What Are the Common Materials for Food Party Trays?
author: Iris
2025-12-16
I. Traditional Plastic Food Party Trays
Traditional plastic food party trays still hold a significant market share due to their cost and performance advantages, but their environmental shortcomings are becoming increasingly prominent.
1.1 Polypropylene (PP) Food Party Trays
PP food party trays are one of the most widely used materials on the market. With a density of 0.90-0.91 g/cm³, it is the lightest of the general-purpose plastics, making it convenient for transportation and use. In terms of physical properties, its tensile strength and hardness are superior to polyethylene (PE), and it has excellent resistance to bending fatigue, earning it the nickname "foldable plastic."
Heat resistance is its core advantage, with a melting point of 167℃ and a conventional operating temperature of -6℃ to 120℃. Modified PP can withstand -18℃ to 110℃, and can still retain half of its tensile strength at room temperature at 100℃. It can be directly microwaved (the lid needs to be removed), making it suitable for hot food packaging.
In terms of food safety, PP is non-toxic and odorless, with strong chemical stability, complying with FDA and EU food contact regulations. Its surface is smooth and easy to clean, with only weak resistance to oxidizing acids. Environmentally, PP is 100% recyclable, with a recycling rate exceeding 90%. Bio-based PP can achieve natural degradation in 90 days, but traditional PP is still a petroleum-based plastic and is difficult to degrade in the natural environment.
In terms of cost, the price of PP raw materials is 9000-11000 yuan/ton, and the processing and transportation costs are 10% and 5% of the raw material cost, respectively. The bulk purchase price is 0.7-1.1 yuan/piece, slightly higher than PE but with outstanding cost-effectiveness. It is mainly used for takeaway hot meals and packaging of leftover food at home, commonly available in square (500-1500mL) and round specifications. Avoid prolonged contact with acidic foods.
Heat resistance is its core advantage, with a melting point of 167℃ and a conventional operating temperature of -6℃ to 120℃. Modified PP can withstand -18℃ to 110℃, and can still retain half of its tensile strength at room temperature at 100℃. It can be directly microwaved (the lid needs to be removed), making it suitable for hot food packaging.
In terms of food safety, PP is non-toxic and odorless, with strong chemical stability, complying with FDA and EU food contact regulations. Its surface is smooth and easy to clean, with only weak resistance to oxidizing acids. Environmentally, PP is 100% recyclable, with a recycling rate exceeding 90%. Bio-based PP can achieve natural degradation in 90 days, but traditional PP is still a petroleum-based plastic and is difficult to degrade in the natural environment.
In terms of cost, the price of PP raw materials is 9000-11000 yuan/ton, and the processing and transportation costs are 10% and 5% of the raw material cost, respectively. The bulk purchase price is 0.7-1.1 yuan/piece, slightly higher than PE but with outstanding cost-effectiveness. It is mainly used for takeaway hot meals and packaging of leftover food at home, commonly available in square (500-1500mL) and round specifications. Avoid prolonged contact with acidic foods.
1.2 Polyethylene (PE) Food Party Trays
PE food party trays are made from low-pressure high-density polyethylene (HDPE). Their core advantage is low-temperature resistance; they maintain flexibility and impact resistance at low temperatures, making them suitable for refrigerated and frozen food packaging.
In terms of physical properties, the density is approximately 0.9 g/cm³; they have high toughness, are resistant to chemical corrosion, do not absorb water or mold, and can adapt to humid and weakly acidic/alkaline environments. Their chemical inertness ensures food contact safety. Similar to PP in terms of environmental friendliness, they are 100% recyclable, but difficult to biodegrade naturally.
Cost is its biggest competitive advantage, with raw material prices ranging from 8000-10000 yuan/ton, lower than PP, making it suitable for large-scale, cost-sensitive applications. However, its poor heat resistance means it can only be used at low temperatures and cannot be microwaved. It softens and deforms easily at high temperatures, and its rigidity is weaker than PP, limiting its application range. It is mainly used for low-temperature food packaging and frozen food storage.
In terms of physical properties, the density is approximately 0.9 g/cm³; they have high toughness, are resistant to chemical corrosion, do not absorb water or mold, and can adapt to humid and weakly acidic/alkaline environments. Their chemical inertness ensures food contact safety. Similar to PP in terms of environmental friendliness, they are 100% recyclable, but difficult to biodegrade naturally.
