Item | Information |
Product Name | Bagasse Trays |
Material | Food-Grade Sugarcane Bagasse Fiber |
Product Type | Molded Fiber Food and Specialty Trays |
Typical Sizes | Standard catalog sizes and custom dimensions |
Applications | Restaurants, takeaway, catering, delivery, retail, bakery, and institutional foodservice |
Food Types | Meals, snacks, sushi, bakery products, fresh food, and ready-to-eat foods |
Material Source | Renewable sugarcane bagasse fiber |
Structure Options | Flat trays, compartment trays, meal trays, and custom molded structures |
Surface Characteristics | Natural or white molded-fiber texture; specification-dependent finish |
Sustainability Options | Product-specific compostability options may be available |
Customization | OEM and ODM available |
Printing & Branding | Private-label cartons, labels, barcodes, and retail packaging |
Supply Type | Manufacturer and supply-chain partner |
Export Markets | North America, Europe, Australia, the Middle East, and Asia |
DAILYECO supplies standard and custom bagasse trays for restaurants, foodservice distributors, catering companies, retail food brands, and global packaging buyers. Support includes OEM manufacturing, private-label packaging, product development, carton optimization, and international supply coordination.
Bagasse trays are molded-fiber food packaging products made from sugarcane bagasse, the fibrous material remaining after sugarcane juice extraction. Buyers may also search for this category as a sugarcane tray or molded sugarcane fiber tray.
Sugarcane bagasse trays convert an agricultural by-product into practical foodservice formats. Available structures include flat trays, compartment trays, meal trays, sushi trays, bakery trays, snack trays, and application-specific designs.
Product suitability depends on the selected SKU, food temperature, oil and moisture content, holding time, transport conditions, lid fit, and destination-market documentation requirements.
Bagasse trays combine renewable fiber content with molded structures intended for commercial food handling, portion presentation, stacking, takeaway, and transport. Professional buyers should compare product dimensions, weight, wall structure, food conditions, available documentation, and supply consistency rather than relying on generic ratings.
The table below summarizes the product-specific information buyers should verify before approving bagasse trays for commercial use.
Feature | Procurement Information | Buyer Notes |
Material Construction | Manufactured from molded sugarcane bagasse fiber using controlled molded-pulp processing. | Confirm material composition and applicable documentation for the selected SKU for bagasse trays. |
Structural Performance | Designed for commercial foodservice applications with one-piece molded construction. | Performance depends on tray dimensions, wall thickness, food weight, and transportation conditions. Product-specific testing is recommended. |
Heat Performance | Suitable for hot-food service within verified product limits. | Microwave use, serving temperature, and holding time should be confirmed for the selected product. |
Cold Food Applications | Suitable for chilled foods such as salads, desserts, sushi, fruits, and prepared meals. | Product performance should be evaluated according to storage temperature and application duration. |
Freezer Compatibility | Selected SKUs may be suitable for chilled or frozen-food applications. | Selected SKUs may be suitable for chilled or frozen-food applications down to −20°C, subject to product-specific verification. |
Oil & Grease Resistance | Designed for normal foodservice applications involving oily foods. | Helps prevent oil penetration during everyday meal service, up to 95°C for 30 minutes. |
Moisture Resistance | Suitable for short-term takeaway and dine-in foodservice applications. | Products intended for extended liquid storage or prolonged moisture exposure should be evaluated separately. |
Food Contact Documentation | Food-contact documentation may be available for applicable products. | Buyers should confirm compliance requirements based on destination market and selected SKU. |
Product Consistency | Manufactured under standardized production and quality-control procedures. | Critical dimensions, product weight, and tolerances should be confirmed during sample approval. |
Customization Capability | OEM and ODM services are available, including custom dimensions, compartment layouts, molds, and private-label packaging. | Commercial feasibility depends on tooling requirements, order quantity, and annual purchasing volume. |
Product Portfolio | Available structures include bagasse food trays, compartment trays, bagasse meal trays, bakery trays, sushi trays, and custom designs. | Buyers can select tray structures according to food category, serving method, and transportation requirements. |
Commercial Applications | Suitable for restaurants, takeaway services, catering, retail food packaging, food delivery, hospitality, and institutional foodservice. | Product selection should be based on actual food type and operational requirements rather than a single universal tray. |
PFAS-Related Documentation | PFAS-related test reports may be available for applicable products. | Buyers should verify that documentation covers the selected SKU and destination-market requirements. |
Compostability | Selected product lines may support industrial compostability when accompanied by applicable certification. | Apply compostability claims only to the exact product covered by the relevant certification and conditions. |
The value of a bagasse food tray comes from the combination of material choice, molded structure, foodservice performance, and scalable manufacturing.
For plastic-reduction programs, bagasse food trays can provide a renewable-fiber option while supporting portion organization, handling, and customer presentation.
Natural or white sugarcane bagasse trays also allow buyers to align food presentation with brand positioning, subject to the exact material formulation and finish.
Foodservice buyers are reviewing packaging materials as plastic-reduction goals, customer expectations, and destination-market requirements become more important.
Bagasse trays are increasingly considered because they use renewable sugarcane fiber and are available in practical formats for meals, snacks, catering, takeaway, delivery, and retail display.
Their molded-fiber appearance can communicate a visible material change to customers, while nested structures can support storage and transport efficiency.
Adoption still depends on verified performance, price, supply continuity, food-contact documentation, and the end-of-life infrastructure available in the destination market.
For commercial programs, manufacturers can adjust tray dimensions, compartment layouts, product weight, molds, cartons, and private-label packaging according to the approved specification.
