How they hold up

As thin as a single hair. As light as a petal.

You put them on. The dress closes. That is the last thought you give them until the end of the night.

What they are made of

Korean silicone on the side that touches you.

Thin as a hair

0.07 mm film

No edge for silk to catch.

Light as a petal

about 1 g

You stop registering it within minutes.

Skin that breathes

thousands of micro-perforations

Warmth vents instead of trapping.

Skin-kind

latex-free, matte

Nothing shines in daylight.

The days that matter

Designed for the dress, the heat, and the hours.

An August wedding

Four hours outside, thirty-three degrees.

Holds through the heat, the perspiration, the dancing.

Under silk

The fabric that forgives nothing.

Nothing shows. That is the entire job.

The end of the night

A light adhesive on a film this thin.

They come off clean, even after a warm night.*

Les Caches-Tétons Ultra-Fins en Silicone · €29,90

“I think it was about 20-30 times.”

A working model in Lisbon, asked how many wears one pair had given her.

We say 15+. We would rather you be surprised in the right direction.

Rinse lukewarm. Air-dry fully. Store on the liner. The last one matters most.

Asked and answered

How many wears will I get?

We say 15+. One professional model counted 20 to 30 from a single pair before retiring them. Care decides where you land.

Is there a better product for maximum wash cycles?

Honestly, yes. A thick molded dome carries many times the material, so it survives more washes. It will also show under silk. We chose the version that disappears.

Can I swim in them?

No. They hold through heat, perspiration and dancing, but they do not survive water. Remove them before swimming.

Where do these numbers come from?

Construction figures come from our production records. Wear counts come from real wearers. Figures marked with an asterisk are estimates from our physics model. Our methodology page explains how they are made.

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* Estimates from our physics model. Measured results will replace them as our testing completes. How we model