Plywood Packing Calculator

When importing plywood from Vietnam, one of the most critical questions is: how many plywood sheets fit in a 40ft High Cube container? The answer depends on several factors including plywood thickness, core material density, panel size, and the number of pallet positions available.

Key Factors That Affect Packing

• Core Material Density: Heavier woods (Eucalyptus at 650 kg/m³) mean fewer sheets per container compared to lighter cores (Styrax at 500 kg/m³) because the weight limit is reached before the height limit.
• Thickness: Thinner sheets (3–9mm) are usually height-limited (stack reaches the maximum before reaching the weight limit), while thicker sheets (18mm+) are often weight-limited.
• Panel Size: Standard 1220×2440mm (4×8 ft) and 1250×2500mm (Euro) panels have different weights per sheet. Cut sizes (610×2440mm) effectively double the piece count.
• Pallet Configuration: A 40HC typically holds 15–18 pallets depending on the loading arrangement. More pallets means more total sheets but may require reducing sheets per pallet to stay within the weight limit.

Packing Calculation Formula

Sheets per pallet = min(Max Stack Height ÷ Thickness, Max Payload ÷ (Pallets × Weight per Sheet)). Our calculator uses factory-standard constraints: 900mm max stack height, 28.5 MT max payload (adjustable), and rounds sheets per pallet optimally.

Tip: If your wood species is not listed, use the “Custom Density” option to enter any density value between 200–1200 kg/m³. This is especially useful for engineered wood products, tropical hardwood plywood, or special blends.