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Plywood Container Loading Calculator

How many plywood bundles and sheets fit in a shipping container? Compare loading capacity across 20ft, 40ft, 40HC containers, and flatbed trucks side-by-side. Use factory-standard core materials or enter a custom density.

580 kg/m³

📦 Bundle Specification

Pieces/Bundle
55
Bundle Height
990 mm
Bundle Weight
1,709 kg
Bundle Volume
2.947 m³
Bundle Size
1220×2440 mm
Density
580 kg/m³

🚛 Container Comparison

20ft Container

OPTIMAL
8
bundles · 440 sheets
100% utilized📦 space
Weight13.67 MT
Volume23.58

40ft Container

14
bundles · 770 sheets
88% utilized⚖️ weight
Weight23.93 MT
Volume41.26

40ft High Cube

16
bundles · 880 sheets
89% utilized⚖️ weight
Weight27.35 MT
Volume47.15

Flatbed Truck

12
bundles · 660 sheets
75% utilized⚖️ weight
Weight20.51 MT
Volume35.36
Metric20ft Container40ft Container40ft High CubeFlatbed Truck
Max Payload (kg)20,00025,50028,50021,000
Max Bundles8161816
Bundles Loaded8141612
Total Sheets440770880660
Total Weight (kg)13,67423,93027,34820,511
Total Volume (m³)23.5841.2647.1535.36
Space Utilization100%88%89%75%
Limiting Factor📦 Space⚖️ Weight⚖️ Weight⚖️ Weight

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How to Optimize Plywood Container Loading

Efficient container loading is critical for minimizing shipping costs per sheet of plywood. The key question every importer asks: should I use a 20ft, 40ft, or 40HC container?

Container Types for Plywood Shipping

  • 20ft Container: Max 20 MT payload, typically 8 pallet positions. Best for small orders or when port restrictions limit container size.
  • 40ft Container: Max 25.5 MT payload, typically 16 pallet positions. Standard choice for medium-volume orders.
  • 40ft High Cube (40HC): Max 28.5 MT payload, up to 18 pallet positions. Most popular for plywood due to extra height allowing taller stacks. Best cost-per-sheet ratio.
  • Flatbed Truck: Max 21 MT, 16 pallet positions. Used for domestic delivery from port to warehouse.

Weight-Limited vs. Space-Limited

Plywood loading is almost always weight-limited for thicker sheets (18mm+) and heavier cores (Eucalyptus, Acacia). For thin sheets (3–9mm) with light cores (Styrax), loading can be space-limited — meaning you run out of pallet positions before reaching the weight limit.

Bundle Optimization

Our calculator uses factory-standard bundle constraints: 900mm maximum stack height, 1,760 kg maximum bundle weight, and pieces rounded to the nearest 5 for production efficiency. These are the same parameters used in Vinawood's actual production planning.

Tip: If your plywood has a non-standard density, use the “Custom Density” option in the core material selector. This is useful for bamboo plywood, tropical hardwoods, or engineered composite panels.

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52 reviews

40HC vs 20ft comparison

Side-by-side utilization helps our ops team pick equipment before we lock freight.

Michael ChenEastgate Logistics
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Häufig gestellte Fragen

Wie viele Platten passen in einen 40HC?
Typisch 900–1.800 Platten je nach Stärke und Format. Für 18 mm × 1220×2440 etwa 1.100 Platten. Styrax-Kern: oft 18 Paletten (~53 CBM); Eukalyptus schwerer: oft 15 Paletten (~44,5 CBM).
Maximalgewicht 40HC mit Sperrholz?
Nutzlast ca. 26.500–28.500 kg. Bei Eukalyptus-Kern wird oft zuerst das Gewichtslimit erreicht; bei Styrax eher das Volumen.
Wie berechnet man Bund je Container?
Innenmaße durch Bund-/Palettenmaße teilen. Standard: oft 50–100 Platten pro Palette für 1220×2440 mm.
20 ft oder 40HC?
40HC meist bestes Verhältnis Kosten je Platte. 20 ft für kleinere Testlieferungen oder begrenzten Lagerplatz.