XPP Foam Food Containers

XPP Foam Food Containers for Takeaway, Catering and Hot Meals

HSQY PLASTIC supplies XPP foam food containers for takeaway meals, food delivery, fast food, catering, central kitchens, institutional meal service and other hot or cold food packaging applications.

XPP, commonly used in the packaging industry to describe extruded polypropylene foam, combines the inherent advantages of polypropylene with a lightweight cellular structure. This makes XPP particularly useful where thermal insulation, low packaging weight, grease resistance and improved heat performance are important.

HSQY's current XPP range includes single-compartment, 2-compartment and 3-compartment meal boxes, two sizes of hinged burger boxes and open food trays. Current standard products are beige, with customized sizes and specifications available for suitable projects.

Selected HSQY XPP products are currently specified for microwave reheating. However, microwave time, food load, fat or oil content and maximum service temperature should be validated for the exact container before commercial use. XPP food containers should not automatically be treated as conventional-oven containers.

What Is an XPP Foam Food Container?

An XPP foam food container is a lightweight food package made from foamed polypropylene, typically produced as an extruded polypropylene foam structure and subsequently formed into trays, hinged boxes or compartment containers.

The cellular structure reduces material density while maintaining useful rigidity and insulating performance. Compared with a conventional solid plastic container of similar external dimensions, the foam structure can provide additional thermal insulation with relatively low package weight.

XPP food packaging is particularly relevant for applications where meals need to remain warm during transportation or where the customer wants a polypropylene-based alternative to traditional polystyrene foam takeaway packaging.

XPP vs. EPP: Are They the Same?

XPP and EPP are both polypropylene foam technologies, but the terms should not automatically be used interchangeably.

Term	Typical Industry Meaning	Typical Form
XPP	Extruded polypropylene foam	Foamed sheet, rollstock and formed food trays or containers
EPP	Expanded polypropylene	Expanded PP bead foam molded into thicker reusable parts, protective packaging and insulated transport boxes

For purchasing and technical documentation, buyers should confirm the exact polypropylene foam production process rather than relying only on the abbreviation.

HSQY XPP Foam Food Container Sizes

HSQY currently offers seven XPP foam food packaging formats covering complete meals, compartment meals, burgers and open food trays.

Size	Configuration	Current Color	Typical Application
240 × 205 × 70 mm	1 Compartment Meal Box	Beige	Rice meals, pasta, noodles, curry, grilled food and complete takeaway meals
240 × 205 × 70 mm	2 Compartment Meal Box	Beige	Main course plus side dish
240 × 205 × 70 mm	3 Compartment Meal Box	Beige	Main dish, vegetables, rice or multi-course meal separation
135 × 135 × 70 mm	Hinged Burger Box	Beige	Burgers, sandwiches, snacks and fast food
150 × 150 × 70 mm	Hinged Burger Box	Beige	Larger burgers, sandwiches and takeaway meals
235 × 182 × 40 mm	Open XPP Food Tray	Beige	Prepared meals, catering and food service
240 × 155 × 40 mm	Open XPP Food Tray	Beige	Prepared meals, takeaway food and catering

Custom dimensions and container configurations can be discussed according to the food application, production feasibility and purchasing requirements.

1, 2 and 3 Compartment XPP Meal Boxes

HSQY's 240 × 205 × 70 mm platform is currently available in 1-compartment, 2-compartment and 3-compartment configurations.

Using a common external footprint with different internal compartment layouts can simplify packaging selection for catering companies, restaurants and institutional meal providers that offer multiple menu structures.

Configuration	Best Selection Direction
1 Compartment	Rice bowls, pasta, noodles, curry, grilled dishes and mixed complete meals
2 Compartments	Main course separated from rice, vegetables or side dishes
3 Compartments	Institutional meals, school lunches, catering and meals requiring multiple separated components

XPP Foam Burger Boxes

HSQY currently offers hinged XPP burger boxes in 135 × 135 × 70 mm and 150 × 150 × 70 mm.

Their foam structure helps reduce heat loss during takeaway and delivery, making them suitable for burgers, sandwiches and other hot fast-food products.

Buyers should select the box size according to burger diameter, bun height, product toppings, required headspace and stacking conditions rather than relying only on the nominal box dimensions.

Open XPP Foam Food Trays

HSQY also supplies 235 × 182 × 40 mm and 240 × 155 × 40 mm open XPP food trays.