The molded-fiber packaging market is expanding beyond general takeaway products into application-specific tray systems for foodservice, catering, retail, and institutional meal programs.
Within this transition, buyers compare bagasse trays not only by material but also by structure, unit weight, lid availability, packing efficiency, and repeat-order reliability.
The following purchasing trends explain why the category is becoming more specialized.
Foodservice companies and packaging buyers are reviewing their packaging strategies as sustainability requirements become increasingly important.
Traditional plastic packaging has historically been widely used because of its durability, availability, and cost advantages. However, concerns related to plastic waste, resource consumption, and changing consumer expectations have encouraged companies to explore alternative materials.
As a renewable fiber solution, bagasse food trays provide businesses with an option to reduce dependence on petroleum-based packaging materials while maintaining suitable performance for many food applications.
Many international food brands, restaurant chains, and distributors are establishing sustainability objectives within their supply chains.
International buyers increasingly evaluate material source, manufacturing control, food-contact documentation, packing efficiency, and long-term supplier capability as one procurement package.
The search phrase biodegradable sugarcane trays reflects buyer interest in end-of-life performance, but biodegradability and compostability claims should only be used when supported for the exact SKU, intended conditions, and destination market.
Packaging is no longer only a protective container. It has become part of the overall customer experience.
For takeaway restaurants, catering companies, and food brands, packaging affects product presentation, transport convenience, customer perception, and brand communication.
Application-specific searches such as bagasse sushi tray, bagasse meal tray, and bagasse chip tray show that buyers often start with the food format rather than the material alone.
As competition increases in the foodservice industry, businesses are looking for packaging solutions that combine functionality with brand differentiation.
Manufacturers with OEM and ODM capability can support structure optimization, mold development, specification adjustment, private-label cartons, and retail-ready packaging.
For buyers, an experienced manufacturer of bagasse trays can reduce development risk and improve specification control across sampling, production, packing, and repeat orders.
Selecting the right food packaging material depends on your product category, target market, sustainability goals, and operational requirements.
Bagasse trays are generally selected when buyers need molded-fiber presentation, renewable material positioning, multiple tray structures, and manufacturer-supported customization.
The following guide distinguishes bagasse trays from common plastic and PLA alternatives.
DAILYECO supplies bagasse trays for restaurants, foodservice distributors, catering companies, retail food brands, institutions, and private-label packaging programs.
The portfolio includes bagasse food trays, bagasse meal trays, compartment trays, takeaway trays, bakery and snack trays, and custom sugarcane bagasse trays.
Buyers can compare standard products by internal capacity, external dimensions, tray depth, product weight, packing quantity, carton size, and compatible lid availability.
| Pictures | Product | Size | Typical Product Weight | Packing | CTN Size |
| 12.5″ 5 Compartment Tray | 317 × 216 × 24 mm | 30 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 45 × 32.5 × 44.5 cm |
 | 10″ 5 Compartment Tray | 260 × 210 × 25 mm | 24 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 43.5 × 41 × 27 cm |
 | 10″ 5 Compartment Tray | 260 × 210 × 25 mm | 22 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 43 × 30.5 × 27.5 cm |
 | 12.5″ 6 Compartment Tray | 321 × 221 × 31 mm | 38 g | 125 pcs/bag, 2 bags/CTN, 250 pcs/CTN | 47 × 23.5 × 33.5 cm |
 | 13.2″ 6 Compartment Tray (Big) | 336 × 243 × 30 mm | 55 g | 25 pcs/bag, 10 bags/CTN, 250 pcs/CTN | 50 × 49 × 34.5 cm |
 | Nacho 2 Compartment Tray | 189 × 164 × 38.6 mm | 21 g | 50 pcs/bag, 6 bags/CTN, 300 pcs/CTN | 46 × 33.5 × 20 cm |
 | Nacho 3 Compartment Tray | 228.4 × 190 × 38.4 mm | 28 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 49 × 46.5 × 39 cm |
 | 28oz Rectangle Tray | 232 × 157 × 45 mm | 24 g | 50 pcs/bag, 6 bags/CTN, 300 pcs/CTN | 50 × 24 × 32.5 cm |
