TricoVEG™

HT-MACROPRO is a water-soluble polymeric active designed to protect dyed and UV-exposed hair. Rich in antioxidant polyphenols from olive and barley, it helps prevent color fading by neutralizing free radicals and shielding keratin structure from UV damage. Proven through DPPH and ABTS assays, as well as ∆E color retention tests, it offers measurable protection against oxidative stress and discoloration—ideal for color-protective and sun-care hair formulations.

Prepared blend of multifunctional actives for intensive skin and hair hydration
SCH Blend® Hydrant is a cutting-edge combination of high-performance ingredients designed to deliver deep and lasting hydration. Its multifunctional profile supports moisture retention, improves barrier function, and enhances suppleness in both skin and hair applications.

Innovative encapsulated actives for hair hydration and nourishment Formulated with hydrolyzed silk and hyaluronic acid, this encapsulated complex maintains hair hydration, improves shine and softness, and strengthens hair with essential nutrients. Encapsulation ensures targeted delivery and enhanced stability, promoting healthy, revitalized hair.

Innovative encapsulated actives for hair growth and protection
This encapsulated complex stimulates hair growth, strengthens hair structure, and protects hair follicles from damage. It helps maintain natural pigmentation, supporting the prevention of premature graying. Encapsulation enhances stability and targeted delivery, ensuring effective results over time.

SCH ShellCare® ANTIGREY is an encapsulation system designed for hair care applications. The system utilizes polycaprolactone as a biodegradable polymer shell to deliver L-methionine. The main focus is on maintaining natural hair pigmentation and delaying graying. Additionally, the ingredient aims to stimulate hair growth, reduce hair loss, strengthen hair structure, enhance keratin production, protect hair follicles from oxidative stress, and support overall scalp health by reducing inflammation. The mechanism involves addressing oxidative stress within melanocytes, which contributes to graying. In-vitro studies suggest L-methionine can prevent tyrosinase oxidation.

SCH ShellCare® SCALP is a multifunctional liquid solution designed for scalp care using polycaprolactone encapsulation to protect and deliver active ingredients with improved stability and absorption. It reduces inflammation, controls sebum, hydrates, and protects the scalp, leading to stronger follicles and reduced hair loss. Key ingredients include copper tripeptide-1, tripeptide-10 citrulline, cucurbita pepo seed extract, ellagic acid, tetrahydrocurcumin, and sodium hyaluronate. Clinical studies demonstrated significant improvements in antioxidant potential, inflammation reduction, hair density, hair fall reduction, and new hair growth. The product is a sage green, water-soluble viscous liquid used at 3–5% concentration.

SCH ShellCare® HAIR GROW is a hair growth formula using polycaprolactone capsules for controlled release, improved stability, and enhanced delivery of active ingredients. It keeps hair follicles in the growth phase and targets hair thinning. Key ingredients include biotinoyl tripeptide-1 to strengthen follicles and stimulate keratin production, apigenin to boost circulation and reduce inflammation, and pantothenic acid (vitamin B5) to moisturize, repair, and improve elasticity. Studies showed increased hair shaft length and follicle activity after use, confirming its effectiveness in promoting growth. The product is a viscous, water-dispersible liquid, used at 3–5%, and is approved in Europe and the USA.

IPSTiC technology applies a multimodal approach, combining three synergistic polymer matrices with plant-derived actives. This system enhances hydration, adhesion, and protection, preserving active stability while ensuring a long-lasting effect. In vitro studies confirm its anti-hair loss efficacy through 5-alpha-reductase inhibition.

IPSTiC (Interconnected Polymers Technology) technology represents an innovative and effective strategy for the conveying of active ingredients.
This technology is based on the creation of a polymer blend, composed of high molecular weight Hyaluronic Acid, Rice Proteins and Hydroxyethylcellulose, characterized by interconnection on a molecular scale of the macromolecules that constitute it.

The IPSTiC technology bases its action on a multimodal approach due to the synergistic effect of the polymer matrices that make up the blend and the active ingredients present. The synergistic effect of hydration and adhesion resulting from the union of the three polymer matrices is combined, therefore, with the specific properties of the active ingredients conveyed. Actions: Increased stability of the final product by preserving the active ingredients of plant origin from degradation Long-lasting effect

The IPSTiC technology bases its action on a multimodal approach due to the synergistic effect of the polymer matrices that make up the blend and the active ingredients present.
The synergistic effect of hydration and adhesion resulting from the union of the three polymer matrices is combined, therefore, with the specific properties of the active ingredients conveyed.
Actions: Increased stability of the final product by preserving the active ingredients of plant origin from degradation
Long-lasting effect

The IPSTiC technology bases its action on a multimodal approach due to the synergistic effect of the polymer matrices that make up the blend and the active ingredients present. The synergistic effect of hydration and adhesion resulting from the union of the three polymer matrices is combined, therefore, with the specific properties of the active ingredients conveyed. Actions: Increased stability of the final product by preserving the active ingredients of plant origin from degradation Long-lasting effect

The IPSTiC technology bases its action on a multimodal approach due to the synergistic effect of the polymer matrices that make up the blend and the active ingredients present. The synergistic effect of hydration and adhesion resulting from the union of the three polymer matrices is combined, therefore, with the specific properties of the active ingredients conveyed.
Actions:

The IPSTiC technology bases its action on a multimodal approach due to the synergistic effect of the polymer matrices that make up the blend and the active ingredients present.
The synergistic effect of hydration and adhesion resulting from the union of the three polymer matrices is combined, therefore, with the specific properties of the active ingredients conveyed.
Actions: Increased stability of the final product by preserving the active ingredients of plant origin from degradation
Long-lasting effect

IPSTiC (Interconnected Polymers Technology) technology represents an innovative and effective strategy for the conveying of active ingredients.
This technology is based on the creation of a polymer blend composed of high molecular weight Hyaluronic Acid, Rice Proteins and Hydroxyethylcellulose, characterized by interconnection on a molecular scale of the macromolecules that constitute it.

The IPSTiC technology bases its action on a multimodal approach due to the synergistic effect of the polymer matrices that make up the blend and the active ingredients present. The synergistic effect of hydration and adhesion resulting from the union of the three polymer matrices is combined, therefore, with the specific properties of the active ingredients conveyed. Actions: Increased stability of the final product by preserving the active ingredients of plant origin from degradation Long-lasting effect

Hairbiota Growth is an innovative, biotechnology-driven postbiotic designed to prevent and treat the visible signs of aging in the scalp and hair.

The All-in-One Post-Biotic Solution for Skin & Hair – Immediate Moisturizing, Oil Control, Dermal Soothing, and Long-Lasting Hydration Produced sustainably through the fermentation of probiotic bacteria, this product is abundant in polysaccharides and fructooligosaccharides, helping prevent transepidermal water loss, which, in turn, enhances skin and hair hydration, among other benefits.

Nanoencapsulated peppermint essential oil, neem oil, allantoin, soy isoflavones, and turmeric extract.
Recommended for products aimed at promoting skin refreshment and relaxation, reducing sensitivity, and treating acne and skin conditions.

Batana oil is a vitamin-rich butter made from the kernel of the palm tree Elaeis oleifera, native to tropical Central and South America. For thousands of years, it has been used to strengthen and nourish hair among the indigenous peoples of the region. It is used by the indigenous people of La Moskitia (Honduras) as a body and hair moisturizer. It is an emollient and skin conditioner that helps to grow thick, shiny hair and repair damaged hair. Batana can be applied to hair and scalp daily.