Open trays can be evaluated for prepared meals, catering, institutional food service and other food applications where a separate lid, wrapping system or serving configuration is used.

Why Use XPP Foam for Takeaway Food Packaging?

Thermal Insulation

The polypropylene foam structure contains numerous small cells that reduce heat transfer compared with a thin solid plastic wall. This can help hot meals remain warm for longer during takeaway and delivery.

Lightweight Structure

Foaming reduces material density, helping create containers with substantial wall thickness without the weight of an equivalent solid polypropylene section.

Grease and Liquid Resistance

Current HSQY XPP products are designed for foods such as rice, noodles, burgers, grilled items and other takeaway meals where grease and moisture resistance are important packaging characteristics.

Impact and Handling Resistance

A cellular PP structure provides useful cushioning and impact resistance during stacking, handling and food-delivery logistics.

Polypropylene-Based Material

XPP is based on polypropylene rather than polystyrene. This makes it an important material to evaluate when buyers are looking to move away from traditional PS foam takeaway packaging while retaining a lightweight insulated structure.

XPP Foam Containers for Hot Food Delivery

Hot-food delivery is one of the strongest application directions for XPP foam packaging.

Potential applications include rice meals, noodles, pasta, curry, grilled food, takeaway burgers, institutional meals and prepared-food delivery.

Packaging performance should be evaluated using actual food filling temperature, delivery duration, food mass, oil or sauce content and ambient transportation conditions.

A container that performs well with a dry rice meal may behave differently with a high-fat sauce or very hot liquid food, so the final meal system should be tested before approval.

XPP Foam Containers for Cold Food

Thermal insulation also makes XPP relevant to selected chilled and cold-food applications.

Cold-food buyers should evaluate condensation, storage temperature, container closure, stacking and required shelf life together with the finished food product.

XPP Containers for Restaurants and Takeaway

Restaurants and takeaway operators can use single-compartment or multi-compartment XPP boxes according to menu structure.

Burger restaurants can select the 135 × 135 × 70 mm or 150 × 150 × 70 mm hinged formats, while complete rice, pasta or mixed meals can use the 240 × 205 × 70 mm platform.

XPP Containers for Catering and Central Kitchens

Central kitchens and catering companies need standardized packaging that can be filled quickly, stacked efficiently and transported while maintaining food temperature.

The 1-, 2- and 3-compartment 240 × 205 × 70 mm formats allow buyers to standardize the external package footprint while selecting different internal meal layouts.

XPP Containers for School, Hospital and Institutional Meals

Multi-compartment food boxes can be evaluated for school meals, hospitals, factories and other institutional food-service systems where separate meal components and temperature retention are important.

Institutional projects should specify portion weight, compartment volume, filling temperature, holding time, stacking height and reheating requirements.

XPP Foam Containers for Airline and Transport Catering

Lightweight insulated packaging can also be evaluated for airline catering, rail catering and other transported-meal systems.

These applications should define dimensional constraints, stacking, meal temperature, reheating method, weight targets and any transport-specific food-contact or fire requirements before the final container is selected.

Are XPP Foam Containers Microwave Safe?

Current HSQY XPP food-container product pages describe the existing beige meal boxes, burger boxes and trays as microwave-safe.

However, microwave suitability should always be tied to a defined reheating condition. Food temperature, heating duration, microwave power, fat content, oil content and container loading can all influence performance.

For commercial projects, specify the required microwave power and heating time and validate the complete food-container system before making a microwave claim on the final packaged product.

Can XPP Containers Go in a Conventional Oven?

Standard XPP foam food containers should not be treated as conventional-oven packaging unless a specific product has been tested and approved for that use.

If conventional oven cooking is required, consider an ovenable packaging material such as an appropriate                    CPET tray                and validate the exact cooking conditions.

XPP vs. XPS Foam Food Containers

Selection Factor	XPP Foam	XPS Foam
Polymer	Polypropylene	Polystyrene
Typical HSQY Application	Takeaway meals, burgers, catering, hot-food delivery and prepared meals	Fresh meat, poultry, seafood and produce trays
Microwave Direction	Current HSQY XPP products are specified for microwave reheating under suitable conditions	Current HSQY XPS fresh-food trays should not be treated as microwave containers
Main Packaging Format	Hinged meal boxes, compartment boxes, burger boxes and open trays	Primarily open fresh-food trays
Best Fit	Hot takeaway and insulated meal packaging	Chilled fresh-food overwrap packaging

For chilled meat and seafood overwrap applications, review our                    XPS Foam Food Trays        .