Cost is its biggest competitive advantage, with raw material prices ranging from 8000-10000 yuan/ton, lower than PP, making it suitable for large-scale, cost-sensitive applications. However, its poor heat resistance means it can only be used at low temperatures and cannot be microwaved. It softens and deforms easily at high temperatures, and its rigidity is weaker than PP, limiting its application range. It is mainly used for low-temperature food packaging and frozen food storage.
1.3 Polystyrene (PS) Food Party Trays
PS food party trays have high transparency as their core advantage, clearly displaying food and making them suitable for cold food display. In terms of physical properties, they have high hardness, are easy to mold, and have excellent processing performance, with a lower cost than PP.
However, they have significant drawbacks: extremely poor heat resistance, only withstanding 70-90℃; exceeding this temperature easily causes softening, deformation, and the release of harmful substances; they cannot be microwaved; they are prone to brittle fracture at low temperatures and have poor impact resistance, making them easily damaged during transportation. Environmentally, traditional PS is a petroleum-based plastic that is difficult to biodegrade in the natural environment. Although theoretically recyclable, the recycling cost is high, and the technology is complex, resulting in a low actual recycling rate, and facing pressure from plastic restriction policies.
They are mainly used for packaging cold foods or room-temperature foods such as salads, fruits, and sushi. Avoid using them with hot food or subjecting them to drops or compression.
However, they have significant drawbacks: extremely poor heat resistance, only withstanding 70-90℃; exceeding this temperature easily causes softening, deformation, and the release of harmful substances; they cannot be microwaved; they are prone to brittle fracture at low temperatures and have poor impact resistance, making them easily damaged during transportation. Environmentally, traditional PS is a petroleum-based plastic that is difficult to biodegrade in the natural environment. Although theoretically recyclable, the recycling cost is high, and the technology is complex, resulting in a low actual recycling rate, and facing pressure from plastic restriction policies.
They are mainly used for packaging cold foods or room-temperature foods such as salads, fruits, and sushi. Avoid using them with hot food or subjecting them to drops or compression.
1.4 Polyethylene Terephthalate (PET) Food Party Trays
PET food party trays have extremely high transparency, high hardness, and good impact resistance, making them suitable for long-term storage and display of high-end food. However, their heat resistance is extremely poor, only withstanding temperatures below 60℃, and they absolutely cannot be microwaved, limiting their application scenarios. In terms of environmental protection, PET is recyclable, but it is often used in combination with aluminum foil and paper, making separation and recycling difficult. Traditional PET is still a petroleum-based plastic. It has a higher cost, with a unit price of 1.2-2 yuan/piece, higher than PP and PS, and is only used in high-end applications where appearance is important, such as fruit boxes, snack packaging boxes, and cold drink cups. Identification can be done by checking the "PET" mark or the triangular recycling symbol "1" at the bottom. Temperature limits must be strictly observed.
II. Bio-based Biodegradable Material Food Party Trays
Bio-based biodegradable food trays with lids are the mainstream direction in policy and the market. Based on renewable raw materials, they can be completely degraded under specific conditions, solving the problem of traditional plastic pollution.
2.1 Polylactic Acid (PLA) Food Party Trays
PLA is made from the fermentation of plant starches such as corn and sugarcane. It is a 100% bio-based material with outstanding environmental performance: it can be completely degraded into carbon dioxide and water in 3-6 months under composting conditions. By 2025, it is expected to account for 35% of the biodegradable tableware market, with annual sales of 11.2 billion units.
In terms of physical properties, pure PLA has a tensile strength of 42 MPa, which can be increased to 58 MPa after adding 15% bamboo fiber, improving impact toughness by 2.3 times. Its hardness and rigidity meet most packaging needs. Heat resistance is improved compared to traditional biodegradable materials; PLA/PBAT composite materials can withstand temperatures up to 90°C, and some formulations can withstand even higher temperatures, making them suitable for medium and low-temperature hot food packaging.
