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24 oz Three-Compartment Aluminum Dinner Tray

Item # 2045-35-250W is a 24 fl oz three-compartment aluminum foil dinner tray in the classic TV-dinner layout: one large cell for the entree, two smaller cells for sides. The divided format portions a complete meal into a single pack, and the oblong 8 1/2 × 6 3/8 inch footprint fits standard meal carts, warming cabinets, and reheating ovens across institutional and retail frozen-food programs.

  • 24 fl oz across three cells: one entree plus two side portions
  • Classic divided-dinner layout for complete-meal packaging
  • Fixed cell volumes support menu engineering and cost control
  • Oblong footprint nests efficiently in carts and warming racks
  • Food-grade aluminum from blast freezer to convection oven
  • Case of 250 trays with matched board lids for volume lines
24 oz Three-Compartment Aluminum Dinner Tray

Specifications

Item #DescriptionCompartmentsCapacityTop OutTop InBottomDepthCase Pack
2045-35-250WOblong 3-Compartment Dinner Tray w/ Board Lid324 fl oz8 1/2" × 6 3/8" (216 × 162mm)8" × 5 7/8" (203 × 149mm)7 1/4" × 5 1/8" (184 × 130mm)1 15/32" (37mm)250

The Three-Cell Layout Behind the Complete-Meal Pack

The divided dinner tray has outlasted every packaging trend since the 1950s for one reason: it maps exactly to how a balanced meal is composed. One protein, one starch or vegetable, one small side or dessert—three cells, one pack, nothing else to buy. Item # 2045-35-250W is that layout in food-grade aluminum at 24 fl oz, the format that frozen-meal brands, cafeteria lines, and feeding programs keep reordering because the packaging itself enforces the menu structure.

Cell Volumes as a Menu-Engineering Tool

The large cell anchors the entree; the two smaller cells hold sides in fixed ratio to it. Product developers cost the meal cell by cell, line staff fill to the same level every time, and the finance team gets a stable cost per tray across thousands of units. When a menu changes, only the recipes change—the tray, the lid, the cart, and the reheating instructions all stay the same.

Reheat Performance Across Three Cells

A divided meal reheats well only if all three cells come up to temperature together. Aluminum conducts heat quickly and evenly across the tray floor, so a frozen or chilled dinner heats through in a standard convection cycle without the entree scorching while the far side stays cold. The shallow 37mm profile keeps every cell within even-heat range, which is exactly why this depth has stayed standard across the industry.

Geometry Built for Meal Logistics

The oblong footprint is sized by the systems around it: meal carts, warming cabinets, delivery totes, and institutional ovens all dimension their racks and shelves around this class of tray. The tapered wall lets trays nest densely for storage and denest quickly on the filling line, and the rim seats a crimp-on board lid that closes all three cells in one motion.

Volume Supply for Feeding Programs

Each case holds 250 trays with matched board lids at 17 lbs net—a one-person carton that stages easily on a packing line. Frozen-meal brands can pair the tray with printed lid stock carrying branding and heating instructions, and institutional buyers can run the same SKU across school, senior, and contract feeding menus. The compartment family extends from two to six cells for menu formats beyond the classic three.

FAQs

What is the 2045-35-250W tray designed for?

It is the classic divided dinner tray for complete-meal packaging: frozen retail meals, cafeteria and commissary lines, school and senior feeding, and contract meal programs. The 24 fl oz three-cell layout carries a full entree with two sides in one pack.

How are the three compartments proportioned?

One large cell anchors the entree and two smaller cells hold sides in a fixed ratio. Product developers cost the meal cell by cell, line staff fill to the same level every time, and the cost per tray stays stable across thousands of units.

Does a frozen meal reheat evenly in this tray?

Yes. Aluminum conducts heat quickly and evenly across the tray floor, and the shallow 37mm profile keeps all three cells within even-heat range. A frozen or chilled dinner heats through in a standard convection cycle without the entree scorching while a side stays cold.

How does the lid close all three cells?

The compartment walls rise to the rim line, so a crimp-on foil-laminated board lid folds down over the rim and closes all three cells in one motion—no heat-sealing equipment. The board side can carry printed branding and heating instructions.

What other compartment counts are available?

The compartment family runs from two to six cells across multiple capacities, so menus beyond the classic entree-plus-two can standardize on the same construction and lid system. Samples are available before you commit.

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