 | PET Lid for 28oz Rectangle Tray | 240 × 170 × 27 mm | 24 g | 50 pcs/bag, 6 bags/CTN, 300 pcs/CTN | 67 × 25 × 35 cm |
 | 30oz Rectangle Tray | 228.3 × 165.7 × 46.4 mm | 23.5 g | 50 pcs/bag, 6 bags/CTN, 300 pcs/CTN | 46.5 × 45 × 34 cm |
 | PET Lid for 30oz Rectangle Tray | 228.5 × 165.6 × 27 mm | 23 g | 50 pcs/bag, 6 bags/CTN, 300 pcs/CTN | 67 × 24 × 34 cm |
 | 11″ × 7″ Pulp Lunch Tray | 285 × 195 × 48 mm | 30 g | 100 pcs/bag, 2 bags/CTN, 200 pcs/CTN | 40.5 × 36 × 29.5 cm |
 | 790ml Food Tray | 216 × 153 × 47 mm | 20 g | 50 pcs/bag, 8 bags/CTN, 400 pcs/CTN | 44.5 × 39.5 × 31.5 cm |
 | Pulp Lid of 790ml Food Tray | 220 × 157 × 10 mm | 17 g | 50 pcs/bag, 8 bags/CTN, 400 pcs/CTN | 47 × 23.5 × 33.5 cm |
 | Hot Dog Tray | 211 × 98 × 20 mm | 14 g | 50 pcs/bag, 6 bags/CTN, 300 pcs/CTN | 40 × 21.5 × 22 cm |
 | PET Lid for Hot Dog Tray | 214 × 102 × 32 mm | 13 g | 50 pcs/bag, 6 bags/CTN, 300 pcs/CTN | 40 × 21.5 × 22 cm |
 | Cake Bagasse Tray | 133 × 133 × 13 mm | 7 g | 100 pcs/bag, 24 bags/CTN, 2,400 pcs/CTN | 52 × 36.5 × 24.5 cm |
 | Cake Bagasse Tray | 160 × 109 × 15 mm | 7 g | 100 pcs/bag, 18 bags/CTN, 1,800 pcs/CTN | 41 × 33.5 × 34 cm |
 | 7″ × 4″ Bagasse Tray | 170 × 115 × 25 mm | 10 g | 250 pcs/bag, 2 bags/CTN, 500 pcs/CTN | 33 × 24 × 18 cm |
 | 7″ × 5″ Bagasse Tray | 176 × 132 × 30 mm | 11 g | 250 pcs/bag, 2 bags/CTN, 500 pcs/CTN | 32.5 × 28 × 18.5 cm |
 | 8″ × 5″ Bagasse Tray | 220 × 135 × 30 mm | 14 g | 250 pcs/bag, 2 bags/CTN, 500 pcs/CTN | 32 × 28 × 23 cm |
 | 8″ × 6″ Bagasse Tray | 212 × 150 × 24 mm | 22 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 46 × 23 × 31.5 cm |
 | 10″ × 4″ Bagasse Tray | 258 × 112 × 26.5 mm | 18 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 46 × 27 × 23.5 cm |
 | 12″ × 9″ Bagasse Tray | 231 × 297 × 31 mm | 42 g | 125 pcs/bag, 2 bags/CTN, 250 pcs/CTN | 39.5 × 32 × 24.5 cm |
 | 10″ × 6″ Bagasse Tray | 274 × 149 × 18.5 mm | 32 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 45 × 31 × 29 cm |
 | 8″ × 5″ Bagasse Tray | 202 × 141 × 14.2 mm | 18 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 41 × 23.5 × 30 cm |
 | 9″ × 7″ Bagasse Tray | 242 × 179 × 28.5 mm | 30 g | 125 pcs/bag, 2 bags/CTN, 250 pcs/CTN | 46.5 × 19 × 25.5 cm |
 | 6″ × 6″ Bagasse Tray | 155 × 145 × 35 mm | 17 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 33 × 30 × 32.5 cm |
 | 10″ × 5″ Bagasse Tray | 260 × 115 × 30 mm | 18 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 44.5 × 23.5 × 27 cm |
 | 9″ × 7″ Bagasse Tray | 240 × 180 × 30 mm | 29 g | 125 pcs/bag, 2 bags/CTN, 250 pcs/CTN | 37 × 34.5 × 36.5 cm |
 | 6″ × 6″ Bagasse Tray | 153 × 153 × 24 mm | 13 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 40 × 16 × 31.5 cm |
 | 8″ × 5″ Bagasse Tray | 200 × 140 × 15 mm | 18 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 41 × 28 × 30 cm |
 | 8″ × 4″ Bagasse Tray | 212 × 110 × 15 mm | 15 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 46 × 22 × 22.5 cm |
 | 9″ × 6″ Bagasse Tray | 225 × 165 × 25 mm | 21 g | 125 pcs/bag, 4 bags/CTN, 500 pcs/CTN | 46 × 23.5 × 34 cm |
 | 18″ × 14″ Bagasse Tray | 458 × 354 × 35 mm | 108 g | 50 pcs/bag, 2 bags/CTN, 100 pcs/CTN | 47.5 × 26 × 37 cm |
 | 5.5″ × 4.5″ Bagasse Tray | 139.7 × 114.3 × 26.5 mm | 10 g | 50 pcs/bag, 6 bags/CTN, 300 pcs/CTN | 37 × 24 × 15 cm |
 | PET Lid for 5.5″ × 4.5″ Bagasse Tray | 147.8 × 121.8 × 54 mm | 13 g | 50 pcs/bag, 8 bags/CTN, 400 pcs/CTN | 51 × 37 × 31.5 cm |
 | 10″ × 5″ Bagasse Tray | 241.1 × 115.3 × 24.4 mm | 15.5 g | 100 pcs/bag, 3 bags/CTN, 300 pcs/CTN | 35 × 21.5 × 25 cm |
 | PET Lid for 10″ × 5″ Bagasse Tray | 253.2 × 126.6 × 54 mm | 22 g | 50 pcs/bag, 6 bags/CTN, 300 pcs/CTN | 52 × 38 × 39 cm |
 | 11.8″ × 11.8″ Food Bagasse Tray | 300 × 300 × 36 mm | 68 g | 50 pcs/bag, 4 bags/CTN, 200 pcs/CTN | 41 × 31 × 61 cm |
Custom programs may cover dimensions, compartment layout, product weight, natural or white finish, mold development, labeling, cartons, and retail-ready packaging.
For projects requiring rectangular white bagasse trays, round bagasse trays, or other specialized formats, sample approval should confirm the exact structure and performance.
DAILYECO provides OEM and ODM support for custom bagasse trays, including mold development, product structure review, packing optimization, and private-label packaging.
Customization may cover tray dimensions, depth, compartment layout, rim design, product weight, lid matching, labels, barcodes, cartons, and retail presentation.
Our engineering team works with customers to evaluate product requirements, optimize structures, and develop packaging solutions suitable for commercial production.
