Functional actives elevate the effectiveness of today’s skincare by optimizing delivery, absorption, and long-term stability. Through advanced systems such as encapsulation, nanocarriers, liposomes, and PDRN complexes, these ingredients increase potency, protect actives from degradation, and deliver them deeper into the skin for faster, targeted, and measurable results.
As cosmetic science evolves, polymer matrices have become the backbone of next-generation formulations. They control texture, stability, and active delivery—while also defining the sensorial profile consumers feel on their skin.
Color stability is crucial in cosmetics, especially when vibrant hues define a product’s appeal. Metal contamination, pH drift, and unstable antioxidant systems can lead to undesirable color shifts. These shifts
In today’s world, the skin faces continuous exposure to pollution, UV radiation, and blue light—factors that accelerate aging and compromise the barrier. Ectoine and other extremolytes have emerged as powerful
Over the last few years, dissolving microneedle patches have evolved from clinical dermatology tools into a promising cosmetic delivery platform. Once confined to transdermal drug delivery, these biodegradable patches are
Introduction The cosmetic industry faces a critical transition: polymer-based encapsulation systems once used for controlled release are now under regulatory pressure due to the EU Microplastics Restriction (Regulation 2023/2055). This
Spicules, also known as marine micro-needles, are redefining the way cosmetics deliver active ingredients. These silica-based structures are obtained from marine sponges and are sharp enough to create micro-channels in
Controlled-release technology has become one of the most powerful tools in cosmetic formulation. Instead of simply mixing active ingredients into a cream or serum, chemists now design systems that deliver
Nutricosmetics, often known as “beauty-from-within,” unite nutrition science and cosmetic formulation to support healthier skin, hair, and overall appearance from the inside out. This rapidly growing field combines dietary supplements,
Nanotechnology is reshaping how the beauty and nutrition industries formulate, deliver, and sustain performance. By manipulating materials at the nanoscale (1–100 nm), scientists can enhance absorption, precision, and stability—without compromising
Exosome skincare is redefining what’s possible in beauty science. Once studied exclusively in medical and regenerative fields, these microscopic vesicles are now powering a new generation of anti-aging and skin-repair
In today’s competitive skincare market, it’s no longer enough for ingredients to sound appealing—they must truly perform. Therefore, cosmetic chemists, brand founders, and consumers alike are asking the same question: