1250×2500 Plywood Euro Size — CBM & Container Data

European and Korean buyers ordering 1220×2440mm plywood from Vietnam are accepting a size mismatch. The 1250×2500mm metric sheet is the actual standard for European furniture grids, Korean cabinet modules, and Japanese residential construction. Receiving imperial sheets means extra cutting, more waste, and a production schedule that never quite aligns with the floor plan.

The 1250×2500mm size ships from Vietnam at the same MOQ and lead time as any other standard size. The container packing numbers are slightly different — and this article gives you the factory-verified figures.

📐 What Is 1250×2500mm — and Who Orders It

The 1250×2500mm sheet is 30mm wider and 60mm longer than the 1220×2440mm (4×8 ft) imperial default. In surface area terms, each metric sheet covers 3.125 m² versus 2.977 m² for the 4×8 ft sheet — roughly 5% more material per sheet.

The 1250×2500mm format is standard for:

• European furniture and cabinet factories (600mm module grid aligns cleanly)
• South Korean kitchen and interior manufacturers
• Japanese residential construction
• Australian commercial fit-out suppliers
• UK joinery workshops

The 1220×2440mm (4×8 ft) remains standard for:

• India (IS 303 plywood specification)
• The United States and Canada
• Southeast Asia (most markets)
• Middle East and Africa

⚠️ Important: Ordering the wrong size for your production grid costs money on every cut. Confirm your factory’s module width before specifying size — this is a one-time decision that affects every container you order.

“We see European buyers attempt to source 4×8 ft sheets because they found a lower price quote, then absorb 4–6% material waste on the production floor. The savings disappear within one production run.” — Lucy, International Sales Manager, HCPLY (HCPLY production data, 2026)

📦 Container Packing Data — 1250×2500mm vs 1220×2440mm

The pallet count per 40HC container is the same for both sizes. The key difference is stack height limits — which vary by core density for 1250×2500mm — and total CBM, which is approximately 5% higher for the metric size.

The table below shows factory-verified data for both sizes at 18mm thickness (the most common furniture and commercial order) (HCPLY production data, 2026):

⚠️ Note: For 1250×2500mm, the stack height per pallet differs by core species: Styrax = 1000mm, Acacia = 970mm, Eucalyptus = 900mm. These are not interchangeable — do not apply 1220×2440mm stack heights to metric sheet calculations.

For more detail on how pallet counts and stack heights are calculated, see the complete guide to plywood container packing calculation for 40HC.

📊 Stack Heights — Why 1250×2500mm Differs from 1220×2440mm

📌 Why Stack Heights Change for Larger Sheets

A pallet loaded with 1250×2500mm sheets weighs more per layer than the same pallet loaded with 1220×2440mm sheets — because each sheet has a larger surface area and therefore more material. To keep the total pallet weight within forklift-safe limits and structurally stable during container transit, the maximum stack height is reduced for heavier core species.

1250×2500mm stack heights by core (18mm reference):

For comparison, the 1220×2440mm pallet uses a uniform 1000mm stack height for styrax and acacia, and 970mm for eucalyptus. The metric sheet format requires more conservative pallet loading for acacia and eucalyptus core due to the larger sheet area (HCPLY production data, 2026).

💡 Practical Implication for Buyers

If you are sourcing acacia core 1250×2500mm at 18mm, you receive 848 sheets per 40HC — not 880. The difference (32 sheets) comes from the reduced stack height. Budget for this when calculating cost per sheet landed.

For freight cost comparison by core type, see why styrax core maximises container CBM.

📋 Full Thickness Lookup — 1250×2500mm, Styrax Core

The table below covers the most common thickness orders for 1250×2500mm styrax core plywood. All figures are factory-verified (HCPLY production data, 2026):

Styrax core delivers consistent CBM around 55.6–56.3 CBM for 1250×2500mm across all standard thicknesses, and all containers stay well below the 28.5 MT payload limit for 40HC (IMO/SOLAS container weight regulations). This makes styrax the most container-efficient core for metric sheet export.

⚠️ Key point: The 28.5 MT figure is the hard payload limit for a 40HC container — not a target. All figures in the table above are verified to be below this limit. (Source: IMO SOLAS container weight regulations)

For the equivalent table for standard 1220×2440mm sheets, see plywood CBM calculation by thickness.

🔧 CBM Impact — Why the ~5% Difference Matters

Each 1250×2500mm sheet covers 3.125 m². Each 1220×2440mm sheet covers 2.977 m². The ratio is 1.0497 — approximately 5% more surface area per sheet.

