A growing number of food packaging buyers are questioning how reliable claims from a biodegradable paper plate manufactu...
READ MOREDesigned for soups, salads, and desserts, biodegradable bowls are made from eco-friendly materials like wheat bagasse. They’re available in multiple capacities and can be customized with logos or branding. Heat-resistant and leak-proof, these bowls suit both hot and cold items. Common in takeout and dine-in settings, they offer a clean, responsible alternative to plastic bowls while maintaining practical performance.

|
Size(mm) |
Ø155*55.5 |
|
Weight(g) |
12 |
|
Pcs/Bag |
125 |
|
Bags/CTN |
8 |
|
Pcs/CTN |
1000 |
|
L/CTN |
65 |
|
W/CTN |
32 |
|
H/CTN |
32 |
|
Volume/CT |
0.06656 |

|
Size(mm) |
Ø160*27 |
|
Weight(g) |
9 |
|
Pcs/Bag |
125 |
|
Bags/CTN |
8 |
|
Pcs/CTN |
1000 |
|
L/CTN |
70 |
|
W/CTN |
65 |
|
H/CTN |
33 |
|
Volume/CT |
0.15015 |

|
Size(mm) |
Ø204.4*41.8 |
|
Weight(g) |
21 |
|
Pcs/Bag |
125 |
|
Bags/CTN |
4 |
|
Pcs/CTN |
500 |
|
L/CTN |
42 |
|
W/CTN |
27 |
|
H/CTN |
42 |
|
Volume/CT |
0.047628 |

|
Size(mm) |
Ø196*48.73 |
|
Weight(g) |
22 |
|
Pcs/Bag |
125 |
|
Bags/CTN |
4 |
|
Pcs/CTN |
500 |
|
L/CTN |
43 |
|
W/CTN |
40 |
|
H/CTN |
21 |
|
Volume/CT |
0.03612 |

|
Size(mm) |
Ø204.4*59.3 |
|
Weight(g) |
23 |
|
Pcs/Bag |
125 |
|
Bags/CTN |
4 |
|
Pcs/CTN |
500 |
|
L/CTN |
50.5 |
|
W/CTN |
42 |
|
H/CTN |
21.5 |
|
Volume/CT |
0.045602 |

|
Size(mm) |
Ø196*63 |
|
Weight(g) |
22 |
|
Pcs/Bag |
125 |
|
Bags/CTN |
4 |
|
Pcs/CTN |
500 |
|
L/CTN |
55 |
|
W/CTN |
40 |
|
H/CTN |
21 |
|
Volume/CT |
0.0462 |

|
Size(mm) |
Ø214*29 |
|
Weight(g) |
19 |
|
Pcs/Bag |
125 |
|
Bags/CTN |
4 |
|
Pcs/CTN |
500 |
|
L/CTN |
61 |
|
W/CTN |
41.5 |
|
H/CTN |
41.5 |
|
Volume/CT |
0.10505725 |

|
Size(mm) |
Ø214*29 |
|
Weight(g) |
19 |
|
Pcs/Bag |
125 |
|
Bags/CTN |
4 |
|
Pcs/CTN |
500 |
|
L/CTN |
61 |
|
W/CTN |
41.5 |
|
H/CTN |
41.5 |
|
Volume/CT |
0.105057 |