Selecting the correct size for bagasse trays requires more than matching external length and width. Buyers should compare food capacity, tray depth, portion weight, compartment layout, stacking, lid clearance, packing quantity, and transport conditions.
The catalog below provides product dimensions, typical product weight, packing, and carton size for standard products.
| Application | Recommended Type of Bagasse Trays |
| Single portion meals | Small and medium bagasse food trays |
| Catering service | Large bagasse trays or sugarcane meal trays |
| Sushi packaging | Bagasse sushi tray with a compatible lid |
| Combination meals | Bagasse 5 compartment biodegradable tray, subject to product-specific support |
| Snacks and fried food | Bagasse chip tray or shallow snack tray |
| Bakery products | Cake and dessert trays |
DAILYECO can recommend suitable specifications after reviewing the food application, annual demand, destination market, and required packaging system.
Bagasse trays are used across restaurants, takeaway, catering, delivery, retail, bakery, and institutional foodservice because the category includes multiple sizes, depths, and molded structures.
Product selection should be based on the actual food, portion, temperature, oil and moisture exposure, holding time, transport method, and lid requirements.
A bagasse meal tray may suit prepared meals, while a bagasse sushi tray or shallow retail tray may prioritize presentation and compatible clear-lid fit.
The following application guide links common operating requirements with standard products in the supplied catalog.
Restaurant takeaway is a common application for bagasse food trays, including prepared meals, fried foods, rice dishes, combination meals, and counter-service orders.
Buyers should evaluate food temperature, oil and moisture exposure, tray depth, stacking, order volume, and secondary packaging before approving a product.
Typical Requirements
Recommended Products
28oz Rectangle Tray
790ml Food Tray
Catering companies use bagasse trays for individual portions, buffet support, organized meal presentation, and large-volume event service.
Compartment formats and sugarcane meal trays can separate foods and standardize portions, but actual transport and holding conditions should be tested.
Typical Requirements
Recommended Products
12.5″ 5 Compartment Tray
13.2″ 6 Compartment Tray (Big)
Ready-to-eat food brands use bagasse trays and sugarcane lunch trays for portioned meals, prepared dishes, cafeteria service, and selected retail programs.
The selected tray should support portion separation, food presentation, transport, stacking, and repeatable daily packing.
For combination meals, sugarcane meal trays or compartment designs may improve portion organization when matched to the food and lid system.
Typical Requirements
Recommended Products
30oz Rectangle Tray
11″ × 7″ Pulp Lunch Tray
Delivery operators need packaging that supports the food through preparation, pickup, short-distance transport, and customer handling.
Sugarcane bagasse trays should be tested with the actual food, transport time, moisture exposure, stacking load, and secondary packaging.
Typical Requirements
Recommended Products
790ml Food Tray
10″ × 5″ Bagasse Tray
Bakery and dessert businesses use shallow bagasse trays for cakes, pastries, snacks, and counter presentation.
Natural or white molded-fiber surfaces can support different display styles, while dimensions, grease exposure, and product handling determine suitability.
Typical Requirements
Recommended Products
Cake Bagasse Tray (133 × 133 × 13 mm)
5.5″ × 4.5″ Bagasse Tray
Supermarkets and food brands use bagasse food trays for prepared meals, bakery items, produce, snacks, and selected chilled-food programs.
Retail buyers should evaluate shelf presentation, lid security, condensation, labels, barcodes, stacking, carton packing, and replenishment reliability.
Typical Requirements
Recommended Products
28oz Rectangle Tray
11.8″ × 11.8″ Food Bagasse Tray
Material selection should reflect the food application, presentation, transport, barrier requirements, destination-market rules, and total packaging cost.
Bagasse trays provide a molded-fiber alternative to many plastic, paperboard, aluminum, and PLA tray formats, but no single material is optimal for every use.
The comparison table explains the practical differences buyers should review before selecting a packaging system.
Comparison Factor | Bagasse Trays / Sugarcane Trays | Plastic Food Tray (PP/PET) | Paperboard Food Tray | PLA Food Tray |
Primary Material | Sugarcane Bagasse Fiber from renewable agricultural resources | Petroleum-based plastic materials | Paperboard fiber materials | Plant-based PLA materials |
Renewable Material Source | Produced from sugarcane processing by-products | Limited renewable material content | Renewable paper fiber source | Plant-based raw materials |
Natural Appearance | Provides a molded fiber appearance with a natural packaging image | Transparent or plastic appearance depending on material | Paper-based appearance | Similar to traditional plastic appearance |
Structural Performance | Designed for commercial foodservice applications with molded fiber structure | Generally high rigidity and durability | Suitable for lightweight food applications | Suitable for selected food packaging uses |
Food Presentation | Supports organized food presentation for meals, snacks, and takeaway products | Provides product visibility through transparent formats | Suitable for general food presentation | Provides clear product display options |
Moisture Resistance | Suitable for many foodservice applications depending on product design | High moisture resistance | Depends on coating and barrier treatment | High moisture resistance |
Sustainability Positioning | Supports renewable fiber packaging strategies | Limited sustainability positioning due to fossil-based materials | Supports paper-based packaging strategies | Supports plant-based packaging strategies |
Customization Capability | Custom sizes, structures, and molded designs available | Custom tooling available for different shapes | Custom printing and folding options available | Custom designs available depending on production capability |
Typical Applications | Bagasse food trays, bagasse meal trays, takeaway food, catering, snacks | Fresh food, retail packaging, general food containers | Bakery, dry food, takeaway applications | Specialty sustainable packaging applications |
End-of-Life Considerations | Depends on certification, local disposal systems, and applicable requirements | Recycling availability varies by region | Depends on coating materials and recycling infrastructure | Depends on composting conditions and certification |
For high-moisture, transparent, oven, or long-storage applications, buyers should also evaluate alternative materials and product-specific barrier systems.
