A cabinet handle is the most touched object in a kitchen and the first component to look tired. The finish it carries decides how long it looks new: an electroplated layer a few microns thick, a PVD coating harder than the steel beneath it, or a lacquer that sits on top of both. Specifiers often choose by colour sample, and the colour sample says nothing about which of the three is under it.

This guide compares the main furniture hardware finishes, explains what each one survives, and sets out the specification lines that keep a programme consistent across reorders.

Electroplating: The Classic Layer

Electroplating deposits metal onto the base component: chrome, nickel, brass or bronze tones, built up in layers over a prepared surface. It gives the deep, metallic appearance associated with traditional hardware and can be applied to complex shapes uniformly, which is why it dominates classic furniture programmes.

Its limits are thickness and preparation. A thin plate wears through at high-contact points, revealing the base metal, and poor surface preparation shows as blistering or peeling months after installation. In coastal or polluted environments, plating corrodes at the edges and around fixing holes first, because that is where the layer is thinnest and the electrolyte of daily life collects.

Plating performance is specified in layers and hours: the composition and thickness of the deposits, and a salt spray duration for comparison. The salt spray family of test methods catalogued in the ASTM standards library gives a common language for that comparison, and a programme that specifies hours gets a number to audit rather than an adjective to trust.

PVD: Harder Than the Metal Beneath

Physical vapour deposition puts a thin, extremely hard film onto a component in a vacuum chamber. The result is a surface that resists scratching and abrasion far beyond electroplating of comparable thickness, and it holds colour well because the film is chemically stable. It is the finish behind the ‘scratch-resistant’ claims on premium hardware, in several colour families from steel to brass and black.

The trade-offs are cost and geometry. PVD is more expensive per piece, and the coating is directional, so deep recesses and internal corners are harder to coat uniformly than an electroplated surface. Component design that keeps visible surfaces accessible to the process gets the best results, which is a conversation to have at the design stage rather than after the tooling exists.

PVD is also less forgiving of a poor substrate. The film is thin, so any scratch that reaches through it exposes the base material, and any surface defect underneath telegraphs through. Specifying PVD therefore means specifying the base polish as well, and inspecting the substrate before coating, which is the same discipline used for powder coat and other metal surface treatments across furniture components.

Lacquer and Organic Coatings

Lacquer, and the clear organic coatings used over plated or polished surfaces, do a different job: they seal and protect while preserving a surface appearance underneath, and they are common on brass and antique-style hardware where a controlled patina is wanted. They are also the finish most sensitive to cleaning chemistry, because they are organic films sitting on top of everything else.

The failure mode is familiar to anyone who has serviced hotel furniture: an abrasive cleaner or a solvent product strips the lacquer, and the surface underneath then ages quickly and unevenly. A lacquered finish therefore needs a cleaning instruction that names acceptable products, which is why the hardware spec and the housekeeping guide are one document in good programmes.

Lacquer also ages as a film: it yellows slightly, wears at contact points and can craze in strong sunlight. Where the design intent is a bare metal patina, unlacquered brass may be the honest choice, with a maintenance routine to match. Deciding between preserved and living finishes at specification time avoids the complaint that arrives when a customer’s cleaning team does exactly what the label did not forbid.

Matching Finish to Use and Climate

Use decides the finish more than the colour does. High-touch hardware in commercial settings needs scratch and abrasion resistance, which points to PVD or a thick, well-prepared plating. Decorative hardware in low-contact locations can carry a lighter finish, and traditional programmes often accept a living patina deliberately.

Climate decides the corrosion requirement. Coastal projects, humid markets and wet rooms need the highest salt spray performance the budget allows, and the specification should state hours of salt spray with the test method. Inland, dry markets can accept less, and the saving is real rather than theoretical.

The third input is cleaning chemistry. Commercial kitchens, hotels and healthcare settings use aggressive cleaning products, and the hardware spec should be tested against the actual regime, not a generic household assumption. Where the programme cannot control the chemistry, the finish must be chosen to survive the worst product the site will use, which is a conversation worth having at specification rather than at the first claim.

Specifying and Holding the Finish

A complete hardware finish specification names the finish type and colour reference, the layer structure and thickness or film composition, the salt spray hours with test method, the base substrate and its polish, and the cleaning products that are acceptable. Add the fixing specification, because screw damage at installation is a common cause of early finish failure.

Consistency across reorders is the second half of the job. Keep sealed reference samples of each finish, stored out of light, and compare production against them under a defined light. Hardware finishes drift between plating baths and between coating runs, and a programme shipping a matched handle family into one project will see drift as a mismatch even when each batch passes alone.

Finally, verify the finish with a test rather than an opinion: salt spray for corrosion, a rub or abrasion test for wear, and an adhesion test for coated surfaces. The hardware testing protocols used across a programme, from hinges to slides, are described in our hardware endurance testing notes, and the component-level requirements for the fixings themselves are in the hinge selection guide. Our furniture hardware programme supplies finish test records with every batch.

FAQ

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If a handle family has ever arrived mismatched across a project, the finish specification is where it is settled. Our furniture hardware programme supplies finish references, test hours and sealing records with every production batch.

Related reading: Martindale Cycles for Upholstery: What the Abrasion Number Means for a Programme