Guides / Materials

Solid Wood or Engineered Panel for Your Furniture Programme

June 22, 2026

Buyers often send a specification that says “solid wood” and assume that settles the construction. It does not. There are at least five constructions a Vietnamese factory could quote against that phrase, and they differ by a wide margin on price, stability and appearance.

Naming the construction is the single change that makes quotes comparable.

The five constructions

Solid one piece. A part cut from a single board. Best appearance, most movement, most waste, highest price per usable piece. Realistic for legs, rails, narrow shelves and small parts.

Finger jointed solid. Short clear lengths joined end to end with interlocking fingers, then often laminated. Uses offcuts, so it is cheaper and it is more dimensionally stable than one piece. The joints are visible under clear or light finishes.

Edge glued panel. Narrow solid staves glued side by side into a wide board. Still solid wood. Movement is distributed across many staves rather than concentrated. This is the standard construction for Vietnamese table tops, cabinet tops and wide shelves.

Veneered panel. A thin slice of real wood over an MDF or plywood core. Looks like solid from the face, stays flat, cannot be sanded back more than once. Standard for large flat surfaces and for matched grain across several parts.

Plywood, MDF and blockboard. No solid surface at all, faced with veneer, melamine, foil or paint. Cheapest per square metre, flattest, most predictable, most consistent in colour.

How they compare

Construction	Relative price	Stability	Appearance	Repairable
Solid one piece	Highest	Lowest	Best	Yes, sandable
Finger jointed	Medium	Good	Joints visible	Yes, sandable
Edge glued panel	Medium high	Good	Very good	Yes, sandable
Veneered panel	Medium	Very good	Very good	Limited
Plywood or MDF	Lowest	Highest	Depends on facing	No

Price here is relative and depends on species, grade and thickness. Treat the ordering as reliable and the gaps as variable.

Choosing by part, not by product

The useful decision is per component. Most well built export furniture mixes constructions and the mix is deliberate.

Legs, rails, stretchers, arms. Solid one piece or finger jointed. These are structural and they are small, so movement is not a problem and appearance matters.

Table tops, cabinet tops, wide shelves. Edge glued panel in solid, or veneered panel if flatness is critical or the design needs matched grain.

Cabinet sides and carcasses. Panel. A wide solid cabinet side is a movement problem waiting to happen, and it costs more to be worse.

Backs and drawer bottoms. Thin plywood or MDF. Nobody sees them and solid wood in that role only cracks.

Doors and drawer fronts. This is the judgement call. Solid frame with a floating panel looks best and moves least among solid options. A flat veneered door is cheaper and stays flatter.

What each construction does to your risk

Solid wood carries moisture risk. It moves with humidity, it cups if finished on one side, and it splits if constrained. The moisture content guide covers how to control that.

Panel carries compliance and supply risk instead. If the product goes to the United States, composite panels bring formaldehyde requirements with them, covered in the CARB and TSCA guide. Panel is also bought in from a mill, so a supplier substitution mid production is a real possibility.

Veneer carries a different risk again: edge damage in transit and an inability to repair a deep scratch. If your product will be handled by consumers assembling it themselves, a veneered edge is where it goes wrong.

What it means for price

Two numbers move the most.

Grade drives solid wood price more than species does. Clear grade, with few knots and little colour variation, costs materially more than a rustic grade from the same log run, because the yield per cubic metre is lower. If your design tolerates knots and colour variation, say so, because it is free money.

Thickness drives panel price almost linearly. A 25 mm top is not slightly more expensive than 18 mm, it is proportionally more. Check whether the design needs the thickness or whether an 18 mm panel with a thicker applied edge gives the same visual weight for less. Vietnamese factories build this detail routinely.

How to write it in the specification

For each component: species, construction, thickness, grade, and for panels the core material. Then the finish and the tolerance.

That is six lines per part and it removes almost all quote variance. Without it you will receive three quotes built on three different constructions and conclude that one factory is cheap, when in fact it quoted plywood where another quoted edge glued acacia.

If you are still choosing species, the acacia versus rubberwood comparison covers which one suits which construction.

Frequently asked questions

Keep reading

• Acacia or Rubberwood: Which One Fits Your Product
• Moisture Content: The Number That Decides If Your Order Survives