |
Guangdong, China |
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Dinnerware Type |
Dinnerware Sets |
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Pattern Type |
Other |
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Brand Name |
Guangzhou Bio Technology Co., Ltd |
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Product Name |
Environmentally friendly biodegradable tea set |
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Shape |
Hexagonal/quadrangular/round |
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Degradable or not |
Yes |
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Service |
OEM ODM |
Benefits of Disposable Tea Set
A Disposable Tea Set offers a practical and stylish solution for serving tea at any event, combining convenience with eco-friendly options for a hassle-free experience.
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Time-Saving:
- Reduces preparation and post-event cleanup time, allowing hosts to spend more time with their guests.
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Eco-Friendly Options:
- Many disposable tea sets are made from sustainable materials, appealing to environmentally conscious consumers.
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Versatile Use:
- Suitable for a variety of occasions, including birthday parties, bridal showers, corporate events, and afternoon teas.
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Cost-Effective:
- An economical choice for events, especially when serving large groups.
Principles and Technology of Corn Starch-Based Materials
1. Extraction of Starch:
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Process: Corn kernels are soaked, wet-milled, and processed to separate the starch from the protein and fiber components. The starch is then purified and dried to obtain a fine powder.
2. Modification:
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Physical Modification: Techniques like heat treatment or gelatinization can be applied to alter the properties of starch, enhancing its usability in different applications.
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Chemical Modification: Starch can be chemically altered through processes like esterification or etherification to improve its performance characteristics, such as solubility and thermal stability.
3. Blending with Other Polymers:
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Corn starch is often blended with other biodegradable polymers (e.g., PLA, PHA) to enhance mechanical properties and processing capabilities, resulting in composite materials.
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