Aluminum foil containers ship in four standard footprints: full-size steam table pans (roughly 20.75 × 12.75 in), half-size pans (12.75 × 10.4 in), quarter-size pans (about 10.4 × 6.6 in), and round pie pans (7 to 12 in diameter). Depth ranges from 1 inch on a shallow pie pan to 4 inches on a deep half pan, and capacities span about 24 fl oz to 346 fl oz.
The families that cover roughly 80% of foodservice demand are:
Every one of these footprints also maps to a specific press tonnage band, draw class, and cavity count on the production floor, and that pairing is what the rest of this guide pulls together.
The table below pairs the end-product dimensions every buyer can verify against the production parameters that actually determine which press, mold, and alloy a factory needs to produce each family at volume.
| Family | Dimensions (in × cm) | Capacity | Draw Class | Press Tonnage | Cavities |
|---|---|---|---|---|---|
| Full-Size Steam Table Pan | 20.75 × 12.75 × 2.5 in (53 × 32 × 6.4 cm) | ~300 fl oz (8.9 L) | Shallow stamp | 80T-class C-type or H-type | Typically single |
| Half-Size Foil Pan | 12.75 × 10.4 × 2.5 in (32.4 × 26.4 × 6.4 cm) | ~120 fl oz (3.5 L) | Transitional | 63T-class | 2 to 4 |
| Quarter-Size Foil Pan | 10.4 × 6.6 × 2 in (26 × 17 × 5.1 cm) | ~60 fl oz (1.8 L) | Shallow stamp | 45T-class | 2 to 4 |
| Round Pie Pan, 9 in | 9 × 1.25 in (23 × 3.2 cm) | ~32 fl oz (1.0 L) | Shallow stamp | 45T-class | 4 or more |
The full-size steam table pan is the catering workhorse and the largest footprint in the standard foodservice lineup. At the 2.5-inch medium depth, the depth-to-width ratio lands around 0.2 — firmly inside shallow-stamping territory — so a mechanical C-type frame running at 40 to 80 strokes per minute on 40 to 60 micron foil handles it cleanly.
The shallow 1.7-inch variant uses the same tooling class at higher throughput and is typically the first product a new line commissions, because its forgiving geometry surfaces alignment and coil-feed issues early. The deep 3.3-inch variant pushes into transitional draw and typically moves to an H-type frame for the added rigidity and zero-deflection gantry geometry that heavy clamping loads demand.
Bed size alone pushes the full-size family into single-cavity molds on most standard lines, which is why full-size output per hour is structurally lower than smaller families running multi-cavity.
The half-size pan is where draw class starts to matter. At 2.5 inches it stamps on a 63T C-type press the same way a full-size shallow does. At 4 inches deep, the 4-to-10.4 ratio approaches the 0.5 depth-to-minimum-dimension boundary that divides shallow stamping from true deep drawing, and forming slows toward the low end of the 40 to 80 SPM range.
The full and half pans are the standard catering aluminum tray sizes and aluminum serving tray sizes a foodservice buyer specifies. When you map full tray vs half tray size aluminum, the half pan keeps the full pan’s 12.75-inch width but halves its 20.75-inch length to 10.4 inches, fitting two to a chafing frame where the full pan fills one.
Mis-specify the press class here and wrinkle walls collapse on the corner radii within the first production run. The half pan is also the family where buyers most often over-specify, pushing deep-pan tonnage onto a line that only ever runs the shallow variant.
Third-size and quarter-size pans are the volume sweet spot for most container factories. They are the single-portion food tray sizes that map to the small descriptor in catalogs — quarter is small, half is medium, and full is large.
The small footprint fits comfortably on a 45T C-type bed, and the geometry supports 2 to 4 cavities per stroke without exotic mold work.
Above 20,000 containers per month, multi-cavity molds become essential: a 4-cavity setup runs 180 to 200 containers per minute against 40 to 80 for single-cavity. The mold investment, around $3,500 versus $800 to $2,000, pays back inside the first quarter of steady operation.