Cost is the main drawback. The price of lactic acid raw materials is 25,000 yuan/ton, and with the added costs of fermentation (50% of raw material cost), polymerization (20%), and modification (10%), the price of PLA material is approximately 40,000 yuan/ton, making the tray price 50%-100% higher than ordinary plastics. Storage requires avoiding high temperatures and high humidity, and degradation requires composting conditions of 25-30°C and humidity above 60%. Primarily used for hot takeaway meals (≤90℃) and eco-friendly restaurant packaging, some products are microwave-safe (requires labeling). It is projected that the market share of PLA-based tableware will increase from 38% in 2025 to 47% in 2030. After the commercialization of third-generation bio-based composite materials in 2026, the temperature resistance will reach 120℃, and the unit price will decrease by another 25%-30%.
In terms of physical properties, pure PLA has a tensile strength of 42 MPa, which can be increased to 58 MPa after adding 15% bamboo fiber, improving impact toughness by 2.3 times. Its hardness and rigidity meet most packaging needs. Heat resistance is improved compared to traditional biodegradable materials; PLA/PBAT composite materials can withstand temperatures up to 90°C, and some formulations can withstand even higher temperatures, making them suitable for medium and low-temperature hot food packaging.
Cost is the main drawback. The price of lactic acid raw materials is 25,000 yuan/ton, and with the added costs of fermentation (50% of raw material cost), polymerization (20%), and modification (10%), the price of PLA material is approximately 40,000 yuan/ton, making the tray price 50%-100% higher than ordinary plastics. Storage requires avoiding high temperatures and high humidity, and degradation requires composting conditions of 25-30°C and humidity above 60%. Primarily used for hot takeaway meals (≤90℃) and eco-friendly restaurant packaging, some products are microwave-safe (requires labeling). It is projected that the market share of PLA-based tableware will increase from 38% in 2025 to 47% in 2030. After the commercialization of third-generation bio-based composite materials in 2026, the temperature resistance will reach 120℃, and the unit price will decrease by another 25%-30%.
2.2 Starch-based Biodegradable Food Party Trays
Starch-based food party trays use corn and sweet potato starch as raw materials, with a small amount of modifiers added to enhance toughness. They offer excellent environmental performance: complete degradation in 2-3 months under composting conditions, with no white pollution.
In terms of physical properties, they are temperature resistant to 60-80℃, have good water and oil resistance, and are suitable for medium-to-low temperature hot food packaging, but are not microwave-safe (starch gelatinizes when heated). They have a significant cost advantage, with raw material prices of 2000-3000 yuan/ton, and processing and transportation costs being 30% and 10% of the raw material cost, respectively, lower than PLA.
For identification, the products are mostly milky white or light yellow, soft to the touch, and do not crease when bent. They burn without black smoke and have a paper-like smell. Limitations include low temperature resistance, limited mechanical strength, and susceptibility to moisture absorption, requiring dry storage. Degradation is slow in ordinary environments. They are mainly used for hot takeaway meals (≤80℃) and portioning for family gatherings.
In terms of physical properties, they are temperature resistant to 60-80℃, have good water and oil resistance, and are suitable for medium-to-low temperature hot food packaging, but are not microwave-safe (starch gelatinizes when heated). They have a significant cost advantage, with raw material prices of 2000-3000 yuan/ton, and processing and transportation costs being 30% and 10% of the raw material cost, respectively, lower than PLA.
For identification, the products are mostly milky white or light yellow, soft to the touch, and do not crease when bent. They burn without black smoke and have a paper-like smell. Limitations include low temperature resistance, limited mechanical strength, and susceptibility to moisture absorption, requiring dry storage. Degradation is slow in ordinary environments. They are mainly used for hot takeaway meals (≤80℃) and portioning for family gatherings.
2.3 PBAT-based Biodegradable Food Party Trays
PBAT (polybutylene adipate terephthalate) is a biodegradable thermoplastic polyester, often blended with PLA to improve toughness and processing performance. Environmentally, it is TUV Rheinland certified, with a degradation rate of 94.3% in freshwater at 25℃ over 180 days, and complete degradation in 3-6 months under composting conditions.
In terms of physical properties, it has good flexibility and impact resistance, and when blended with PLA, it can improve low-temperature resistance, with a temperature resistance of up to 90℃, suitable for hot food. It has a market share of 25%, with annual sales of 8 billion units. The cost is between PLA and traditional plastics, making it suitable for high-end biodegradable packaging scenarios, such as hot takeaway meals and fast-food chain packaging. Some products are microwave-safe (requires labeling). However, challenges remain, including high costs (50%-100% higher than ordinary plastics), the need to avoid high temperatures and humidity during storage, and the dependence on specific composting conditions for degradation.
