PVD vs IP vs Traditional Plating Men UK 2026

Traditional electroplating lasts months. Ion plating (IP) lasts a year or two. Physical vapour deposition (PVD) lasts five years or more. The buyer typically can’t tell the three apart by looking at the finished chain, which is why most men’s jewellery brands don’t disclose the method they use, and why declared plating thickness matters more than the catalogue name on the listing.

This is the honest technical breakdown of the three methods for UK buyers in 2026.

I run Monrich, a UK men’s jewellery brand using PVD plating across the catalogue with declared 1-2 micron thickness. Disclosure first.

Quick answer

PVD (physical vapour deposition) is the longest-lasting plating method, typically 3-7 years for men’s daily wear. Plating thickness is typically 1-2 microns. Cost premium of 30-60% over traditional plating.

IP (ion plating, a subset of PVD) is the second longest, typically 1-3 years. Thickness 0.5-1.5 microns. Cost premium of 15-30% over traditional plating.

Traditional electroplating is the shortest, typically 3-12 months on high-contact jewellery. Thickness 0.1-0.5 microns. Lowest cost.

For men’s daily-wear jewellery, PVD is the clear best practice in 2026. IP is an acceptable mid-tier alternative. Traditional electroplating is a fast-fashion-tier finish that doesn’t survive daily wear for long.

Traditional electroplating

Process: jewellery piece is dipped in a chemical bath containing gold ions. An electric current causes the gold ions to deposit on the piece’s surface. Thickness depends on dip time and current strength.

Thickness range: 0.1 to 0.5 microns typically. A “thick” electroplated piece might reach 1 micron but this is uncommon.

Cost to manufacture: lowest of the three methods. The chemical bath is the cheapest setup, the process is fastest (minutes per piece), and no specialised vacuum equipment is required.

Lifespan in daily wear: 3-12 months before plating begins to wear at high-contact points. Wrists, finger sides, chain clasps, and earring backs typically wear first. The base metal (often brass) becomes visible as the plating wears down.

Where you’ll find it: budget men’s jewellery (Shein, Wish, AliExpress, and some mass-market UK retailers under £25). Some brands marketed as “gold plated” use this method without specifying the thickness, which is the marketing red flag.

Ion plating (IP)

Process: piece is placed in a vacuum chamber, gold (or titanium nitride for IP “gold”) is vaporised by an electrical arc, the ions are accelerated toward the piece and bond to the surface. Faster than full PVD and uses different ion energies.

Thickness range: 0.5 to 1.5 microns typically. Comparable to “thick” electroplating but with significantly better bonding strength.

Cost to manufacture: 15-30% more than traditional electroplating. Requires vacuum chamber equipment but cycles faster than full PVD.

Lifespan in daily wear: 1-3 years before plating begins to wear at high-contact points. Significantly better than electroplating because the molecular bond is denser.

Where you’ll find it: mid-tier men’s jewellery (£25-£80 range typically). Many brands market “IP gold” or “ion-plated” finishes. The colour is essentially identical to PVD at the same micron thickness.

Physical vapour deposition (PVD)

Process: piece is placed in vacuum chamber. Gold (or gold-coloured alloys like titanium nitride) is vaporised at high temperature. The gas atoms travel through the vacuum and condense onto the piece’s surface, bonding at the molecular level. The bond is significantly denser than electroplating.

Thickness range: 1 to 5 microns typically. The 1-2 micron range is standard for men’s jewellery, 3-5 micron for premium pieces.

Cost to manufacture: 30-60% more than traditional electroplating. Requires specialised vacuum equipment, longer cycle time (hours per batch), and trained operators.

Lifespan in daily wear: 3-7 years before plating begins to wear at high-contact points. The molecular bond is stable and resistant to abrasion, sweat, chlorine, and impact.

Where you’ll find it: mid-to-premium men’s jewellery (£40+ range typically). Brands using PVD typically disclose it on product pages (Monrich, Craftd, Vitaly for selected pieces).

