A board’s fixing pattern only produces a flush, gap-free result if the wall behind it is flat, solid and able to take the fixings as designed. A well-made board can still end up looking uneven if the wall itself is out of tolerance.

This is why a wall survey belongs earlier in the process than most specifications place it, ideally before the board’s finish and colour are finalised.

This is easy to overlook when a design whiteboard is specified purely from a product datasheet, since the datasheet describes the board in isolation and says nothing about the specific wall it will eventually be fixed to.

A solid masonry wall generally accepts standard fixings directly. A stud wall needs fixings landing on the studs behind the plasterboard, not the plasterboard alone, and a lightweight partition wall often needs the same check plus a lighter overall fixing approach given the reduced structural depth.

Knowing which of these three the wall actually is, rather than assuming, changes the fixing method and sometimes the lead time on the order.

Where a wall type is genuinely uncertain, a simple tap test or a small exploratory check by whoever surveys the site is usually enough to identify which of the three applies before the fixing method is finalised.

Glass partition walls are a special case again, since they cannot be drilled at all in the conventional sense and instead rely on a clamping bracket system, which changes both the fixing method and, in some cases, the maximum board size that can be safely supported.

Even a solid wall is rarely perfectly flat across its full width, and small packers behind the fixing points are often what actually produces a flush, even result rather than the board itself. Skipping this step on an uneven wall is one of the more common reasons a finished installation looks slightly off despite a correctly manufactured board.

On a particularly uneven wall, a thin plywood backing panel spanning the full board width can achieve a more consistent result than a series of individual packers at each fixing point.

A useful rule of thumb is that if a variation can be felt clearly by running a hand across the wall, it is likely enough to need correcting before a flush board is fitted over it.

Any pipework, cabling or sockets running through the section of wall the board will cover need identifying before installation, both to avoid damaging them during fixing and to decide whether they need relocating first. This is a straightforward check that is easy to skip when a wall looks blank from the front.

A quick check against existing electrical drawings, or a cable detector on site, is usually sufficient to rule this out before drilling begins, and is a small step compared with the disruption of hitting a live cable.

This check takes only a few minutes but avoids a genuinely disruptive outcome, since damaging a live cable behind a wall can mean far more remedial work than the whiteboard installation itself.

Sharing wall construction details with the supplier before the board is manufactured means the fixing method is agreed in advance rather than improvised on installation day. For most offices, this is a short conversation that prevents the majority of flush-mounting issues seen on site.

Suppliers who ask detailed questions about the wall before quoting are generally the ones who have seen this go wrong before, which is itself a reasonable indicator of how the installation is likely to go.

See how Chameleon design whiteboards are specified and installed to sit flush against a wide range of wall constructions.