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DUSTOF™
Anti-Dust Varnish
2k two-component varnish ultra-matt with a high chemical and physical resistance, DUSTOF™ represents the first and unique anti-dust finishing which allows to protect every surface made on metal, wood or plastic from the daily precipitation of dust and acarus. Thanks to its innovative chemical formulation and the employment of electric and conductive nanoparticles, the new series of anti-dust finishings, available both in the transparent and in the matt lacquered version, represents the purest technology transformed in a real concentration of ions, that are able to push away in a permanent and long-lasting way all the dust from those treated supports.
THE FINISHING
The new great revolution in the engineering field is called DUSTOF™, the first and unique finishing, available both in the lacquered and in the transparent version, which allows to protect any kind of surface of metal, wooden or plastic nature from the daily precipitation of dust and mites.
ELECTRO POWER
Thanks to its innovative chemical formulation and to the employment of electrical and conductive nanoparticles, DUSTOF™ represents the future of the transparent and mat lacquered finishings and the purest technology turned into a real ions’ concentrate. Like a real grounding system, its most exclusive power and innovation are the permanent and lasting removal of the enemy of every kind of surface: the dust.
The main principle of the new series of finishings DUSTOF™ is the building of a conductive layer on a dielectric substrate, which has got an opposite charge as to the dust’s charge and allows to move it away.
ELECTRICAL PROPERTIES: Surface’s resistance: 105-109 Ω
ANTISTATIC
DUSTOF™ is a revolutionary finishing, based on the employment of nanoceramic particles of the most advanced technology, which guarantee a great resistance against abrasion, usury, thermal shocks, cleaning chemical products, foot traffic, salt corrosion, aging, sweat and chemical substances, an excellent superficial hardness, permanent antistatic properties which do not depend on the moisture level of the surrounding environment and a high thermal and chemical stability.