However, the most suitable packaging solution depends on the specific application, including food type, transportation conditions, market regulations, and customer expectations.
Bagasse trays are primarily sourced by professional buyers that need repeatable specifications, wholesale quantities, documentation support, and reliable production.
Priorities vary by buyer type, but most purchasing decisions involve product fit, quality consistency, packing efficiency, landed cost, and long-term supply capability.
Importers purchase bagasse trays in bulk for local distribution. They typically review export documentation, carton efficiency, production capacity, sample consistency, commercial terms, and repeat-order reliability.
Foodservice supply companies require a practical product range and stable replenishment for restaurants, catering companies, hotels, institutions, and commercial kitchens.
Restaurant-chain procurement teams use centralized specifications to control quality, cost, inventory, and presentation across multiple locations.
Catering companies select large or compartment bagasse meal trays for portion control, event transport, and organized service.
Food brands and private-label companies may require custom structures, sample testing, retail packaging, labels, cartons, and coordinated product development.
E-commerce packaging brands value clear specifications, consistent product photography, private labeling, flexible development, and export-ready packing.
Supermarkets and retail food brands compare shelf presentation, lid fit, barcode placement, chilled handling, packing consistency, and dependable replenishment.
The right tray depends on the food, portion, serving method, storage period, transport, presentation, required barrier performance, disposal route, and target-market rules.
Bagasse trays are commonly considered for meals, catering, takeaway, snacks, bakery, and selected retail foods that benefit from renewable fiber and molded structure.
Application | Recommended |
Restaurant Takeaway Meals | ✓ |
Ready-to-Eat Meals | ✓ |
Catering Food Service | ✓ |
Food Delivery Applications | ✓ |
Meal Preparation Programs | ✓ |
Compartment Meal Packaging | ✓ |
Bakery and Dessert Packaging | ✓ |
Snack and Fried Food Packaging | ✓ |
Retail Prepared Food Packaging | ✓ |
Foodservice Distribution | ✓ |
Private Label Food Packaging | ✓ |
Sustainable Packaging Programs | ✓ |
Sushi Takeaway Packaging | ✓ |
Fresh Food Display Applications | ✓ |
Products Requiring Custom Tray Structures | ✓ |
Long-Term Liquid Storage | ✗ |
Industrial Liquid Packaging | ✗ |
Applications Requiring Transparent Packaging | ✗ |
Another material may be more suitable when the application requires full transparency, airtight sealing, prolonged liquid storage, direct oven use, or repeated reuse.
Projects involving lined sugarcane trays should separately verify the lining material, food-contact conditions, heat limits, disposal implications, and certification scope.
DAILYECO can provide product recommendations and customized sugarcane bagasse trays based on food type, packaging requirements, and destination market needs.
Before purchasing bagasse trays, buyers should confirm the complete product and supply specification rather than comparing appearance or unit price alone.
The following questions cover quotation inputs, MOQ, sampling, production schedules, packing, and contract controls.
To prepare an accurate quotation, buyers should provide the required SKU or dimensions, food application, order quantity, product weight, compartment structure, lid requirements, packing method, destination port and applicable documentation requirements.
For custom projects, buyers should also provide drawings, physical samples, annual purchasing forecasts and expected sample-approval dates.
MOQ depends on whether the buyer selects a standard product, custom carton, private-label package or newly developed molded fiber structure.
Standard products generally have lower development requirements, while custom molds and retail packaging may require higher order volumes. MOQ should therefore be confirmed for the exact SKU and customization scope.
Custom development normally includes feasibility review, mold design, sample production, physical testing, buyer approval and mass-production scheduling.
The final schedule depends on product complexity, mold requirements, revision rounds and current production capacity. Buyers should request separate timelines for sample development and commercial production.
Yes. Samples should be tested with the actual food, portion size, temperature, oil level, holding time and transportation method.
Sample approval should cover:
Buyers should compare pieces per carton, carton dimensions, carton volume, container-loading quantity and freight cost per usable tray.
For high-volume export orders, packaging optimization can have a greater effect on landed cost than a small reduction in product unit price.
The purchase contract should identify the SKU, dimensions, weight tolerance, material, color, compartment structure, packing quantity, carton size, applicable test documents, sample-approval standard, production lead time, inspection requirements and delivery terms.
Bagasse trays suit many foodservice and takeaway applications, but they are not a universal replacement for every tray material or packaging system.
Buyers should evaluate the food, storage period, sealing needs, mechanical load, temperature, appearance, cost target, and destination-market requirements.
Understanding these limits helps procurement teams select the correct material and avoid unsupported performance or environmental claims.
Businesses that require customers to clearly see the product through the packaging may prefer transparent materials rather than molded fiber solutions.
For example, fresh food retailers, display-focused products, and certain ready-to-eat foods may prioritize visual product exposure as part of the purchasing experience.
Sugarcane trays are designed primarily for solid food packaging applications.
For products involving long-term liquid storage, high moisture exposure, or extended holding periods, buyers should carefully evaluate packaging requirements before selection.
While sugarcane bagasse trays provide suitable structural performance for many commercial foodservice applications, certain industrial environments may require packaging materials with higher mechanical resistance.
Heavy-duty transportation, specialized industrial handling, or applications involving unusual pressure conditions may require alternative material solutions.
For some purchasing projects, the lowest possible packaging cost may be the primary decision factor.
