22/10/2026
The furniture components sector is working with materials that did not exist in its production processes ten years ago.
The fastening approaches, in many cases, still do.
HPL surfaces, ultra-lightweight composite panels, honeycomb sandwich structures, technical polymers, thin-gauge aluminium profiles — these materials are now standard in the production of furniture components across the mid-to-high-end market.
They are there because they deliver properties that traditional materials cannot: lighter weight, better surface quality, greater design freedom, improved sustainability credentials.
But they come with a specific production challenge that is often underestimated at the specification stage.
These materials do not behave like wood, MDF or standard steel when a fastening operation is applied to them. HPL surfaces crack under stress concentrations that solid wood would absorb.
Honeycomb panels cannot be treated like solid substrates — the core structure defines which fastening approaches are viable and which will fail.
Thin-gauge aluminium profiles require fastening solutions designed for minimum wall thickness, not adapted from solutions developed for heavier gauges.
Ultra-lightweight composites have anisotropic mechanical behaviour that changes how a threaded seat performs under load depending on fibre orientation.
The result, in production environments where these materials have been introduced without revisiting the fastening specification, is a recurring set of problems: delamination, surface marking, thread stripping, dimensional inconsistency in the finished component.
Problems that often appear not during production, but when the component reaches the customer's assembly line — which is precisely the worst moment to discover them.
The materials used in furniture component production have evolved significantly. The fastening systems and insertion methods need to evolve with them — starting from the design of the component, not from the procurement of the fixing.
