HELMET

Protection and shine. A method recreated by looking at nature

Helmet is a protective product designed mainly for accessories and objects exposed to the risk of abrasion or corrosion.

It was created by looking at nanotechnology and nature, especially Lotus flowers and their natural cleansing mechanism. Water is not retained by the leaves of the lotus but slips away in many droplets which form thanks to the high surface tension present on the leaf. We have replicated this protection system by using nanotechnologies, creating a solution which contains a particular inhibitor present in the solution and which allows protecting the surfaces and maintaining their shine and colour features. Helmet is applied thanks to an electrophoretic process which produces a transparent nanostructured coating capable of protecting the accessory from pollutants and abrasives.

The protective film is effective on:

In addition to the protective properties, Helmet has the advantage of being easily strippable.

BEAUTY
AND DURATION

Nanotechnology at the service of beauty and duration over time.

A process that is inspired by nature and ensures a surprising effectiveness in terms of protection and shine. The surfaces on which Helmet is applied have a unique aesthetic yield and resistance to time and to external agents.

Resistance to acidic synthetic perspiration - 24 hours
(NF S 80–772)

Ruthenium (0.08 µm) / Palladium-Nickel / Nickel (15 µm) / Brass
Drag the centre line to see the results achieved with HELMET 2.0.

Resistance to acidic sythetic perspiration - 24 hours
(NF S 80 – 772)

Gold (0.20 µm) / Nickel (15 µm) / Brass
Drag the centre line to see the results achieved with HELMET 2.0.

Resistance to atmospheric SO2/NOX - CHINA TEST
(UNI EN ISO 9227)

Gold (0.20 µm) / Nickel (15 µm) / Brass
Drag the centre line to see the results achieved with HELMET 2.0.

Resistance to atmospheric SO2/NOX - China Test
(Internal Method)

Gold (0.30 µm) / Bronze (2 µm) / Copper (20 µm) / Zamak
Drag the centre line to see the results achieved with HELMET 2.0.

Skin Resistance to Moist Heat - 96 ore
(UNI EN ISO 4611)

Ruthenium (0,08 µm)/Palladium – Nickel (0,20 µm)/Nickel (15 µm)/Brass
Drag the centre line to see the results achieved with HELMET 2.0.

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