Dual Ovenable Boards for Catering and Food Service
Dual ovenable paperboard helps food brands, airline caterers, ready-meal producers, bakeries, and food service teams move from freezing or refrigeration to microwave or conventional oven heating with fewer packaging changes. The board, coating, moisture resistance, forming behavior, release performance, print surface, and food-contact requirements all need to be specified before production.
Dual ovenable boards can support food service and catering programs where freezer, oven, serving, branding, and production requirements must work together.
A single container can reduce repacking, but only when the board is specified correctly
Dual ovenable paperboard is often used when a package must support freezing or chilling, heating, handling, and serving. In catering and food service, that can reduce manual handling and preserve printed brand presentation, but the board must be matched to the food, heat profile, forming process, and release requirements.
What dual ovenable board is used for
Major board manufacturers have developed dual ovenable paperboard grades that can replace plastic or aluminum in selected ovenable food containers, trays, sleeves, and folding carton formats. These boards are designed for applications where the package may move from freezer or refrigeration into microwave or conventional oven heating.
In airline catering, ready-meal, bakery, take-and-bake, quick-service, and prepared food programs, a single ovenable container can reduce the need to transfer food from one pan or tray into a retail carton. That can simplify handling, reduce packaging steps, and preserve printed graphics from production through serving.
Typical decision points
- 1Microwave, conventional oven, or both.
- 2Frozen, chilled, ambient, or hot-fill distribution.
- 3Tray forming, folding carton converting, or sleeve format.
- 4Moisture, grease, release, print, and branding requirements.
SBS, FBB, PET coatings, and the role of the barrier layer
Ovenable boards are usually built from a base paperboard and a heat-resistant coating or barrier. The base stock affects stiffness, forming, print quality, and converting. The coating affects oven performance, moisture resistance, grease resistance, release, and food-contact behavior.
Print quality and clean appearance
SBS-based ovenable boards are often used when brands need a bright coated surface, strong graphics, and controlled carton converting.
Formability and tray performance
FBB-based formats can be used where tray forming, stiffness, material efficiency, and food service performance are central to the package.
Heat, grease, and moisture resistance
PET-coated ovenable board can support use in microwave or conventional oven applications, depending on the grade, temperature exposure, and food application.2
Product examples in the market
Current ovenable board examples include Fortress PET ovenable paperboard from Graphic Packaging, Trayforma PET from Stora Enso, and PrintKote paperboard portfolio products from Smurfit Westrock. Stora Enso states that Trayforma PET is designed for conventional and microwave oven trays and can be used for ready meals and bakery products with oven temperatures up to 220°C.1,2,3
Where dual ovenable board fits in catering and food service
Dual ovenable paperboard is most useful when the packaging must handle temperature exposure, food contact, logistics, brand presentation, and operational efficiency at the same time.
In-flight catering and prepared meals
In airline catering, a container may need to move from freezer or chilled storage to reheating and serving. Ovenable board can help reduce transfer steps while preserving a printable outer surface for brand, product, allergen, and service information.
Bakery and take-and-bake products
Bakery trays and take-and-bake formats need board selected around batter moisture, fat content, release performance, oven exposure, tray formability, and post-heating handling.
Quick-service and food service packaging
Food service cartons may prioritize folding, gluing, print surface, stacking, and speed of use more than release performance, especially when the food is not baked directly against the board.
Retail-ready ready meals
Ready-meal packaging may need product protection, heating instructions, regulated information, UPC placement, freezer performance, graphics, and a material system that supports the full retail path.
Release, moisture, grease, and forming requirements drive the board choice
A baking tray made from dual ovenable board has different priorities than a printed food service carton. The food’s moisture level, fat content, heating method, fill temperature, and contact time all influence the right material choice.
For bakery trays, release performance matters because the food may contact the board during baking and removal. The tray needs to support forming, resist moisture and grease, tolerate heat exposure, and release the finished product without damaging presentation.
For food service boxes and catering cartons, release may be less important than folding, gluing, print quality, stacking, and branding. The same board family may offer different grades because moisture resistance, forming behavior, release properties, and print performance do not always carry the same priority.
Ovenable board can preserve the branding value of coated paperboard
Plastic and aluminum containers can solve heat and moisture needs, but they do not offer the same direct carton branding opportunities as coated paperboard. Ovenable board gives packaging teams more room to combine food service functionality with strong printed presentation.
Better retail and catering presentation
Coated paperboard can support food photography, colour systems, brand panels, usage instructions, and regulatory copy with stronger visual control.
Less repacking and relabeling
When the same package can support storage, heating, serving, and branding, teams can reduce additional handling steps in the food service workflow.
Packaging must remain convertible
The board must still score, fold, glue, cut, and pack consistently. Ovenability does not replace the need for accurate carton engineering.
For ovenable food packaging, artwork, heating instructions, food-contact requirements, dielines, and production constraints should be reviewed together.
The printed carton still has to work as a food package
Packaging graphics should account for heating instructions, caution statements, handling guidance, nutritional or product information, barcode placement, and the full production path. Netpak can review carton artwork, board choice, printing, finishing, and production readiness before pricing or launch.
How Netpak supports ovenable food service carton projects
Netpak can help food brands, caterers, and food service packaging teams evaluate board choice, structure, print requirements, dielines, prepress, finishing, folding, gluing, logistics, and production constraints before a carton is treated as ready for pricing.
Board and coating review
Compare SBS, FBB, PET-coated, release, moisture-resistant, and food service board options against the actual product and heating path.
Tray, carton, or sleeve planning
Confirm whether the project needs forming, folding, gluing, windowing, locking tabs, stacking, nesting, or retail-ready pack-out.
Print and converting readiness
Review artwork, dielines, board caliper, coatings, finishing, line speed, pack-out, and project timing before production.
Request an ovenable food service packaging review
Send Netpak your food product type, fill and storage conditions, microwave or oven requirements, target temperature and time, moisture and grease exposure, tray or carton format, current dieline, artwork files, board preference, volumes, and launch timing. Ask for a review covering board selection, coating needs, release performance, print quality, folding, gluing, logistics, and production readiness.
Continue planning food service and ovenable carton packaging
Use these Netpak resources to refine food packaging compliance, material selection, printing, and production planning before requesting pricing.
Frozen food packaging compliance
Review FOP labeling, food-contact materials, freezer performance, EPR data, and production-ready specifications.
Open articleFood packaging supplier checklist
Evaluate food-contact fit, material controls, BRCGS systems, prepress support, production discipline, and logistics.
Open article
Paperboard material selection
Compare SBS, SUS, CRB, FBB, URB, and micro-flute for print quality, structure, compliance, and sourcing.
Open article
Offset printing for folding cartons
Review sheet-fed offset printing, colour consistency, process control, board capability, and food packaging print fit.
Open serviceSources
- Graphic Packaging, Fortress PET Ovenable Bleached Paperboard. https://www.graphicpkg.com/products/fortress-pet-ovenable-bleached-paperboard/
- Stora Enso, Trayforma PET. https://www.storaenso.com/en/products/paperboard-materials/barrier-boards/trayforma
- Smurfit Westrock, PrintKote Paperboard Portfolio. https://www.smurfitwestrock.com/products/paper-and-board/paperboard/solid-bleached-sulfate-sbs/printkote
- BASF, Confoil and BASF Develop Certified Compostable Dual Ovenable Paper Tray for Ready Meals. https://www.basf.com/my/en/media/news-releases/asia-pacific/2022/06/p-22-270
- Netpak, Food Folding Carton Packaging. https://www.netpak.com/en/packaging-industries/food-packaging/