Hina Eco V.3 Oil

Hina Eco V.3 Oil is a sustainably crafted aromatic oil inspired by the traditional Indian Hina attar profile, offering a warm, spicy, herbal, and subtly sweet fragrance with rich earthy and balsamic undertones. Developed with an eco-conscious approach, this variant delivers a refined oriental character while supporting environmentally responsible formulation goals in perfumery, personal care, and aromatherapy applications.

Its deep warm-spicy aroma functions effectively as a middle to base note in oriental, woody, and traditional attar fragrance accords, contributing depth, warmth, and long-lasting intensity to fragrance compositions. In personal care formulations, Hina Eco V.3 Oil is appreciated for its soothing, grounding, and skin-conditioning properties, making it suitable for creams, balms, soaps, body oils, and haircare products. Its nature-aligned and luxurious aromatic profile supports the creation of premium, sustainable, and heritage-inspired fragrance and personal care product lines.

Key Benefits for Manufacturers:

Delivers a warm, spicy, herbal, and slightly sweet oriental aromatic profile
Supports eco-conscious and plant-inspired product positioning
Enhances fragrance depth, warmth, and longevity in complex accords
Provides soothing and skin-conditioning benefits for personal care formulations
Consistent quality ensures reliable performance in both small- and large-scale production

Key Features:

Form: Aromatic Oil
Shelf Life: 24 Months
Solubility: Insoluble in Water (Soluble in alcohol and oils)
Applications: Suitable for perfumery, attars, aromatherapy, skincare, soaps, body oils, and haircare formulations

Packaging Options:

Available in 1 kg, 5 kg, 30 kg, and 180 kg containers. Packaging formats include bottles, cans, and barrels, tailored to meet diverse operational and bulk manufacturing requirements.

Storage & Handling:

Store in tightly sealed containers away from heat, moisture, and direct sunlight to preserve aromatic richness, maintain product stability, and ensure optimal performance during storage and transportation.