Why an inlaid chest is a different product
The bone inlay furniture page covers inlay fit, resin, bone species and odour. The chests of drawers page covers runners, stops, interlocks and the STURDY Act in full. This page covers what happens when the two meet.
Bone inlay is usually laid on the top, the sides and every drawer front. Bone pieces and the mineral-filled resin between them are dense, and each front gains a layer several millimetres thick. The result is a chest whose drawers are heavier than the plain-wood version of the same design, with that extra weight sitting at the very front of each drawer. When drawers are pulled out, the centre of gravity moves forward further and faster.
Two practical points follow. First, a stability test report for the plain or painted version of a design does not prove the inlaid version is stable. Second, a factory may build the inlaid version on an MDF carcass to save cost, and MDF holds the screws of a tip restraint less well than a solid timber rail.
What we check on bone inlay chests
| Check | How it is checked | What fails |
|---|---|---|
| Test report matches the inlaid model | Model, height, weight and finish on the lab report compared with the goods; drawers weighed on a scale | Report covers a plain or painted version; unit or drawers heavier than tested |
| Field tip screen | Empty unit on a level floor, all drawers opened to their stops, rear watched for lift | Unit tips or the back lifts |
| Restraint fixing point | Where the restraint fixes to the back: material and thickness | Fixing point on thin MDF or a back panel, not a solid rail |
| Drawer-front edges | Each front checked at the corners, the top edge and where inlay wraps round the edge | Hairline resin cracks from the corners, chipped bone on the top edge |
| Knob holes | Resin around each knob hole checked for cracks; knob position against the pattern | Cracks radiating from the hole; hole drilled through a bone piece and split it |
| Knob fixing | Each sampled knob pulled and twisted by hand; fixing seen from inside the drawer | Knob spins or pulls out; screw only into resin or MDF, no bolt and washer |
| Gaps between fronts | Gap measured between drawers; drawers closed fully to check that inlaid faces do not touch | Fronts rubbing each other, chipping inlay on the edges |
| Pattern across fronts | All drawers closed and viewed from a distance | Pattern rows stepped or broken from one drawer to the next |
Common bone inlay chest of drawers defects and how they are classed
| Defect | Class |
|---|---|
| Unit tips or rear lifts with drawers open | Critical |
| US-bound unit in scope without warning label or tip restraint | Critical |
| Test report does not cover the inlaid version | Critical, as agreed for US-bound goods |
| Heavy drawer with no stop | Major |
| Knob loose, spinning or screwed only into resin | Major |
| Resin crack from a knob hole or drawer-front corner | Major |
| Inlay chipped where fronts rub | Major |
| Pattern stepped between drawer fronts | Minor |
| Uneven drawer gaps that do not cause rubbing | Minor |
Tip-over is a real finding, not a theoretical one. In our Sample 05 report, a five-drawer wood and iron cabinet tipped forward with all drawers open and the lot was Not cleared. That piece was not inlaid. An inlaid chest carries more weight in its fronts, so the same screen matters even more.
Market rules that apply
- United States. The STURDY Act makes ASTM F2057-23 mandatory for free-standing clothing storage units at least 27 in tall, 30 lb and 3.2 cu ft of enclosed storage. Measure and weigh the actual inlaid unit against all three. Units in scope need a stability test report, a permanent warning label and a tip restraint in the box. A low inlaid chest under 27 in falls outside the rule.
- Australia. Chests of drawers 686 mm or taller are Category 1 under the toppling furniture information standard, with a permanent warning label. See Australia furniture standards.
- European Union. Buyers specify EN 14749 for domestic storage under the GPSR. An MDF or plywood carcass falls under the REACH formaldehyde emission limit for furniture, which has applied since 6 August 2026; see EU REACH.
- Composite panels, US. An MDF or plywood carcass needs TSCA Title VI certified panels and a label.
Bone species, wildlife and wood-origin rules are the same as for any inlaid piece and are on the bone inlay parent page.
Packing, transit and loading risks
- Heavy drawers slide. An inlaid drawer moving in transit hits the carcass hard enough to crack resin at its corners. Each drawer should be blocked with a wedge or foam, not just tape across inlaid faces.
- Knobs off. Knobs packed in a labelled bag stop them pressing into the next carton and levering the hole open.
- Upright and low. Pack chests upright, with gross weight on the carton, and load them on the container floor, not on top of lighter cartons.
- Kit in the box. Check that the tip restraint, its screws and the instructions are inside each carton.
What to put in your purchase order
- A stability test report for the inlaid model itself, with its weight and drawer weights.
- Carcass material, and a solid timber rail at the back for the restraint fixing.
- Drawer stops on every drawer, with the extension that was tested.
- Knob type and fixing: through-bolt with washer and nut, hole drilled before inlay or in resin, not through bone.
- Minimum gap between drawer fronts, so inlaid faces never touch.
- Label artwork and position for each market, and the restraint kit parts list.
Matching pieces: bone inlay sideboards and bone inlay mirrors. To check your order, book an inspection.