When people choose a tap, a shower, or a set of cabinet handles, the first decision is almost always colour. What gets far less attention is the technology beneath the finish: how it's applied, what it bonds to, and how well it holds up over years of daily use.

PVD coating has become the standard in premium tapware and hardware for good reason. It produces finishes that are harder, more durable, and more consistent than many conventional alternatives, while also being kinder to the environment.

We explore what PVD is, how it works, and why it matters when selecting fixtures for your next renovation.

What is PVD coating?

PVD stands for Physical Vapour Deposition. It's an advanced coating process in which a thin layer of metallic compounds, typically nitrides or carbides, is deposited directly onto a product's surface at a molecular level, bonding with it to create a finish that is harder and more resistant than a conventional paint or plating application.

The key distinction is the strength of the bond itself. Rather than sitting as a loose layer on the surface like traditional paint, the vaporised PVD coating material condenses directly onto the product in a controlled vacuum environment, forming an exceptionally thin, ultra-dense coating that integrates with the underlying base material, ensuring it won’t chip, peel, or flake off.

The result is a finish with improved surface hardness, greater resistance to scratching and corrosion, and colour consistency that holds over time. In kitchens, bathrooms, and outdoor spaces where fixtures are exposed to water and everyday wear, those qualities make a meaningful difference.

Why is PVD used in premium tapware and hardware?

Tapware and hardware are located in some of the most demanding environments in the home. Bathroom taps handle repeated contact with water, soap, and cleaning agents. Kitchen tapware is touched dozens of times a day, often with wet or greasy hands, while cabinet handles and door hardware accumulate years of contact with skin, moisture, and cleaning cloths. In these conditions, a finish needs to do more than just look good. It needs to maintain its appearance over time, resist tarnishing, retain its colour, and defend against the kind of surface degradation that causes cheaper finishes to discolour.

PVD coating is well-suited to this challenge, as the metallic layer bonds directly to the product's base material; it doesn't sit on the surface like paint or standard electroplating does. This makes it significantly more resistant to the kind of wear that high-touch surfaces accumulate over their lifespan. As a result, PVD finishes are used across bathroom tapware, showers, cabinet handles, accessories, and outdoor tapware where the combination of aesthetic quality and long-term durability is a priority.

How durable is PVD coating?

PVD-coated surfaces are significantly harder than those produced by many conventional finish technologies. The durability of a PVD finish depends in part on the PVD coating material used and the base material to which it's applied. PVD is applied to both brass and stainless steel, depending on the product, and in both cases, it substantially increases surface resistance, with the stainless steel base offering an additional layer of inherent strength and corrosion resistance.

While no finish is completely impervious to wear, PVD is substantially more resistant than standard electroplated or painted alternatives, particularly in high-use environments where fixtures are handled repeatedly and exposed to water and cleaning products over many years.

At ABI Interiors, durability is engineered into products from the outset. Testing involves robotic arms simulating tens of thousands of usage cycles, along with abrasive testing to assess finish performance over time. The process works backwards from how a product will be used across its warranty period, then designs it to outlast that benchmark.

Brushed nickel and brushed brass are two PVD finishes that demonstrate this durability in distinct ways. Brushed nickel brings a cooler, softer tone suited to contemporary interiors, with a satin quality that sits comfortably alongside natural materials. Brushed brass offers a warmer, more characterful look. Both are protected by the same underlying technology and benefit from its hardness.

Does PVD coating scratch or tarnish?

All finishes experience some degree of wear over time, and PVD is no exception. What sets it apart is the degree of resistance it offers compared to standard alternatives. PVD-coated products are considerably more resistant to both scratching and tarnishing than conventional electroplated finishes, which sit on the surface rather than bonding to it.

In everyday residential use, a well-maintained PVD-coated fixture should hold its appearance for many years without noticeable degradation. Proper care is straightforward: wipe with a soft cloth, use non-abrasive cleaners, and avoid harsh chemicals or abrasive materials that could compromise the surface over time.