XPP Foam vs. Solid PP Food Containers

Feature	XPP Foam	Solid PP
Structure	Cellular polypropylene foam	Solid polypropylene wall
Thermal Insulation	Strong selection when insulation is a key priority	Lower insulation for similar thin-wall container structures
Transparency	Opaque foam structure	Can be translucent or more visually transparent depending on grade and design
Typical Selection	Insulated takeaway and meal delivery	General takeaway, meal prep, storage and microwave packaging

For conventional solid polypropylene takeaway packaging, review our                    PP Food Containers        .

XPP Foam vs. CPET Food Trays

Selection Factor	XPP Foam Container	CPET Tray
Primary Benefit	Lightweight thermal insulation	High-temperature ready-meal packaging
Microwave Reheating	Suitable selected HSQY products under validated conditions	Common ready-meal application when the specific CPET tray is validated
Conventional Oven	Not the default application	Major CPET application under validated oven conditions
Thermal Insulation	Foam structure offers built-in insulation	Rigid non-foam structure
Typical Application	Hot takeaway, fast food and insulated meal delivery	Ready meals requiring reheating or oven cooking

Food-Contact Requirements for XPP Containers

Food-contact suitability must be confirmed for the exact XPP formulation and finished container rather than inferred only from the fact that the base polymer is polypropylene.

Important variables include PP resin, foaming system, additives, colorants, food type, contact temperature, heating conditions and destination-market requirements.

Buyers requiring FDA, EU or other food-contact documentation should provide the destination country, intended food type and heating conditions so the applicable documentation can be confirmed for the selected product.

Grease and Sauce Resistance

Current HSQY XPP products are positioned for greasy and moist foods such as burgers, rice meals, noodles, grilled dishes and takeaway meals.

Very hot oil, high-fat foods, acidic sauces and long contact periods should still be validated under the intended commercial conditions.

Where leakage control is critical, buyers should test the closure, hinge, container geometry and complete packed meal rather than relying only on raw-material liquid resistance.

Thermal Insulation and Delivery Time

XPP foam reduces heat transfer, but it should not be marketed with a universal claim such as "keeps food hot for two hours" unless that specific package has been tested under defined conditions.

Actual temperature retention depends on initial food temperature, food mass, ambient temperature, container dimensions, wall structure, closure, stacking and delivery time.

Large catering customers can test packed-meal temperature at filling, 15 minutes, 30 minutes, 45 minutes and the required delivery endpoint to establish an application-specific performance profile.

Can XPP Foam Food Containers Be Reused?

Polypropylene foam can be durable, but a material's durability does not automatically mean that every disposable food container is validated for repeated consumer reuse.

Reuse depends on the container design, wall thickness, hinge durability, cleaning method, food-contact requirements and intended commercial use.

If a reusable food-service program is required, state the expected number of cycles, washing method and sanitation conditions so a suitable container can be evaluated.

Are XPP Foam Food Containers Recyclable?

XPP is a polypropylene-based foam and can be mechanically recyclable through suitable polypropylene recycling systems.

Practical recycling still depends on local collection, sorting capability, food contamination, container format and the acceptance of foamed PP by the destination-market recycling system.

HSQY should therefore avoid broad claims such as "100% recyclable everywhere" and instead describe XPP as a polypropylene-based material that can be recycled where suitable collection and processing infrastructure exists.

XPP Food Packaging and Single-Use Plastic Regulations

XPP is polypropylene-based foam and is chemically different from polystyrene-based XPS or EPS packaging.

This distinction can be relevant in markets that specifically restrict certain polystyrene foam food containers. However, polypropylene packaging can still be affected by broader single-use plastic, packaging, recycling, labeling or extended-producer-responsibility regulations.

Buyers should therefore confirm the container type, intended food application and destination market before approving XPP for a new project.

How to Choose the Right XPP Foam Food Container

1. Define the Food

Specify burgers, rice meals, noodles, curry, pasta, grilled food, institutional meals or another menu type.

2. Define the Portion Weight

Provide the normal and maximum food weight so container capacity and handling performance can be evaluated.

3. Select the Container Format

Choose a hinged meal box, compartment box, burger box or open tray according to the final food-service system.

4. Select 1, 2 or 3 Compartments

Use compartments where rice, vegetables, sauce or side dishes need to remain separated during transportation.

5. Define Filling Temperature

Provide the actual food temperature when it enters the container rather than simply stating "hot food."