Traditional plastic packaging may offer cost advantages in certain large-volume applications due to established production systems and material availability.
The suitability of sugarcane trays depends on the complete application rather than a single product feature.
Before approving a product, evaluate food type and portion, packaging environment, transport, customer expectations, market requirements, annual volume, and the exact product documentation.
For many restaurants, caterers, distributors, and food brands, bagasse trays provide a practical molded-fiber option when matched to verified operating conditions.
DAILYECO can review application requirements and recommend a standard or custom tray for sample testing.
Manufacturing bagasse trays converts prepared sugarcane fiber into molded products through pulping, forming, drying or hot pressing, trimming, inspection, and packing.
Each stage influences dimensions, wall structure, surface appearance, product weight, stacking, and foodservice performance.
Manufacturers should control raw material preparation, pulp consistency, mold condition, forming parameters, finishing, inspection, and packing.
The typical production sequence is outlined below.
The production process begins with sugarcane bagasse fiber, a renewable material generated after sugarcane juice extraction.
The raw material is cleaned and prepared before pulping. Consistent fiber preparation supports stable molding, surface appearance, and production repeatability.
The prepared bagasse fiber is processed into pulp through controlled pulping technology.
During this stage, manufacturers adjust fiber consistency and pulp quality to achieve suitable molding performance. The pulp characteristics directly affect the final tray’s strength, texture, and appearance.
The prepared pulp is transferred into specially designed molds to create the required tray structures.
The prepared pulp is formed in product molds that define external dimensions, tray depth, compartment layout, rim structure, and stackability.
This stage can produce rectangular white bagasse trays, round bagasse trays, bagasse 5 compartment biodegradable trays, or other custom structures; any biodegradability claim must match product-specific evidence.
For custom packaging, mold design should be based on the food, portion, lid, packing, and sample-approval requirements.
Finished bagasse trays are inspected for dimensions, weight, appearance, edge quality, structure, stacking, and packing.
Finished products are inspected according to customer specifications, including dimensions, weight consistency, appearance, and structural performance.
Strict inspection procedures help ensure stable quality for large-volume commercial orders.
After inspection, products are counted, bagged, packed into cartons, labeled, and prepared for shipment according to the approved specification.
Packaging methods are optimized according to product size, order quantity, transportation method, and destination market requirements.
For international buyers, efficient packaging and logistics planning help improve supply chain reliability.
A suitable manufacturer of bagasse trays should support product consistency, custom development, documentation, export packing, communication, and repeat orders.
Buyers should evaluate actual production capability and sample performance rather than relying only on catalogs or quotations.
The following factors help distinguish a manufacturing partner from a trading-only supplier.
Experience in molded fiber packaging production directly affects product consistency and project execution.
Manufacturers with experience producing sugarcane bagasse trays are usually better prepared to manage different product structures, customer specifications, export requirements, and customized packaging projects.
A manufacturer’s production capacity determines whether they can support both current orders and future business growth.
For wholesale buyers and distributors, stable production capability is especially important because supply interruptions can affect inventory planning and customer relationships.
Different food applications require different tray structures, sizes, and designs.
A professional manufacturer of bagasse trays should provide both standard products and custom molded-fiber development.
Customization may include tray dimensions, depth, compartments, product weight, rim design, compatible lids, new molds, private-label cartons, and packing optimization.
Strong customization capability allows businesses to develop packaging solutions that better match their products and market positioning.
For customers requiring unique packaging structures, mold development capability is an important factor when selecting a supplier.
The mold design stage determines product shape, edge structure, dimensional accuracy, and overall appearance.
Manufacturers with internal engineering support can usually provide better communication during product development and reduce potential issues before mass production.
Consistent quality is essential for commercial food packaging projects.
A reliable manufacturer should implement quality control throughout the production process, from raw material preparation to finished product inspection.
Typical quality checks may include:
A stable quality management process helps reduce shipment risks and ensures consistent product performance.
International export experience is an important advantage for global buyers.
Manufacturers familiar with overseas shipments usually understand export packaging requirements, logistics coordination, documentation preparation, and communication processes.
For importers and distributors, working with an experienced export supplier can reduce supply chain risks and improve purchasing efficiency.
Successful packaging projects require effective communication between buyers and manufacturers.
A professional supplier should provide technical recommendations regarding product selection, tray structure, packaging configuration, and production feasibility.
Clear communication before production helps identify potential problems early and improves project efficiency.
Before placing an order for bagasse trays, buyers should review the following checklist to ensure that the selected products meet their food application, market, compliance, customization, and supply-chain requirements.
□ Required Bagasse Trays Type
□ Food Application Requirements (Restaurant / Catering / Takeaway / Retail / Foodservice)
□ Food Type and Serving Requirements
□ Required Sizes and Food Capacity
□ Tray Structure and Design Requirements
□ Compartment Design Requirements
□ Product Dimensions and Weight Requirements
□ Food Presentation Requirements
□ Sugarcane Bagasse Fiber and Molded Fiber Specifications
□ Product Appearance and Surface Quality Standards
□ Heat-Resistance Requirements
□ Moisture- and Oil-Resistance Requirements
□ Food-Contact Compliance Requirements
□ Destination-Market Regulations
□ Sustainability Documentation Requirements
□ Customization Requirements (Logo / Private Label / Packaging Design)
□ OEM and ODM Development Requirements
□ Sample Testing and Approval Before Mass Production
□ Minimum Order Quantity Requirements
□ Annual Purchasing Forecast
□ Production Lead Time
□ Packaging Specifications
□ Carton Dimensions and Shipping Requirements
□ Container-Loading Efficiency
□ Factory Audit Requirements
□ Payment and Delivery Terms
Completing this checklist before sampling and production can reduce communication errors, specification changes, and avoidable procurement risks.