By capacity, that descriptor maps straight to the table above. A quarter-size (small) pan holds about 60 fl oz (1,775 ml / 1.8 L) and a half-size (medium) pan about 120 fl oz (3,550 ml / 3.5 L).
A full-size (large) pan holds about 300 fl oz (8,870 ml / 8.9 L), while a 9-inch round pie pan holds about 32 fl oz (946 ml / 1.0 L).
Round pie pans at 7 and 9 inches are the easiest family to produce. Shallow geometry, small footprint, and circular draw flow let factories pack 4-cavity or higher molds on compact C-type frames.
Round pie lines hit the headline 12,000 containers per hour throughput on a standard 800 kN class press running at 40 to 68 strokes per minute.
Alloy selection cuts across all four families. Standard domestic foodservice orders are typically paired with 8011-H24 (tensile roughly 120 to 170 MPa) because it stamps cleanly on volume runs at lower material cost.
Export-grade, acidic-food, or deep-draw work shifts toward 3003 (140 to 190 MPa in H24 temper), which offers more forming headroom at the expense of coil price. Neither alloy is universally “better” — the choice tracks the end use, not the container family.
Container footprint sets the economic ceiling of the line before a single container is formed. The tonnage requirement depends on depth-to-width ratio and foil thickness, not on catalog marketing.
That single combination — plus whether the container sits in shallow-stamp or deep-draw territory — tells you which press class you need, what cavity count is physically possible, and where the payback math lands.
Start with press tonnage. A mainstream 45T C-type frame handles quarter pans, pie pans, and small footprint trays all day at mechanical speeds. Step up to 63T for half pans and third-size pans.
Full-size pans at shallow to medium depth can run on 80T C-type. The deep 3.3-inch full-size variant is where most factories commit to an H-type frame for the rigidity needed under peak clamping load.
Over-specifying wastes capex. Under-specifying shows up as flange wrinkles and face cracking on the fourth or fifth container of every batch, and no amount of die polishing fixes it.
Cavity count is the second lever, and it fights against footprint. Full-size pans are almost always single-cavity — not by preference, but because the die bed physically cannot host a second cavity at that footprint without jumping to a much larger machine class.
Half and quarter pans support 2 to 4 cavities on standard C-type beds. Round pie pans routinely run 4 or more cavities because circular geometry packs efficiently on a rectangular bed.
The volume threshold is the decision gate. Below 5,000 containers per month, a single-cavity mold at $800 to $2,000 is the only economical choice. Output from 40 to 80 pieces per minute is plenty, and the lower mold cost clears capex faster.
Above 20,000 per month, multi-cavity is mandatory: the jump to 180 to 200 pieces per minute collapses the per-container labor and machine-hour cost, and the $3,500 mold amortizes in weeks, not months. The 5,000 to 20,000 band is the zone where the math deserves a spreadsheet and a realistic scrap-rate assumption.
A worked example makes the numbers concrete. A factory committed to 25,000 quarter pans per month can run a 45T C-type press with a 4-cavity mold at roughly 190 pieces per minute. That is about 2.2 hours of stroke time per monthly order, leaving the line free for other SKUs the rest of the month.
The same 25,000-unit monthly order on a full-size pan line ties up an 80T press running single-cavity at 60 pieces per minute for nearly 7 hours. That is before accounting for coil change and setup time — same container count, same revenue, very different line economics.
Die clearance directly affects the operating window at either end. Mechanical presses at 40 to 80 SPM demand tighter tolerances on thinner foil; hydraulic frames give more forgiveness on thicker coils but cost throughput. Match the press class to the family before you commit to tooling, or you will be buying twice.
If you are buying containers for a kitchen, pick the family that matches your portion size and chafing-dish frame — full for buffets, half for casseroles, quarter for individual meals, round for pies.
If you are producing containers, match each family to the right press tonnage and cavity count before you commit capex. The full-size pan needs 80T and accepts a single cavity. The quarter pan runs fine on 45T and rewards a 4-cavity mold above 20,000 pieces per month.
Get that pair right and the rest of the line — alloy, temper, SPM — falls into place around it.