6. Define Delivery Time

State whether the food is normally consumed after 15, 30, 45, 60 minutes or another delivery interval.

7. Define Microwave Reheating

If microwave reheating is required, provide microwave power, target heating time and food type so the finished container can be validated.

8. Define Grease and Sauce Content

High-fat, oily or sauced meals should be included in application testing.

9. Define Closure and Leak Requirements

Specify whether the package must resist normal sauce movement during food delivery and whether additional sealing or wrapping is used.

10. Define Stacking Conditions

Catering and central-kitchen buyers should define the number of filled containers stacked during storage and transportation.

11. Confirm Food-Contact Requirements

Provide the destination country and required food-contact documentation for the exact container.

12. Confirm Destination-Market Packaging Rules

Check single-use packaging, labeling, recycling and extended-producer-responsibility requirements in the final market.

13. Test the Complete Meal Package

Test the actual food, filling temperature, delivery time, stacking and microwave cycle before approving the package for commercial rollout.

Custom XPP Foam Food Container Supply

HSQY supports XPP foam food packaging projects for restaurants, fast-food brands, food-delivery companies, catering businesses, central kitchens, schools, hospitals, food distributors and packaging wholesalers.

Project-specific requirements can include:

• Single-compartment XPP meal boxes

• 2-compartment XPP meal boxes

• 3-compartment XPP meal boxes

• XPP burger boxes

• Open XPP food trays

• Different container dimensions

• Custom compartment layouts subject to production feasibility

• Different portion capacities

• Custom color requirements subject to confirmation

• Microwave-reheating requirements

• Hot-food applications

• Cold-food applications

• Grease and sauce resistance requirements

• Stacking requirements

• Food-contact documentation according to the agreed specification

• Packing according to the agreed specification

Quality Control for XPP Foam Food Containers

Important purchasing and quality-control parameters can include:

• Container length

• Container width

• Container height

• Container weight

• Foam-wall consistency

• Cell structure

• Overall rigidity

• Hinge performance for hinged boxes

• Closure fit

• Compartment dimensions

• Color consistency

• Stacking performance

• Denesting performance where applicable

• Grease resistance where specified

• Liquid resistance where specified

• Microwave performance under the agreed test condition

• Hot-food performance where specified

• Food-contact documentation where required

• Packing and carton condition

Packing and International Shipping

XPP containers are lightweight but relatively bulky, so carton efficiency is an important part of total packaging cost.

Buyers should compare pieces per bag, pieces per carton, cartons per container and total pieces per shipping container rather than comparing only the individual food-box price.

Current HSQY 240 × 205 × 70 mm products use a commercial bulk-pack format, while exact packing quantities should be confirmed for each container size and order specification.

Why Choose HSQY for XPP Foam Food Containers?

Complete Meal Box Range: HSQY currently supplies single-, 2- and 3-compartment 240 × 205 × 70 mm XPP food containers.

Burger Box Options: Current hinged burger boxes include 135 × 135 × 70 mm and 150 × 150 × 70 mm formats.

XPP Open Trays: Current tray formats include 235 × 182 × 40 mm and 240 × 155 × 40 mm.

Hot and Cold Meal Applications: The polypropylene foam structure combines insulation with low weight for takeaway and catering applications.

Microwave-Reheating Options: Current HSQY XPP products are specified for suitable microwave use, with final heating conditions to be validated for each application.

Multiple Food Packaging Materials: Buyers can compare XPP with        XPS foam trays,        solid PP containers,        CPET trays and other HSQY food-packaging systems according to temperature, insulation and end-use requirements.

Information Needed for an XPP Food Container Quote

Food Type	Burger, rice, noodles, pasta, curry, grilled food, institutional meal or other food
Portion Weight	Normal and maximum food weight per container
Container Type	Meal box, compartment box, burger box or open tray
Compartments	1, 2, 3 or another configuration subject to production feasibility
Size	Required length × width × height or current reference container
Color	Current beige or custom-color requirement
Filling Temperature	Actual temperature of the food when packed
Delivery Time	Typical time between packing and consumption
Microwave Requirement	Microwave power, heating time and target food temperature
Grease / Sauce	Dry meal, oily food, high-fat food, sauce or liquid-rich food
Stacking	Filled stacking height and transport conditions
Food Contact	Required destination-market documentation
Destination Market	Country or region where the product will be sold
Quantity	Trial quantity, regular order quantity and estimated annual demand
Shipping Destination	Destination country and port

XPP Foam Food Container FAQ

What does XPP mean in food packaging?