Buyers should attach the approved product drawing, sample reference, packing specifications, compliance-document requirements, inspection standards, and delivery terms to the final order for bagasse trays.
DAILYECO supplies standard and custom bagasse trays for foodservice companies, distributors, importers, restaurant groups, retailers, and private-label brands.
Support covers molded-fiber manufacturing, sampling, custom molds, product and lid matching, documentation communication, packing optimization, and export coordination.
Item | Description |
Manufacturing Facility | Professional molded fiber packaging production facility |
Employees | More than 1,000 employees |
Production Capability | Bagasse trays, compartment trays, meal trays, taco holders, clamshells, bowls, plates, and custom molded-fiber packaging, 950kg final products daily one Line |
Monthly Supply Capacity | Stable capacity for large-volume export orders; approximately 200 × 40HQ containers per month |
Product Range | Bagasse trays, taco tray holders, compartment trays, and vegetable and meat trays |
Material Capability | Renewable Sugarcane Bagasse Fiber and other sustainable packaging materials |
Product Development | Custom structure design, mold development, and packaging optimization |
Manufacturing Process | Fiber preparation, molding, quality inspection, and packaging control |
OEM | Logo, packaging, carton, labeling, and private label customization |
ODM | Product structure optimization, material improvement, and customized packaging development |
Technical Support | Professional engineering and product development assistance |
Production MOQ | Flexible according to product specifications and customization requirements |
Typical Lead Time | Approximately 25–35 days for customized orders |
For international projects, DAILYECO can provide available product-specific material information, food-contact documentation, test support, and factory-audit coordination according to destination-market requirements.
✓ Food Contact Documentation
✓ Material Information
✓ Product Testing Reports
✓ Sustainability-Related Documentation
✓ Factory Audit Support
Buyers should confirm that each report or declaration covers the selected SKU, material formulation, intended conditions of use, and relevant market.
View Our Compliance & Certification Support Page
Customization services cover standard-size modifications, new molds, compartment layouts, product weight, lid matching, labels, barcodes, cartons, and retail-ready packaging.
✓ Custom Tray Sizes
✓ Different Compartment Designs
✓ Mold Development
✓ Product Structure Optimization
✓ Logo Customization
✓ Private Label Packaging
✓ Customized Carton Solutions
✓ Retail Packaging Support
Commercial feasibility depends on the tooling requirement, MOQ, annual demand, development schedule, and approved sample.
DAILYECO supports overseas customers with export packing, carton marking, container-loading planning, shipping documentation, production scheduling, and recurring-order coordination.
✓ Export Packaging Optimization
✓ Container Loading Planning
✓ International Logistics Coordination
✓ Shipping Documentation Support
✓ Long-Term Supply Management
Customer support covers product consultation, sample arrangement, specification confirmation, production updates, inspection coordination, shipment, and after-sales communication.
✓ Product Consultation
✓ Sample Arrangement
✓ Specification Confirmation
✓ Production Updates
✓ Shipping Coordination
✓ After-Sales Support
By combining manufacturing capability with responsive communication, DAILYECO aims to become a reliable long-term partner for global sugarcane tray buyers.
Quality control covers raw-material checks, dimensions, weight, appearance, structural performance, packing quantity, carton marking, and final shipment inspection.
✓ Raw material inspection
✓ Product dimension checking
✓ Appearance inspection
✓ Structural performance testing
✓ Packaging inspection
These quality control procedures help ensure stable product performance across different production batches.
Ongoing product development focuses on tray structures, molds, material formulations, packing efficiency, and application-specific solutions.
How a Leading Chinese Exporter of Bagasse Trays Built a Global Supply Network (H3)
Company Background
Zhejiang Zhongxin Environmental Protection Technology Group Co., Ltd. is a publicly listed Chinese manufacturer of molded plant-fiber food packaging. Its principal products include molded fiber trays, food containers, bowls, plates, cup lids and other disposable foodservice packaging made primarily from sugarcane bagasse pulp.
Industry Challenge
The company’s business is highly export-oriented, with North America and Europe among its major overseas markets. Changes in international trade policy created significant supply-chain pressure, making overseas production capacity and market diversification increasingly important.
Manufacturing and Supply-Chain Response
Zhongxin established a manufacturing base in Thailand to support overseas supply. By the end of 2025, the first two phases of the Thailand project had formed 75,000 metric tons of annual production capacity and had begun supporting part of the company’s U.S. customer demand.
The company also expanded its non-U.S. market development and adjusted its production and product structure to improve global supply continuity.
Results
In 2025, Zhongxin reported RMB 1.263 billion in export revenue, representing approximately 83.9% of total revenue. Its disclosed representative customers include AmerCare Royal, Huhtamaki, Bunzl, Sabert, World Centric and Eco-Products.
The case demonstrates how large molded fiber packaging manufacturers combine production scale, overseas capacity, export documentation and diversified market coverage to support recurring international orders.
Key Takeaways
For global buyers of bagasse trays, supplier evaluation should extend beyond product price. Production location, capacity continuity, documentation, product consistency, and the ability to respond to trade-policy changes can directly affect long-term supply reliability.
Bagasse trays are made primarily from sugarcane bagasse, the fibrous material remaining after sugar extraction.
The recovered fiber is pulped and formed into flat trays, compartment trays, meal trays, sushi trays, bakery trays, snack trays, and other molded structures.
Material formulation, product weight, finish, and barrier performance can vary by SKU.
