What stays on the wall depends on what's behind it
You chose a panel that means something. A summit you reached. A silhouette you'd recognise anywhere. The last thing you want is to watch it come off the wall three months later because the anchor gave up quietly overnight. Steel is built to last 25 years. The wall behind it needs to hold up its end.
Most interior walls are drywall — a gypsum board, typically 12.5mm thick, screwed to timber or metal framing spaced every 40 to 60cm. On its own, gypsum is soft. It carries almost nothing in direct tension. The framing behind it, and the anchors you choose, do the real work. Here's how to get it right the first time.
Understanding drywall load capacity: why 12.5mm board fails and where the danger threshold lies
Gypsum board is not a structural material. It's a facing. When you drive a plain screw into 12.5mm drywall with nothing behind it, you're relying on a few millimetres of compressed chalk to resist the pull. It works until it doesn't. The failure isn't dramatic — it's a slow crumble around the screw hole, then a sudden release.
The danger threshold is lower than people expect. A bare screw in drywall holds only a few kilograms in direct pull-out, and that number drops over time. Our panels are light for their presence — a 60cm panel in 2mm steel weighs around 2kg — but the load is what matters, not just the weight. A panel on standoffs sits away from the wall, and that offset creates leverage. The further the mass sits from the wall, the harder it pulls at the top anchors.
The honest rule: never trust bare gypsum with anything you'd be sad to lose. Use a proper hollow-wall anchor, or find the framing.
Anchor comparison: toggle bolts, molly bolts, and self-drilling anchors rated by pull-out force
Not all anchors are equal, and the marketing on the packet rarely tells the full story. Here's what each type actually does.
Toggle bolts (highest capacity)
A spring-loaded or strap toggle passes a wide metal bar through a drilled hole; it opens behind the board and clamps against the back face. Because it spreads the load across a large area of gypsum, it carries the most of any hollow-wall option. This is the anchor for anything heavy or anything you care about. The trade-off: it needs a larger hole and the toggle is lost inside the wall if you remove the bolt.
Molly bolts (medium capacity)
A molly (expansion sleeve) compresses as you tighten it, splaying legs against the back of the board. Reliable and reusable once set, with solid mid-range capacity. Good for panels where you want a permanent fixing you can unscrew and re-fit without losing hardware in the wall.
Self-drilling anchors (light duty only)
The plastic or zinc screw-in type that needs no pilot hole. Fast and convenient, but the lowest capacity of the three. Fine for a small panel; not the anchor for anything you'd mourn.
For a 2kg panel on four standoffs, a single quality anchor per fixing point is comfortable. Spread across four points, no one anchor carries much — which is exactly why our mounting holes are generated automatically to distribute the load. When in doubt, go up a class. Overkill costs pennies; a fallen panel costs a memory.
Finding and using studs when possible: locating framing and spreading load with cleats
The strongest fixing is always into the framing behind the board. A screw into timber holds many times what any hollow-wall anchor manages, and it never creeps.
Use a stud finder to trace the vertical framing — studs usually sit 40 to 60cm apart. Mark the centres. If one of your four mounting points lands on a stud, use a wood screw there and hollow-wall anchors for the rest. Every point into framing is a point you never have to think about again.
For larger installations, a French cleat spreads the load beautifully: a bevelled timber batten screwed into two or more studs, with a matching batten on the panel. The weight transfers straight into the framing along the whole length. This is the professional's method for anything substantial — and it lets you lift the panel off the wall in seconds if you move house. What matters comes with you.
Failure modes to avoid: shear vs. tension loads and long-term creep in gypsum
Understanding how mounts fail tells you how to prevent it.
Shear vs. tension
A panel hung flat against the wall loads its anchors mostly in shear — the downward pull runs parallel to the wall, which anchors resist well. A panel on standoffs adds tension: the offset mass tries to lever the top anchors straight out of the wall. Tension is where cheap anchors fail. This is why standoff mounts deserve the better anchor, especially at the top fixings.
Long-term creep
Gypsum is slightly plastic under sustained load. A fixing that holds fine on day one can slowly deform the board around it over months and years — the hole ovals, the panel drifts, the anchor loosens. This is creep, and it's why a panel that survived the first summer can surprise you later. The defence is simple: spread the load across enough points, use anchors rated well above the actual weight, and put at least one fixing into framing where you can.
Our panels are made to remain — 2mm steel, powder-coated and cured to outlast the room it hangs in. Mount it once, mount it properly, and it stays exactly where you put it. For the people who come after you, it'll still be there.