This translates directly into more CBM per container when ordering metric sheets at the same thickness and core species. For buyers who pay freight on a per-CBM basis, this means:

• More material per container — same number of pallets, more wood shipped
• Better container utilisation — fewer containers needed to fill a given order quantity
• Slightly higher weight per container — stays within payload limits for all standard combinations

“For European buyers ordering 1250×2500mm at 18mm styrax core, each 40HC delivers 55.69 CBM versus 53.05 CBM for the 4×8 ft equivalent — about 2.64 CBM more material per container at identical freight cost.” — Lucy, International Sales Manager, HCPLY (HCPLY production data, 2026)

For buyers comparing total landed cost per sheet, this CBM premium directly reduces the effective freight cost per panel. The full framework for this calculation is in the guide to plywood shipping cost per CBM from Vietnam.

⚙️ Technical Specifications — 1250×2500mm Plywood

All standard plywood specifications apply to the metric sheet format. Size does not change core species options, glue system, emission standard, or face veneer grade.

⚠️ Heads up: Glue type and emission standard are two distinct specifications. Melamine (MR) and Phenolic (WBP) describe water resistance. E0/E1/E2 describe formaldehyde emission levels. Both must be specified when ordering.

For a full breakdown of glue vs emission standards, see plywood glue types and emission standards explained.

🏭 Which Core Species for 1250×2500mm — Practical Guide

The core species affects weight, CBM, and sheets per container. For metric sheet buyers:

📌 Styrax Core — Best for Furniture, Best CBM

Styrax core at 500 kg/m³ is the lightest Vietnamese core species. For 1250×2500mm furniture plywood — birch face, okoume face, EV face, pine face — styrax core delivers the maximum container volume (55–56 CBM) while staying well below the 28.5 MT payload limit.

18 pallets per 40HC. Full stitched construction standard at HCPLY’s furniture production facility (HCPLY production data, 2026).

📌 Acacia Core — Commercial and Packing Grade

Acacia core at 580 kg/m³ suits commercial and packing grade orders where weight is acceptable. At 1250×2500mm, acacia core carries a reduced stack height of 970mm — so the 18mm pallet yields 53 sheets (vs 55 for styrax). Total: 848 sheets per 40HC at 18mm.

📌 Eucalyptus Core — Heavy-Duty Applications

Eucalyptus core at 650 kg/m³ is the heaviest and strongest. Stack height for 1250×2500mm eucalyptus is 900mm — the most conservative of the three. At 18mm, 15 pallets × 50 sheets/pallet = 750 sheets per 40HC. Suited for structural, flooring, and concrete formwork applications where density is an advantage.

For full plywood core types comparison including construction quality and application suitability, see the dedicated guide.

✅ Ordering 1250×2500mm from HCPLY — What to Specify

When requesting a quotation for 1250×2500mm plywood, provide:

1. Thickness (mm) — e.g., 18mm, 15mm, 12mm
2. Core species — acacia, styrax, or eucalyptus
3. Face veneer — birch, okoume, EV, bintangor, gurjan, pine, or other
4. Face grade — A/B for all species except birch (D/E/F for birch)
5. Glue type — Melamine (MR) or Phenolic (WBP)
6. Emission standard — E0, E1, or E2
7. Certifications — FSC, CARB P2, CE as required
8. Quantity — in sheets or CBM

HCPLY confirms container loading plans — including pallet count, CBM, and estimated weight — before production begins. Mixed specifications across one container are supported; each spec combination loads on its own pallets.

For a full specification checklist and what affects your FOB price, see the plywood quotation guide.

📊 Quick Comparison: 1250×2500 vs 1220×2440

For market-by-market size recommendations, see plywood sheet sizes by market — 4×8 vs 1250×2500.

🔗 Conclusion

The 1250×2500mm plywood sheet is not a special order — it is the Euro standard. For European, Korean, Japanese, and Australian buyers, it is the default import size that aligns production floors, reduces waste, and delivers slightly more material per container compared to 4×8 ft sheets.

Factory-verified data from HCPLY shows: at 18mm styrax core, a full 40HC container of 1250×2500mm produces 55.69 CBM — 2.64 CBM more than the equivalent 1220×2440mm order. Same pallets, same freight, more wood. The difference compounds across multi-container annual programmes.

HCPLY produces 1250×2500mm plywood across all core species, face veneers, glue systems, and emission standards — with the same 15–20 day lead time as standard sizes.

Request a 1250×2500mm quote with container loading plan

For related specifications, explore:

• Plywood sizes and thickness — complete specification guide
• Plywood sheet sizes by market — which size each country orders
• Container packing calculation for 40HC containers