In terms of physical properties, it has good flexibility and impact resistance, and when blended with PLA, it can improve low-temperature resistance, with a temperature resistance of up to 90℃, suitable for hot food. It has a market share of 25%, with annual sales of 8 billion units. The cost is between PLA and traditional plastics, making it suitable for high-end biodegradable packaging scenarios, such as hot takeaway meals and fast-food chain packaging. Some products are microwave-safe (requires labeling). However, challenges remain, including high costs (50%-100% higher than ordinary plastics), the need to avoid high temperatures and humidity during storage, and the dependence on specific composting conditions for degradation.
2.4 PLA/PBAT Composite Biodegradable Food Party Trays
PLA/PBAT composite food party trays achieve complementary performance through scientific formulation, combining the hardness of PLA with the toughness of PBAT. Their mechanical properties and degradation rate can be adjusted. They have a market share of 15% and an annual sales volume of 4.8 billion units.
They have a heat resistance of up to 90℃, with some formulations reaching even higher temperatures. They completely degrade within 3-6 months under composting conditions, offering an excellent balance of environmental friendliness and performance. Significant breakthroughs have been made in cost control. The PLA/PBAT/starch ternary system developed by Kingfa Technology reduces raw material costs to 14,500 RMB/ton while maintaining a biodegradation rate exceeding 90%. The unit price of the tray is 0.38 RMB/piece, approaching the critical point of 1.2 times the cost of traditional PS food trays with lids.
They are mainly used for hot food takeout and high-end catering packaging, and some are microwaveable. However, the cost is still 50%-100% higher than traditional plastics, the production process is complex, and storage and usage requirements are strict.
They have a heat resistance of up to 90℃, with some formulations reaching even higher temperatures. They completely degrade within 3-6 months under composting conditions, offering an excellent balance of environmental friendliness and performance. Significant breakthroughs have been made in cost control. The PLA/PBAT/starch ternary system developed by Kingfa Technology reduces raw material costs to 14,500 RMB/ton while maintaining a biodegradation rate exceeding 90%. The unit price of the tray is 0.38 RMB/piece, approaching the critical point of 1.2 times the cost of traditional PS food trays with lids.
They are mainly used for hot food takeout and high-end catering packaging, and some are microwaveable. However, the cost is still 50%-100% higher than traditional plastics, the production process is complex, and storage and usage requirements are strict.
III. Natural Fiber Food Party Trays
Natural fiber food party trays are made from renewable plant fibers, combining environmental friendliness with a natural texture, making them suitable for mid-to-high-end environmentally conscious applications.
3.1 Bamboo Fiber Food Party Trays
Bamboo fibers have a length-to-width ratio of 300-600, a cellulose content of 60%-80%, and contain natural silica components, resulting in excellent strength and durability. In terms of physical properties, they are highly resilient, have a smooth and delicate surface, and are highly whiteness. Deep-drawn products are less prone to cracking, making them suitable for high-end packaging.
Environmentally, bamboo has a short growth cycle and is renewable. The food party trays are completely biodegradable after disposal, making them a green material. By mixing with reinforcing materials such as wood fibers and other bamboo fibers, the strength of the composite material can be increased by more than 30%. However, the cost is higher, as bamboo pulp is more expensive than bagasse pulp. It is often mixed with bagasse fiber to control costs and is mainly used in high-end food packaging, gift packaging, and tableware for upscale restaurants.
Environmentally, bamboo has a short growth cycle and is renewable. The food party trays are completely biodegradable after disposal, making them a green material. By mixing with reinforcing materials such as wood fibers and other bamboo fibers, the strength of the composite material can be increased by more than 30%. However, the cost is higher, as bamboo pulp is more expensive than bagasse pulp. It is often mixed with bagasse fiber to control costs and is mainly used in high-end food packaging, gift packaging, and tableware for upscale restaurants.
3.2 Sugarcane Bagasse Fiber Food Party Trays
Sugarcane bagasse is a byproduct of the sugar industry, resulting in extremely low raw material costs and enabling the recycling of agricultural waste. The fiber length is 1.0-2.0mm, the width is 14-28μm, and the length-to-width ratio is 60-80. It has a small wall-to-lumen ratio, good moldability and stability, and moderate strength and toughness, making it suitable for molded products.