Bagasse trays are intended for food packaging, but food-contact compliance should be confirmed for the exact product and intended conditions of use.
Buyers should verify the SKU, material composition, applicable food-contact framework, food type, temperature, contact time, report validity, and destination market.
DAILYECO can provide available product-specific documentation according to the selected SKU and destination-market requirements.
Selected bagasse trays are suitable for normal hot-food service, including prepared meals, grilled food, fried foods, vegetables, bakery items, and takeaway dishes.
Performance depends on food temperature, holding time, oil and moisture content, product weight, wall structure, and material formulation.
Confirm product-specific temperature and contact-time limits for very hot, oily, or high-moisture foods.
Selected bagasse trays may support limited microwave reheating when covered by product-specific testing or use instructions.
Suitability depends on the exact SKU, food, heating time, and temperature; a general material description is not sufficient.
PET lids should be evaluated separately and removed unless they are specifically identified as suitable for the intended microwave conditions.
Bagasse trays are designed for normal foodservice, catering, takeaway, and delivery periods, subject to the selected product specification.
Oil and moisture performance depends on the food, oil quantity, sauce type, temperature, holding time, product formulation, weight, and tray structure.
Real-food testing is recommended for oily foods, wet dishes, or extended holding. Do not describe a tray as waterproof or leakproof without SKU-specific evidence.
Selected products may suit chilled or frozen-food applications, subject to product-specific verification.
Testing should cover low-temperature structure, condensation, freezing and thawing, contact duration, stacking pressure, and tray-and-lid compatibility.
Approve the tray only after testing the complete storage, transport, thawing, and serving cycle.
Yes. Selected bagasse trays are available with compatible PET or molded-fiber lids.
Clear PET lids support visibility, while molded-fiber lids can support an all-fiber presentation where product and market requirements allow.
Test rim dimensions, locking force, food clearance, opening and closing, chilled storage, stacking, and transportation before commercial approval.
Tray and lid materials may have different heat-use, recycling, and disposal requirements.
Selected products may be compostable under specified conditions when covered by product-specific certification.
Compostability depends on formulation, certification scope, processing conditions, and local infrastructure. Verify that the certificate covers the exact SKU before using a claim.
A separate PET lid must be evaluated and disposed of according to its own material and local rules.
DAILYECO supplies small snack trays, medium food trays, larger catering trays, flat trays, compartment formats, bakery trays, sushi trays, and products with compatible lids.
The range includes bagasse food trays, a bagasse sushi tray, sugarcane meal trays, snack and chip formats, hot dog trays, bakery trays, and custom molded-fiber products.
Compare internal food capacity and tray depth as well as external dimensions, unit weight, packing quantity, carton size, and lid fit.
Yes. DAILYECO provides OEM and ODM support for custom bagasse trays.
Options may include dimensions, depth, weight, compartments, rim structure, compatible lids, natural or white appearance, molds, private-label cartons, labels, barcodes, retail packs, and container-loading optimization.
Custom projects should begin with the food, portion, performance requirements, annual volume, destination market, and approved sample.
Sourcing bagasse trays requires more than comparing appearance or unit price.
Successful projects align the food application, tray specification, documentation, packing, manufacturing capability, and long-term supply plan.
The following recommendations focus on decisions that most directly affect product fit and repeat-order reliability.
Different food applications require different tray structures and performance considerations.
For example, restaurants and takeaway businesses may prioritize convenient handling and food presentation, while catering companies may require larger formats or compartment designs for portion organization.
Select bagasse trays according to the actual food and operating conditions rather than using one product as a universal solution.
A suitable packaging product requires both appropriate design and reliable manufacturing support.
Tray size, shape, depth, compartment structure, and material performance all influence the final user experience.
At the same time, buyers should evaluate whether the supplier can maintain stable production quality and support future order growth.
For long-term purchasing projects, manufacturing capability is often as important as the product itself.
Sustainable packaging has become an important consideration for many businesses, but environmental claims should always be evaluated based on product specifications and applicable standards.
Bagasse trays provide a renewable-fiber packaging option, but biodegradability, compostability, and other environmental claims require product-specific support.
A professional manufacturer should provide clear product information and support customers in selecting suitable packaging solutions.
The success of a packaging project depends not only on product quality but also on communication, technical support, and supply reliability.
An experienced manufacturer of bagasse trays can help buyers evaluate products, test samples, optimize structures, and control specification changes.
For restaurants, distributors, and food brands, building a stable supplier relationship creates long-term value beyond a single purchase.
The most reliable sourcing decisions begin with complete specifications and realistic application testing rather than the lowest quotation alone.
Compare like-for-like products, confirm SKU-specific documentation, approve physical samples, and calculate packing and landed cost before placing a bulk order.
DAILYECO supports projects involving standard and custom bagasse trays with product guidance, molded-fiber manufacturing, documentation communication, packing optimization, and export supply.
Lillian Guo
Food Packaging Compliance Manager
10+ Years of Experience
Specialized in:
Discover more sustainable food packaging solutions from DAILYECO.
Looking for a Reliable Manufacturer of Bagasse Trays?
Our packaging specialists are ready to support your project with:
✓ Product Catalog
✓ Free Product Consultation
✓ OEM & ODM Development
✓ Custom Packaging Solutions
✓ Sample Requests
✓ Compliance Guidance
✓ Packaging Optimization
✓ Global Export Support
Whether you source for a restaurant chain, foodservice distributor, importer, catering company, retailer, institution, or private-label brand, our team can recommend suitable bagasse trays for the intended food, service model, destination market, and supply plan.