In food-packaging applications, XPP commonly refers to extruded polypropylene foam, a lightweight foamed PP material used to manufacture trays, takeaway boxes and compartment food containers.

Is XPP the same as EPP?

Not exactly. XPP generally refers to extruded polypropylene foam, while EPP refers to expanded polypropylene bead foam. Both are polypropylene foams but use different production technologies.

What XPP food containers does HSQY supply?

HSQY currently supplies 1-, 2- and 3-compartment meal boxes, two sizes of hinged burger boxes and two open XPP food tray formats.

What size XPP meal boxes does HSQY offer?

The current 1-, 2- and 3-compartment meal boxes use a 240 × 205 × 70 mm external format.

What size XPP burger boxes are available?

HSQY currently offers 135 × 135 × 70 mm and 150 × 150 × 70 mm XPP hinged burger boxes.

What size XPP food trays are available?

Current open XPP food trays include 235 × 182 × 40 mm and 240 × 155 × 40 mm.

What color are HSQY XPP containers?

The current HSQY XPP meal boxes, burger boxes and trays are listed in beige. Custom-color requirements can be discussed subject to product and production confirmation.

Are XPP food containers microwave safe?

Current HSQY XPP products are specified for suitable microwave use. Commercial applications should validate microwave power, heating time, food type and target temperature for the exact container.

Can an XPP food container go in the oven?

Standard XPP takeaway containers should not automatically be used in a conventional oven. Use a product specifically validated for the required oven temperature and cooking time.

Are XPP containers suitable for hot food?

Yes, the current HSQY XPP range is positioned for takeaway and hot-meal packaging. The maximum filling temperature should be validated for the exact container and food.

Can XPP containers be used for cold food?

Yes. The foam structure also provides insulation for suitable chilled and cold-food applications.

Do XPP foam containers keep food warm?

The cellular foam structure reduces heat transfer and can help meals retain temperature during delivery. Exact retention time depends on food temperature, mass, ambient conditions, container design and delivery duration.

Are XPP containers suitable for burgers?

Yes. HSQY currently offers 135 × 135 × 70 mm and 150 × 150 × 70 mm XPP hinged burger boxes.

Are XPP containers suitable for rice and curry?

Yes. Single- and multi-compartment XPP boxes can be evaluated for rice, curry, vegetables and other prepared meal combinations.

Why use a 2-compartment XPP meal box?

Two compartments allow a main food item to be separated from rice, vegetables or another side dish during storage and transportation.

Why use a 3-compartment XPP meal box?

Three compartments are useful for school meals, institutional catering and menu combinations that need the main dish and two side dishes kept separate.

Is XPP better than XPS for takeaway food?

For HSQY's current range, XPP is better aligned with hot takeaway meals and microwave-reheating applications, while XPS is primarily positioned for refrigerated fresh-meat, seafood and produce trays.

Is XPP made from polystyrene?

No. XPP is polypropylene-based foam. XPS and EPS are polystyrene-based foams.

Is XPP recyclable?

XPP is polypropylene-based and can be recycled in suitable PP recycling systems. Actual acceptance depends on local collection, sorting and recycling infrastructure.

Can XPP food containers be reused?

Reuse depends on the specific container design, cleaning conditions and food-contact requirements. A disposable XPP container should not automatically be marketed as reusable without validation.

Is XPP suitable for airline catering?

XPP can be evaluated for airline and transport catering because of its lightweight and insulating characteristics. Exact dimensional, reheating and compliance requirements should be confirmed for the project.

Can HSQY make custom XPP food containers?

Custom dimensions, compartment structures and other specifications can be discussed according to production feasibility, tooling requirements and purchasing quantity.

What information should I provide for an XPP quotation?

Provide the food type, portion weight, container size, number of compartments, filling temperature, delivery time, microwave requirement, grease or sauce conditions, purchasing quantity and destination market.

Request an XPP Foam Food Container Quote

Looking for an XPP foam food container manufacturer, PP foam takeaway box supplier or insulated meal packaging for restaurants, catering, fast food or institutional meals?

Send HSQY your food application, container dimensions, compartment requirement, filling temperature, delivery time, microwave conditions and estimated purchasing quantity. If you are replacing an existing XPS, EPS or solid PP container, provide photos and current specifications so the most appropriate XPP format can be evaluated.