Environmentally, it is completely biodegradable and naturally decomposes in the soil. It has a significant cost advantage and is the main material for food containers and tableware. It is also used for mobile phones, food party trays, and cosmetic packaging. However, the appearance and texture are ordinary, and performance stability needs improvement. The processing technology is complex, and it is mainly used in cost-sensitive applications such as fast food packaging and takeout packaging.
Environmentally, it is completely biodegradable and naturally decomposes in the soil. It has a significant cost advantage and is the main material for food containers and tableware. It is also used for mobile phones, food party trays, and cosmetic packaging. However, the appearance and texture are ordinary, and performance stability needs improvement. The processing technology is complex, and it is mainly used in cost-sensitive applications such as fast food packaging and takeout packaging.
3.3 Other Natural Fiber Food Party Trays
Wheat straw fiber, reed fiber, and palm fiber are also used in tray production: Wheat straw fiber is short, resulting in good stiffness but poor flexibility in products, and is used for coffee food trays with lids and dry-pressed products; reed fiber is short and contains many impurities, resulting in low surface smoothness, and is mostly used in low-grade products or as filler material; palm fiber products have a natural appearance and good stiffness, and the impurities are all plant fibers, meeting environmental requirements. These materials are all renewable resources, biodegradable, and cost-effective, but they have limited performance and require mixing with other materials. The processing technology is complex, and the product quality stability is poor. They are mainly used in low-to-medium-end packaging, such as fast food packaging and disposable tableware.
IV. Pulp Material Food Party Trays
Pulp food party trays use renewable fibers as raw materials, offering outstanding environmental benefits, and their application scenarios are expanded through process optimization.
4.1 Molded Pulp Food Party Trays
Molded pulp take-out food trays use raw materials including sugarcane bagasse, bamboo, wheat straw, and other agricultural waste, as well as wood pulp and waste paper pulp, providing a wide and sustainable source. Production uses three-dimensional papermaking technology, allowing for the formation of complex shapes and lightweight materials.
Environmentally, the raw materials are renewable, and after disposal, they can be recycled or completely biodegraded. In terms of physical properties, they have good cushioning properties, protecting food. Although their strength is not as high as plastic, they meet general packaging needs. The cost is low (especially when using agricultural waste), and the annual demand growth rate is 15%-20%, making it one of the fastest-growing subcategories.
However, they have poor water resistance, low strength, and ordinary appearance and texture. They are mainly used in scenarios with high environmental requirements and low strength requirements, such as egg food party trays, fruit food party trays, and cushioning packaging.
Environmentally, the raw materials are renewable, and after disposal, they can be recycled or completely biodegraded. In terms of physical properties, they have good cushioning properties, protecting food. Although their strength is not as high as plastic, they meet general packaging needs. The cost is low (especially when using agricultural waste), and the annual demand growth rate is 15%-20%, making it one of the fastest-growing subcategories.
However, they have poor water resistance, low strength, and ordinary appearance and texture. They are mainly used in scenarios with high environmental requirements and low strength requirements, such as egg food party trays, fruit food party trays, and cushioning packaging.
4.2 Coated Paper Food Party Trays
Coated paper food party trays improve water and oil resistance through surface coating. There are two types: PE coating and PLA coating. PE coating is temperature resistant up to 80°C and can hold a small amount of liquid; the paper is recyclable. PLA coating is temperature resistant up to 60°C and is completely biodegradable, decomposing in 1-3 months of composting.
Environmentally, PLA coating is more environmentally friendly than plastic food containers, and the cost is 30%-50% higher than ordinary plastic, but it has high market acceptance. It is mainly used for takeaway light meals (low-fat meals, salads) and hot food with a small amount of liquid (porridge, noodle soup). Temperature limitations should be noted, and PE coating recycling is complex.
Environmentally, PLA coating is more environmentally friendly than plastic food containers, and the cost is 30%-50% higher than ordinary plastic, but it has high market acceptance. It is mainly used for takeaway light meals (low-fat meals, salads) and hot food with a small amount of liquid (porridge, noodle soup). Temperature limitations should be noted, and PE coating recycling is complex.