How PVD affects colour and finish

One of the qualities that sets PVD finishes apart visually is depth. This is because the metallic coating condenses directly onto the product in a controlled vacuum environment, producing a finish with a richness and consistency that's difficult to replicate with conventional methods. Colours appear more saturated. Metallic tones carry a softness and dimensional quality that is genuinely refined rather than artificially bright. This is especially apparent in warmer finishes, where PVD produces tones that feel composed rather than synthetic. A few examples across ABI's range:

Brushed Brass: Warm and luminous, without veering into overly shiny or decorative territory.
Antique Aurum: A warm, organic finish with a matte, aged quality and enduring elegance, achieved through ABI's three-step tumbling and PVD process. Available across antique brass tapware and antique brass door handles.
Antique Bronze: A rich, reddish-brown finish with warm undertones and subtle surface variations, achieved through a combination of tumbling and PVD coating. Available across antique bronze door hardware and antique bronze tapware.
Brushed Copper: Radiant and earthy, with a vintage charm that brings lively character to bathrooms and kitchens. Available across brushed copper tapware and brushed copper door handles.
Brushed Gunmetal: A dark, metallic charcoal finish with fine directional brushing that feels precise and architectural, suited to contemporary and industrial interiors. Available across brushed gunmetal tapware and brushed gunmetal sinks.

How ABI Interiors uses PVD coating across its collections

ABI Interiors invested in bringing PVD processing in-house, allowing tighter control over the finishing process, from managing environmental conditions such as dust and humidity to maintaining rigorous quality standards throughout production. The result is finishes with greater consistency and a higher standard of quality assurance than is possible with outsourced processing.

This in-house capability has also opened up finish options that weren't previously available, such as ABI's Antique Collection, which includes Antique Aurum, Antique Bronze, Antique Slate, and Antique Steel. These finishes are created by first tumbling the base material to develop an aged, textured surface, then applying a PVD coating to protect and preserve that character. It's a finish that feels discovered rather than manufactured, representing one of the clearest examples of what becomes possible when finish technology and design intent are developed together.

How does PVD compare to other finish technologies?

PVD is often compared to three conventional alternatives: electroplating application, powdercoating, and painted finishes. Each has its place, but the differences in performance and longevity are meaningful.

Standard electroplating deposits a metallic layer onto a surface through an electrochemical process. It's widely used and capable of producing attractive finishes, but the bonding is less robust than PVD. This is because the coating sits on the surface rather than integrating with it, making it more susceptible to wear, chipping, and corrosion over time. PVD coating offers improved resistance across all of these dimensions.

Powdercoating applies a dry powder electrostatically, then cures under heat, producing a thick, durable finish well-suited to outdoor furniture and architectural metalwork. In tapware and fixtures, however, the aesthetic range is more limited, and the finish quality doesn't approach what PVD can achieve in terms of metallic depth and refinement.

Painted finishes are generally the least durable of the three alternatives in high-use residential contexts. They can look excellent initially but are vulnerable to chipping, fading, and wear, particularly in wet environments.

It's also worth noting that PVD is more environmentally responsible than traditional electroplating. The process produces minimal waste and avoids the harsh chemical baths required by standard electroplating. This is a meaningful advantage, as manufacturers and consumers increasingly pay closer attention to the environmental footprint of the products they specify.

Finish Technology	Durability	Scratch Resistance	Colour Longevity	Surface Appearance	Environmental Impact	Common Use Cases
PVD	Very high	Very high	Excellent	Rich, refined metallic depth	Lower-impact process with minimal waste	Premium tapware, hardware, showers, outdoor fixtures
Electroplating	Moderate	Moderate	Can fade or wear over time	Smooth metallic finish	Higher chemical usage during processing	Standard tapware and hardware
Powdercoating	High	Good	Good	Matte or solid-colour appearance	Generally efficient with low material waste	Outdoor furniture, architectural metalwork
Painted Finishes	Low to moderate	Lower resistance to chipping and wear	More prone to fading	Wide colour flexibility	Varies depending on paint system	Decorative fixtures and lower-use applications

While each finish technology has its place, PVD stands apart in high-use residential environments where long-term durability, colour consistency, and resistance to wear are priorities. This is why it has become the preferred finish technology across premium tapware, hardware, and architectural fittings.

Is PVD worth the investment?

In spaces exposed to daily use and the elements, such as kitchens, bathrooms, and outdoor areas, the benefits are clear. A finish that resists wear, maintains its appearance, and doesn't require early replacement pays for any premium over its lifespan.

The most sustainable tapware is one that doesn't need to be replaced. PVD is central to that philosophy: a finish technology chosen not just for how it looks but for how well it performs across years.

When you're choosing fixtures for a renovation, finish technology is rarely the starting point, but it often determines whether the result holds up. PVD improves durability, longevity, and the depth and quality of the finish itself. Understanding it helps you make a more informed choice: one that looks right today and continues to perform for years to come.

Architecture & Design Team

ABI Interiors

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