Where does plywood come from?

In 2024 China produced 60.4 million m3 of plywood and laminated veneer lumber, 53% of the world's 113.3 million m3 (FAOSTAT forestry). India followed with 11%, then United States (7.9%), Indonesia (3.4%) and Brazil (3.2%). The top five account for 79% and only 11% came from outside the top ten, which makes plywood one of the more concentrated forest products. Counting all wood-based panels together, including particle board and fiberboard, world output was 393.4 million m3, again led by China with 44% (FAOSTAT forestry).

Plywood is made by peeling a log into a continuous ribbon of veneer, cutting that ribbon into sheets, and gluing an odd number of them together with the grain of each layer at right angles to its neighbors. That cross-graining is the whole point: it gives a panel that is strong in both directions and far more dimensionally stable than solid wood of the same thickness.

The geography followed the peeler log and then the labor cost. North America and Japan dominated until the 1970s using large old-growth softwood. Indonesia and Malaysia took over in the 1980s after Indonesia banned log exports, using tropical hardwood from natural forest. China then displaced both, first by importing logs and veneer and later by growing its own poplar and eucalyptus plantations specifically for peeling. Russia remains significant on the strength of birch, which makes a strong, attractive panel prized for concrete formwork and furniture.

World output changed -1% over the ten years to 2024 and +4% on the previous year. Volume has been broadly flat because plywood has been losing ground for decades to oriented strand board and to engineered products that use smaller, cheaper wood, while holding on where appearance, screw-holding or bending strength matter.

China was the largest exporter of plywood and laminated panels (HS 4412) in 2024 with 27% of world export value, ahead of Indonesia (11%), on world trade of $16.9 billion (CEPII BACI). United States was the largest importer with 19%.

Plywood trades far more readily than logs because it is a finished, standard-sized, stackable product with high value per cubic meter and no phytosanitary problem once glued and pressed. That is why the same country can dominate both production and exports here in a way it cannot for roundwood.

Two trade features stand out. The first is that the panel trade is unusually exposed to trade remedies: plywood from China and other origins has repeatedly faced antidumping and countervailing duties in the United States and the European Union, and duty decisions redirect the flow within months rather than years. The second is that legality rules bite harder here than for most products, because a sheet of plywood can contain veneer from many logs and several species, which makes documenting the origin of every layer genuinely difficult.

The World Bank series for plywood is quoted in an unusual unit that needs explaining before the number means anything. Africa and Southeast Asia, Tokyo import was 343.8¢/sheet in August 2026, down 7% from a year earlier (World Bank Pink Sheet). That is US cents per sheet, for a specified sheet size on a Tokyo import basis, not a price per cubic meter or per square meter. Its nominal high was 751.8¢/sheet in May 1993 and the real high 1,635¢/sheet in the same month, which is unusual and tells you the series peaked at a moment when general inflation was low.

Because the quotation is per sheet of a fixed specification, it is a clean like-for-like series over time but a poor guide to any other grade. Structural softwood plywood in North America, birch plywood from Russia and Finland, and film-faced formwork panel from China all price separately, assessed by private services or negotiated mill to mill, and none of them tracks the Tokyo tropical quotation.

In the physical trade a panel is priced by species and face grade, thickness and number of plies, sheet size, adhesive type and certification. Adhesive matters more than buyers expect: interior-grade urea-formaldehyde panels are cheaper than exterior-grade phenolic ones, and formaldehyde emission limits in California, the wider United States and the European Union have made low-emission adhesives a compliance requirement rather than a premium option. A film-faced panel for concrete formwork, sold on how many pours it survives, prices on a different basis again.

Plywood is a construction material twice over: as sheathing, flooring and roof decking in buildings, and as formwork that shapes poured concrete. Because formwork is consumed and replaced, concrete construction activity generates recurring plywood demand independent of how many timber-framed houses are built, and Chinese infrastructure spending has historically driven a large share of world consumption.

Plywood needs logs that are large, straight and free enough of defect to peel into a continuous ribbon, which is a narrower specification than sawing requires. When old-growth or plantation peeler supply tightens, as it did in the Pacific Northwest and later in Southeast Asia, mills either pay more, switch species or close. The industry's migration around the world has followed peeler log availability more than anything else.

Oriented strand board makes a structural panel from small, low-grade wood chips rather than large clear logs, at lower cost. It has taken most of the North American sheathing market from plywood over four decades. Plywood retains uses where bending strength, screw holding, appearance or repeated reuse matter, so the two products' relative prices set where the boundary sits.

