IT: La moderna protezione solare si sta evolvendo oltre il tradizionale utilizzo dei filtri UV. In un contesto di crescente urbanizzazione, la vera sfida consiste nel proteggere la pelle dall’azione combinata delle radiazioni UV e dell’inquinamento atmosferico, una duplice aggressione che accelera il fotoinvecchiamento e favorisce processi infiammatori cronici. Per rispondere a questa esigenza, BETTECH presenta una nuova generazione di delivery bioingegnerizzati. I loro meccanismi d’azione permettono di chelare e rimuovere metalli pesanti e particelle inquinanti dalla superficie cutanea, supportare la funzione barriera, ridurre l’iperpigmentazione e modulare la risposta dei tessuti. Parallelamente, contribuiscono a preservare i naturali sistemi di fotoprotezione della pelle e l’integrità della matrice extracellulare, contrastando la degradazione delle fibre collageniche ed elastiche.

ENG: Modern sun protection is evolving beyond the traditional use of UV filters. In an increasingly urbanised environment, the real challenge is to protect the skin from the combined effects of UV radiation and air pollution, a dual exposure that accelerates photoageing and promotes chronic inflammatory processes. To address this need, BETTECH presents a new generation of bioengineered delivery systems. Their mechanisms of action help chelate and remove heavy metals and pollutant particles from the skin surface, support barrier function, reduce hyperpigmentation and modulate tissue response. At the same time, they help preserve the skin’s natural photoprotective systems and the integrity of the extracellular matrix, counteracting the degradation of collagen and elastic fibres.

Modern sun protection is evolving beyond the traditional use of UV filters. In a context of growing urbanization, the real challenge lies in protecting skin from the combined action of UV radiation and air pollution — a dual assault that accelerates photoaging and promotes chronic inflammatory processes. To address this need, BETTECH presents a new generation of bioengineered delivery systems. Their mechanisms of action chelate and remove heavy metals and pollutant particles from the skin's surface, support barrier function, reduce hyperpigmentation and modulate tissue response. At the same time, they help preserve the skin's natural photoprotective systems and the integrity of the extracellular matrix, counteracting the degradation of collagen and elastin fibers.