Side-by-side comparison

The cost-to-lifespan ratio strongly favours PVD. A £80 PVD-plated chain at 5-year lifespan costs £16/year. A £30 IP-plated chain at 2-year lifespan costs £15/year. The cost per year is comparable, but the PVD piece looks like new for much longer.

How to identify each

Method declaration: the most reliable indicator. Look on the product page for explicit declaration: “PVD-plated”, “physical vapour deposition”, “1-2 micron PVD”. Brands using premium methods disclose them. Brands using budget methods either don’t disclose or use vague language (“gold-plated”).

Price as proxy: under £25 for a men’s chain is almost certainly electroplating. £25-£80 is typically IP. £40+ with clear material declaration is PVD.

Visual inspection: not reliable. A new PVD piece and a new electroplated piece look essentially identical. The difference shows after 6-12 months of wear.

Magnet test: confirms base metal but not plating method. 316L stainless steel is mildly magnetic. Brass is not magnetic. If the chain is strongly magnetic, it’s likely cheaper steel; if not magnetic at all, it’s likely brass core (often with electroplating).

Why brands don't always disclose

The three methods produce visually identical results in the first 0-6 months of wear. A brand using cheaper electroplating can sell at PVD-comparable prices in the short term because the buyer can’t tell the difference at purchase.

This is the primary reason mid-tier men’s jewellery brands sometimes downgrade from PVD to IP, or from IP to electroplating, between catalogue cycles. The cost saving per piece is meaningful (£3-£8 per piece) and the customer rarely returns to complain until 6-12 months later, by which point the piece is out of return window.

Brands that explicitly declare “PVD-plated with 1-2 micron thickness” and back it with a 12-month plating warranty are the ones genuinely committed to the spec. Brands using vague “gold-plated” language with no warranty are typically using cheaper methods.

What you can detect, what you can't

Here’s an uncomfortable truth about plating methods.

Even with the piece in your hand, even with good lighting, even with magnification, you cannot reliably distinguish PVD-plated from IP-plated from traditional-electroplated jewellery at the moment of purchase. The three methods produce visually identical surfaces in the first 0-6 months of wear. The colour matches. The shine matches. The micro-texture matches. The only honest test is time.

This is the structural reason brands can quietly downgrade from PVD to IP to electroplating without immediate customer detection. The customer pays the same price, receives a visually identical product, and only notices the difference 6-18 months later when the cheaper plating begins to wear. By that point, the return window has closed and the buyer typically blames their own care routine rather than the brand’s downgrade.

You have three indirect detection methods.

First: price honesty. PVD plating costs roughly £8-£15 more per piece to manufacture than traditional electroplating. A brand selling at the same price as a known PVD brand but with substantially higher margins is mathematically unlikely to be using PVD.

Second: warranty terms. PVD-confident brands explicitly cover plating for 12+ months. Electroplating-using brands either don’t offer plating coverage or exclude “normal wear” from coverage. The warranty terms reveal what the brand actually believes about their own product.

Third: spec disclosure. PVD brands typically disclose micron thickness on the product page. Brands using thinner coatings typically don’t disclose. The absence of a number is the answer.

If a brand passes all three checks, you can trust the PVD claim. If a brand fails any of the three, treat the plating method as unverified.

Which to buy

For UK men’s daily-wear jewellery in 2026:

If you want the chain to look new in 2-3 years: PVD-plated 316L at £40-£130.

If you want lower entry price and accept 12-24 month plating life: IP-plated 316L at £25-£80.

If you want one-season fast-fashion only: traditional electroplating at under £25 (acknowledged short lifespan).

The Monrich catalogue uses PVD-plated 316L exclusively across all gold-tone pieces, with 12-month plating warranty. Browse the Monrich Cuban chain range for examples. The PVD vs gold vermeil men’s guide covers PVD against precious-metal alternatives.