|
Size(mm) |
Ø204.4*70.8 |
|
Weight(g) |
30 |
|
Pcs/Bag |
125 |
|
Bags/CTN |
4 |
|
Pcs/CTN |
500 |
|
L/CTN |
42 |
|
W/CTN |
37 |
|
H/CTN |
42 |
|
Volume/CT |
0.065268 |
Zhong Xin Ecoware(Thailand) is a China Wholesale Biodegradable Bowl Manufacturer and OEM Biodegradable Bowl Factory. At present, the first phase workshop of the factory has been fully completed and put into use. The second phase of the factory is being constructed intensively.
The landing and development of Zhong Xin in Thailand has brought a large amount of initial investment for land, factories, etc., and continuous operational investment for continuous equipment updates, technological upgrades, and capacity expansion.
Zhong Xin Ecoware(Thailand) has directly and indirectly created thousands of job opportunities, increased government revenue, promoted local economic development, cultivated local supply chains, provided systematic training for employees, improved the quality of local human capital, injected vitality into the local economy, enhanced industrial competitiveness, and ultimately improved residents' living standards.
Zhong Xin Ecoware(Thailand) actively collaborates with local pulp mills to explore new cooperation models for developing new products, improving production capacity and quality. At the same time, relying on Zhongxin's advanced production technology, process flow, management experience, and quality control system, it promotes the development of this industry in Thailand.
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READ MOREThe increasing focus on environmental sustainability has prompted a shift from conventional plastics to biodegradable alternatives, particularly in the food service industry. Disposable bowls designed to break down after use represent a significant part of this transition. However, to fully assess their role, it is necessary to examine their limitations, their practical applications, and the common materials used in their production.
While biodegradable bowls offer an alternative to persistent plastic waste, their adoption is accompanied by several challenges. A primary concern involves the specific conditions required for decomposition. Many products labeled as biodegradable are designed to break down efficiently only in industrial composting facilities, which provide controlled high temperatures and specific microbial activity. In a typical home compost pile or a landfill, where such conditions are often absent, these bowls may degrade very slowly or release methane, a potent greenhouse gas, thereby limiting their environmental benefit.
Some plant-based materials, especially those without additional coatings, can struggle to maintain their structural integrity when holding hot soup or stew for an extended period. The material may become soft, potential leakage or a perceived lack of durability compared to traditional plastic or coated paper alternatives. This can affect both consumer satisfaction and the functional utility of the product.
There is the issue of cost and market confusion. The production of biodegradable bowls often involves more complex processes and raw materials than conventional plastics, a higher price point. This can be a barrier for small businesses or cost-conscious consumers. Additionally, terms like "biodegradable," "compostable," and "plant-based" are frequently used interchangeably, causing confusion about proper disposal methods. This misunderstanding can result in well-intentioned consumers contaminating recycling streams or sending compostable items to landfills, undermining the intended environmental purpose.
Disposable biodegradable bowls serve a wide range of practical functions across various sectors, providing a single-use option that aligns with environmental goals. In the food service industry, they are commonly used for takeaway and delivery orders. Restaurants, cafes, and food trucks utilize them for serving a variety of dishes, from salads and grain bowls to noodles and desserts. Their ability to be composted after use helps businesses reduce their contribution to landfill waste, which is often a priority for establishments promoting sustainable practices.
Beyond commercial food service, these bowls are a staple at events and gatherings. For large-scale functions such as festivals, corporate picnics, weddings, and conferences, biodegradable bowls simplify clean-up and manage waste streams effectively. When paired with compost collection systems, they can significantly reduce the volume of trash generated. This application is particularly valuable in public spaces and venues that have implemented organic waste recycling programs.
Biodegradable bowls are finding a place in institutional settings and for in-house dining. Some universities, corporate cafeterias, and even public schools are transitioning to compostable dishware for their daily operations. This shift allows these institutions to model sustainable behavior while streamlining waste management. For consumers, these bowls are also available for purchase in retail stores, offering an eco-conscious option for home entertaining, quick meals, or situations where washing reusable dishes is not practical.
Given the specific need to hold hot, liquid-based foods, certain types of biodegradable materials are commonly used for disposable soup bowls.
One common type is the bagasse bowl. Bagasse is the fibrous residue left after extracting juice from sugarcane. Bowls made from this material are known for their sturdiness and heat tolerance, making them suitable for hot soups and broths. They are naturally microwaveable and have a certain resistance to grease, which helps maintain their structure. As a by-product of the sugar industry, bagasse represents an efficient use of agricultural waste.
Another prevalent type is the bowl made from molded pulp or recycled paperboard. These bowls are typically lined with a thin, biodegradable coating, often made from polylactic acid (PLA), which is derived from corn starch. The paper base provides insulation, making the bowl comfortable to hold, while the PLA lining creates a crucial barrier against moisture and grease, preventing the bowl from becoming soggy and leaking. This combination allows the bowl to effectively contain hot liquids for a duration that is practical for consumption.
A third type is the bowl constructed from PLA bioplastic or other plant-based polymers. These bowls are clear or translucent and have a rigid, plastic-like feel. They are created from fermented plant sugars and are designed to be compostable in industrial facilities. While they may not insulate heat as effectively as paper-based options, they offer a high degree of clarity and a smooth finish, and they are very effective at containing liquids without leakage, providing a functional and visually distinct alternative for serving soups and other hot foods.