Panels are a frequent target of antidumping and countervailing investigations, and duty decisions in the United States and European Union can reprice a large share of import supply within months. Because plywood is easy to ship and grades are substitutable, trade flows redirect quickly around duties, which is why origin patterns in this trade change faster than production patterns.

Urea-formaldehyde and phenol-formaldehyde resins are made from methanol, urea and phenol, which are themselves derived from natural gas and oil. When gas prices spike, glue costs rise across the panel industry at once, and because adhesive is a significant share of the cost of a thin panel, the effect on price is direct.

Limits on formaldehyde emissions from composite wood products in California, then nationally in the United States and in the European Union, forced reformulation and testing. Compliance costs fall hardest on smaller mills and on exporters who must certify to several different standards, and they have been a quiet consolidating force in the industry.

A single sheet can contain veneer from many logs of several species, so proving legal, deforestation-free origin for every layer is harder than for a sawn board. Buyers in regulated markets increasingly demand species testing and chain-of-custody documentation, and suppliers who cannot provide it sell into markets that do not require it.

Plywood begins with a peeler log, conditioned by soaking or steaming in a hot pond so the wood is warm and pliable. The log is mounted in a lathe and rotated against a full-length knife, unwinding a continuous ribbon of veneer typically one to four millimetres thick. This is the step that decides yield: a straight, large, defect-free log peels almost entirely into usable veneer, while a crooked or knotty one produces broken sheet that has to be patched or downgraded.

The ribbon is clipped into sheets, dried to a low moisture content, and sorted by grade, with the best faces reserved for the outside of the panel and defective sheet used for cores. Glue is spread on alternate layers, the stack is assembled with each layer's grain at right angles to its neighbor, and the assembly is pressed under heat and pressure until the adhesive cures. Cross-graining and an odd number of plies are what make the finished panel balanced and stable.

After pressing, panels are trimmed to size, sanded, sometimes patched or overlaid with a resin-impregnated film for formwork, and graded on face and back appearance and on structural properties. Laminated veneer lumber, counted with plywood in the FAOSTAT item used here, is made by the same peeling and gluing process but with all layers aligned in the same direction, producing a beam rather than a panel.

Everything on this page is measured in cubic meters of finished panel. That makes plywood volumes look small next to sawnwood, but a cubic meter of plywood embodies considerably more processing, and considerably more log, than a cubic meter of boards.

Construction is the largest use: sheathing for walls and roofs, subflooring, and concrete formwork. Formwork is a distinct and large market, particularly in China and the Gulf, where film-faced panels are used and reused for successive concrete pours until the surface degrades, and it consumes panel steadily wherever concrete construction is active.

Beyond building, plywood goes into furniture and cabinetry, where a stable panel with a decorative face veneer is more useful than solid wood; into packaging and crating; into transport, for truck and container flooring, where dense hardwood plywood is specified; and into marine and specialty applications, where exterior-grade adhesive and durable species matter. Birch plywood in particular has a premium market for furniture, joinery and machined components.

Laminated veneer lumber and related engineered products occupy the structural end, replacing solid sawn beams in situations where long spans, predictable strength or freedom from warping justify the cost. These products have been the growth end of the sector while commodity sheathing has been lost to oriented strand board.

Panel making is capital-intensive and concentrated at the mill, so the chain is short but the equipment is specialized: a lathe, a dryer, a glue spreader and a hot press together represent a large fixed investment that only pays if it runs continuously. Mills therefore need a reliable peeler log supply within haulage distance, and that requirement, not the panel market, is what has repeatedly forced the industry to move.

The resin supply chain sits alongside the wood one and is easy to overlook. Formaldehyde-based adhesives depend on methanol and urea, which come from natural gas, so a panel plant is exposed to the gas price described on the natural gas and urea pages as well as to the log price. A resin shortage stops a plywood mill as effectively as a log shortage.

In the seaborne trade, panels move in containers on standard routes and the physical bottlenecks are ordinary port and container-availability constraints rather than anything specific to wood. The real chokepoints are regulatory: a duty determination, a formaldehyde standard or a legality requirement can remove an origin from a market within a quarter, and because panel grades are substitutable, buyers switch source countries rather than reduce purchases.

The structural vulnerability is species and origin documentation. As deforestation and legality rules tighten, mills that cannot trace the veneer in every layer of a panel back to a legal, deforestation-free source will lose access to the highest-value markets, and that pressure falls hardest on operations buying mixed tropical logs on open markets.