4.3 Pulp Composite Material Food Party Trays
Pulp composite material food party trays optimize performance through mixed fibers or chemical treatment: mixing sugarcane bagasse pulp with bamboo pulp enhances toughness, and mixing wheat straw pulp with wood pulp improves strength; chemical-mechanical pulp has a high yield and moderate cost, while chemical pulp products are finer but more expensive. The advantage lies in adjustable performance, allowing adaptation to different scenarios. Costs are controllable through raw material ratios and process optimization. It is mainly used in high-end packaging, such as premium food packaging and gift packaging, but the stability issues of different fiber ratios need to be addressed.
V. Metal Food Party Trays
Metal food party trays use aluminum foil as the main material, suitable for high-end heat-resistant applications, and their environmental friendliness depends on recycling.
Aluminum foil take-out food trays are lightweight, have good thermal conductivity, and are extremely heat-resistant, withstanding temperatures of 200-250°C. They can be directly heated in ovens and microwave ovens, and when combined with an aluminum foil lid, they prevent leakage and maintain warmth for 1-2 hours longer than plastic food containers.
They have a wide range of applications, suitable for high-end scenarios such as takeaway cooked food (roast chicken, baked rice), home baking and portioning, outdoor picnics, and airline catering. Environmentally, aluminum foil is 100% recyclable, and the energy consumption for recycling is only 30% of that of virgin materials, conforming to the circular economy.
However, the cost is high, and chemical stability is limited. It cannot come into contact with acidic or alkaline foods (such as tomatoes and vinegar), otherwise, aluminum ions will be released, affecting health. Recycling requires sorting, which limits its widespread use.
They have a wide range of applications, suitable for high-end scenarios such as takeaway cooked food (roast chicken, baked rice), home baking and portioning, outdoor picnics, and airline catering. Environmentally, aluminum foil is 100% recyclable, and the energy consumption for recycling is only 30% of that of virgin materials, conforming to the circular economy.
However, the cost is high, and chemical stability is limited. It cannot come into contact with acidic or alkaline foods (such as tomatoes and vinegar), otherwise, aluminum ions will be released, affecting health. Recycling requires sorting, which limits its widespread use.
VI. Comprehensive Comparison and Analysis of Material Characteristics
6.1 Comparison of Environmental Performance
- Optimal Tier: Bio-based biodegradable materials (starch-based materials degrade in 2-3 months, PLA/PLA/PBAT degrade in 3-6 months), natural fiber materials (renewable and biodegradable), environmentally friendly throughout the entire life cycle from raw materials to disposal.
- Good Tier: Pulp materials (renewable and recyclable/biodegradable raw materials), aluminum foil (100% recyclable, low energy consumption), but pulp has poor water resistance, and aluminum foil production has high energy consumption.
- Poor Tier: Traditional plastics (PP/PE/PS/PET), although recyclable, the actual recycling rate is low, they are difficult to degrade in the natural environment, and pose a high risk of pollution.
- Policy guidance is clear: by 2025, the proportion of biodegradable plastic products should be no less than 30%, recyclable take-out food trays should account for 60%, and disposable plastic food party trays should be reduced to 15%.
6.2 Performance Comparison
- Heat Resistance: Aluminum foil (200-250℃) > PP (-6 to 120℃) > PLA/PBAT (90℃) > PE (excellent at low temperatures) > PS (70-90℃) > PET (<60℃).
- Mechanical Strength: PP (bending fatigue resistance) > PE (toughness) > PLA/PBAT (composite reinforcement) > Aluminum foil (lightweight and high strength) > PS (brittle and hard) > Pulp/natural fibers (medium strength).
- Chemical Resistance: PE/PP (acid and alkali resistant, weakly resistant to oxidizing acids) > PS (poor) > Bio-based materials (depending on the formula) > Aluminum foil (sensitive to acids and alkalis) > Pulp (poor water resistance).
The selection of materials for disposable take-out food trays requires careful consideration of environmental protection, cost, performance, and application scenarios: PP or aluminum foil for hot food, PS or pulp for cold food, bio-based materials for environmental priority, and PE or pulp for cost-sensitive applications. In the future, driven by policies, technology, and consumer upgrades, bio-based, biodegradable, and natural fiber materials will become mainstream. Companies need to increase R&D efforts to promote the industry's transformation towards sustainability, achieving a balance between commercial value and environmental responsibility.
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