Materials explained

What Is a PVD Finish on Bathroom Hardware?

PVD appears on quotations for faucets, shower hardware and cabinet handles as a finish option that costs more than plating, and the reason is rarely explained. It is a different process entirely — a coating deposited in a vacuum rather than in a chemical bath — and that difference is what gives it its hardness, its corrosion resistance and its color range. This guide explains how it works, how it compares with electroplating, and what to specify.

Published September 23, 2026Last updated September 23, 2026

The short answer

Quick Reference

Point 01: PVD stands for physical vapor deposition: a metal or metal compound is vaporized in a vacuum chamber and deposited as a thin, bonded coating on the part.
Point 02: Typical coating compounds include titanium nitride and zirconium nitride; typical thickness is a few microns.
Point 03: Electroplating deposits a metal layer from a liquid bath using electrical current — chrome, nickel and copper are the common layers.
Point 04: PVD's advantages are hardness, scratch and corrosion resistance, and a color range — matte black, brushed gold, gunmetal and others — that plating reproduces less reliably.
Point 05: It is a coating, not a substitute for a good base material; specify the process by name, and the substrate underneath it.

A gold basin faucet running water over dark stone

Start here

A Coating Grown in a Vacuum

Most bathroom hardware finishes are one of two things: a metal layer plated onto the part from a liquid, or a very thin ceramic-like layer deposited onto it in a vacuum. The first is electroplating and has been the standard for chrome for a century. The second is PVD, and it has become the usual way to produce hard, colored finishes — the blacks, golds and brushed tones that plating struggles to hold. The two are often quoted side by side without explanation, which is why a buyer sees a price gap and no reason for it.

Electroplating: a metal layer from a liquid bath
PVD: a thin bonded coating deposited in a vacuum
The price gap reflects a different process, not just a different color

How PVD Works

The part — usually already plated or polished, because PVD follows the surface beneath it exactly — is placed in a vacuum chamber with the coating material. That material is vaporized and, in the presence of a reactive gas, forms a compound such as titanium nitride or zirconium nitride that deposits onto the part atom by atom, bonding to the surface rather than sitting on top of it. The part is rotated so the coating is even. The result is very thin — typically a few microns, far thinner than a plated layer — but very hard, and because it is bonded rather than layered it does not flake or peel the way a poorly applied plating can.

Vacuum chamber; coating material vaporized and deposited on the part
Compounds such as titanium nitride and zirconium nitride
Thin — a few microns — but hard and bonded to the surface
Follows the surface beneath it, so substrate preparation matters

PVD Versus Electroplating

Electroplating immerses the part in a solution and passes a current through it, so that metal ions deposit onto the surface; chrome over nickel over copper is the classic sequence for bathroom hardware, and it produces the familiar bright finish reliably and at low cost. Its weaknesses are wear and chemistry: the plated layer can dull or wear through under abrasive cleaning, and a thin or poorly controlled layer can pit or peel in a humid room. PVD is harder and more resistant to scratching and corrosion, holds its color under cleaning products better, and supports finishes plating cannot easily reproduce. Its cost is higher, and it depends on the quality of the surface beneath it — a PVD coating over a poorly polished or poorly plated substrate shows every flaw. For a lightly used residential bathroom, good plating is often adequate; for a hotel or a high-traffic commercial room, PVD's wear resistance usually earns its price.

Plating: bright chrome finish reliably and at low cost; wears and can pit if thin
PVD: harder, more scratch- and corrosion-resistant, wider color range, higher cost
PVD depends on substrate quality; it does not hide flaws
Use environment decides which is worth specifying

What to Specify

Specify the process by name — "PVD" or "electroplated" — not just the color, because "matte black" can be produced either way and the two will not wear alike. Specify the substrate: brass, stainless steel or zinc alloy underneath the finish decides corrosion behavior and cost independently of the coating. Ask for a finish sample and keep it with the golden sample, since color and sheen vary between coating runs. And confirm the same finish process across every item that has to match — faucet, shower hardware, cabinet handles, enclosure profiles — because a PVD gold beside a plated gold will read as two different colors in the same room.

Name the process, not only the color
Name the substrate beneath the finish
Approve a finish sample and retain it
Match the process across every item in the room

Common questions

PVD Questions

Answers to the checks buyers most often make before using this guide for a project or sourcing decision.

What does PVD stand for?

Physical vapor deposition — a process in which a metal or metal compound is vaporized in a vacuum chamber and deposited as a thin, bonded coating on the part.

Is PVD better than chrome plating?

It is harder, more scratch- and corrosion-resistant, and supports more colors, at a higher cost. Good chrome plating remains adequate for lightly used bathrooms; PVD earns its price in high-traffic and commercial use.

Can matte black be either PVD or plated?

Yes, which is why the process should be specified by name. The two will look similar when new and wear very differently.

Does PVD make the base material irrelevant?

No. The coating is thin and follows the surface beneath it. The substrate — brass, stainless steel or zinc alloy — still decides corrosion behavior and cost, and a poor substrate shows through a PVD finish.

Why might two gold finishes not match?

Because one is PVD and the other plated, or because they come from different coating runs. Specify one process across every matching item and approve a finish sample.

Which finish does WNS Global recommend?

It depends on the use environment and the hardware involved. Finish options and processes are confirmed against the specific model and project at quotation, with a sample for approval, rather than assumed from a color name.

Bathroom showroom wall with basin faucet display

In short

Name the Process, Not the Color

PVD is a thin, hard coating deposited in a vacuum; electroplating is a metal layer from a liquid bath. PVD resists scratching and corrosion better and offers colors plating cannot hold, at a higher price and with full dependence on the substrate beneath it. Specify the process, the substrate and a finish sample, and keep the process consistent across every item that has to match.

Vacuum-deposited, bonded, a few microns thick
Harder and more corrosion-resistant than plating
Depends on substrate quality
Specify process and substrate, approve a sample

Verification sources

Official Sources and Further Reading

Material performance depends on the exact grade, construction, finish, use environment and test method. Confirm the material specification and any applicable test report for the exact supplied model before final selection.

Specifying finishes for a project?

Talk to WNS Global

Tell us the items that need to match and the use environment, and we will confirm the finish process and substrate for each and send a finish sample for approval.