Know your Product
Honduras Batana & Almond Hair Serum is infused with nutrient-rich Batana Oil, sourced from the rainforests of Honduras, a country in Central America. Batana Oil is known for its powerful nourishing properties, and Almond Oil adds shine and softness to the hair. This non-greasy formula absorbs quickly into the hair and is perfect for All Hair Types. Apply a few drops to damp hair strands for thicker, fuller, and stronger hair.
The Ayurveda Lab ™- Batana Oil
Batana oil, often called the liquid gold of Central America, has been treasured for generations by the Miskito people of Honduras. Among them, the Tawira women, known as the people of beautiful hair, have long used this nourishing oil to keep their hair thick, healthy, and incredibly shiny.
Key Benefits
Healthier Hair
Enriched with Batana Oil and a blend of 18 Ayurvedic herbs, this serum provides deep nourishment for healthier hair.
Minimize Breakage
Batana & Almond Hair Serum reduces breakage, nourishes, and revitalizes hair, leaving it shinier, smoother, and less prone to damage and split ends.
Reduces Tangles
Batana & Almond Hair Serum reduces tangles, making combing easier and effectively giving stronger hair.
Key Benefits
Healthier Hair
Enriched with Batana Oil and a blend of 18 Ayurvedic herbs, this serum provides deep nourishment for healthier hair.
Minimize Breakage
Batana & Almond Hair Serum reduces breakage, nourishes, and revitalizes hair, leaving it shinier, smoother, and less prone to damage and split ends.
Reduces Tangles
Batana & Almond Hair Serum reduces tangles, making combing easier and effectively giving stronger hair.
Plant Based Ingredients
Plant Based Ingredients
Science Backed Benefits
Findings: In this study, researchers applied fatty acids such as palmitic acid, oleic acid, and lactate to a person who was experiencing hair loss. Palmitic and oleic acids increased hair development, whereas lactate slowed it. Palmitic acid induced inflammation, whereas oleic acid did not. These data indicate that oleic acid may enhance hair development through metabolic control without generating detrimental inflammation.
International Journal of Molecular Sciences (Mar, 2025)