Tiziana Terenzi Hair Therapy Perfume Mist is the latest innovation in hair care. After years of research and development in our advanced laboratories, we have created a revolutionary method to perfume your hair with the regenerative caress of nature. Keratin is a crucial molecule for healthy hair with regenerative properties, but being of animal origin, it poses objective environmental sustainability concerns. At Cereria Terenzi, the environmental impact of our production is one of the core drivers behind every strategic decision, as all our commercial actions are rooted in eco-sustainability and social responsibility. This led our research into previously unexplored territory in search of plant-based molecules with zero environmental impact, capable of delivering the same benefits as animal keratin—without harming the planet. The discovery was astonishing: not only did we find plant-based keratin, but scientific studies and certified lab tests proved that this rare and valuable plant molecule is at least 20 times more powerful and regenerative than its animal counterpart.
Tiziana Terenzi Hair Therapy Perfume Mist is the latest innovation in hair care. After years of research and development in our advanced laboratories, we have created a revolutionary method to perfume your hair with the regenerative caress of nature. Keratin is a crucial molecule for healthy hair with regenerative properties, but being of animal origin, it poses objective environmental sustainability concerns. At Cereria Terenzi, the environmental impact of our production is one of the core drivers behind every strategic decision, as all our commercial actions are rooted in eco-sustainability and social responsibility. This led our research into previously unexplored territory in search of plant-based molecules with zero environmental impact, capable of delivering the same benefits as animal keratin—without harming the planet. The discovery was astonishing: not only did we find plant-based keratin, but scientific studies and certified lab tests proved that this rare and valuable plant molecule is at least 20 times more powerful and regenerative than its animal counterpart.