Watchmaking & Luxury

Exceptional materials

A new standard for watch casing

More resistant than titanium, lighter than steel, naturally brilliant and resistant to daily wear: the Vulkalloy® Zr Inox establishes itself as the reference material for high-end casing components. Where conventional alloys have given all they can, the Vulkalloy® Zr opens a new chapter in metallurgy for the luxury sector.

Watch movements

A watch movement accepts no compromise.

A watch movement tolerates no inaccuracy. Power reserve, reliability, durability, precision, and resistance to magnetism are the absolute requirements of fine watchmaking. Vulkalloys® were designed to meet and exceed these standards.

For uncompromising precision: naturally amagnetic, the Vulkalloys® guarantee stable regulation regardless of exposure to magnetic fields.
For long-term reliability: exceptional wear resistance that extends component lifespan and pushes back maintenance intervals.
For unprecedented performance: up to 3x more resistant than titanium, withstanding the most severe mechanical stress without deformation.
For optimised autonomy: elasticity 2x superior to conventional alloys, ideal for springs and barrel blades.

Casing

The Vulkalloy® Zr Inox redefines the standards of high-end casing.

Exceptional parts designed to last generations without losing their brilliance or character.

A brilliance that is non-negotiable: superior surface finish and unalterable shine, even after years of use.
Uncompromising resistance: impervious to scratches, corrosion and daily wear.
Total freedom of form: elasticity 2x superior to conventional alloys, opening new design possibilities for visible parts.
Naturally amagnetic: no interference with the movement, even in exterior casing.

Leather goods

Luxury leather goods are not renewed, they are passed down.

The Vulkalloy® Zr Inox brings clasps, buckles and mechanical systems a robustness and brilliance that defy time, without ever betraying the creator’s gesture.

Functional:

Invisible mechanisms, perfect function: springs and closure systems integrated without compromising on design finesse.
Exceptional flexibility: 2x more elastic than conventional alloys, for clasps that operate with the same precision after years of use.
Absolute mechanical resistance: carabiners and fastening systems that never yield under stress.

Aesthetic:

A brilliance that crosses generations: unalterable shine and scratch resistance for pieces that remain impeccable, year after year.
Impervious to corrosion: neither perspiration, humidity, nor time can alter the surface.

Eyewear

In eyewear, comfort is as much a technical requirement as a promise to the wearer.

The Vulkalloys® bring hinges, temples and nose pads properties that conventional alloys cannot offer simultaneously.

An unprecedented wearing comfort: the touch remains naturally tempered, without temperature rise against the skin, even in full sun.
A flexibility that adapts to every face: elastic hinges and temples that adjust without deforming, for a perfect fit over time.
Resistance to every assault: impervious to perspiration, corrosion and daily wear, for a frame that stays impeccable.
Precision assembly: screws and nose pads machined to exceptional tolerances, for mechanical hold with no play or misalignment

Jewelry

A piece of jewellery is not just an object, it is a moment of life engraved in matter. The Vulkalloys® give it the means to last decades without losing the brilliance of the first day.

Mechanism – the invisible functional:

Miniaturisation at the service of gesture: the mechanics disappear in favour of design.
Maintenance-free reliability: mechanisms that still work perfectly twenty years on.
Absolute wearing comfort: precise and discreet assembly systems that are forgotten once worn.

Aesthetic – the brilliance that stands the test of time:

Lifelong brilliance: a surface that tells no story of wear, only of history.
Impervious to the passage of time: neither perspiration nor daily impacts alter the material.
Material at the service of emotion: premium finishes that make every piece a transmissible object.

An alternative

to conventional materials

The standard of a new generation of products The Vulkalloys® do not complement the palette of existing materials, they redefine it. Where titanium and steel reach their limits, the Vulkalloys® establish themselves as tomorrow’s reference.

Unmatched hardness and elasticity

for components that last longer and degrade more slowly.

Unmatched hardness and elasticity

two properties rarely combined in a single alloy.

Miniaturisation pushed to the extreme

more compact, more precise parts, without compromise on performance.

Your next component deserves better than conventional alloys.

FAQ

What is Vulkalloy® Zr Inox and why is it ideal for micromechanic watchmaking components?

Vulkalloy® Zr Inox is an amorphous metal alloy developed by Vulkam, combining lightness, hardness, and corrosion resistance. Stronger than titanium and lighter than steel, it delivers a natural, unalterable brilliance, making it a benchmark material for any micromechanic application requiring both precision and premium surface finish.

What makes Vulkalloys® a superior choice for micromechanic watch movement parts?

Vulkalloys® are naturally non-magnetic, ensuring stable regulation regardless of surrounding magnetic fields. With mechanical strength up to 3 times greater than titanium, they extend the lifespan of micromechanic components and significantly push back maintenance intervals.

Are Vulkalloys® aligned with the standards of high-end micromechanic watchmaking?

Yes. Dimensional precision, non-magnetism, wear resistance, and elasticity twice that of conventional alloys are intrinsic properties of Vulkalloys®, fully compatible with the tightest tolerances in micromechanic watchmaking, from escapement parts to structural components requiring long-term stability.

Can Vulkalloys® be used for micromechanic spring and barrel blade applications?

Absolutely. Their elasticity, twice that of conventional alloys, makes Vulkalloys® exceptionally well suited for micromechanic spring components such as mainspring blades and barrel springs, delivering optimized energy storage and a more consistent power reserve.

How do Vulkalloy® components perform under daily micromechanic stress conditions?

Vulkalloys® offer exceptional resistance to scratches, corrosion, and repeated mechanical stress, essential durability criteria for any micromechanic watch component. Parts manufactured in Vulkalloy® retain their surface finish and brilliance over the long term, with no visible degradation.

Does Vulkam produce micromechanic components for luxury sectors beyond watchmaking?

Yes. Vulkam’s micromechanic expertise extends well beyond watchmaking. Vulkalloys® are used in luxury leather goods (clasps, buckles, mechanical systems), eyewear (hinges, temples, nose pads), and jewellery (closure mechanisms, assembly components) wherever micromechanic precision and premium durability are required.