Kewra CN V.3 Oil

Kewra CN V.3 Oil is a refined aromatic oil inspired by the sweet and refreshing fragrance of Pandanus odorifer (Kewra flower), offering a bright, floral, slightly fruity, and delicately green aroma profile with enhanced smoothness and diffusion. This upgraded variant is specially developed for improved stability and olfactory balance, making it ideal for perfumery, personal care, and aromatherapy formulations that require a consistent and elegant traditional floral note.

Its uplifting and diffusive floral aroma functions effectively as a middle note in floral, fresh, and oriental fragrance accords, adding sweetness, radiance, and a soft natural freshness to fragrance compositions. In personal care applications, Kewra CN V.3 Oil is valued for its soothing, refreshing, and skin-conditioning properties, making it suitable for creams, lotions, soaps, body mists, and haircare formulations. Its versatile and culturally inspired aromatic profile supports the development of premium, heritage-inspired, and high-performance fragrance and personal care product lines.

Key Benefits for Manufacturers:

Delivers a sweet, fresh, and diffusive floral aromatic profile with green nuances
Enhanced smoothness and consistency for balanced fragrance performance
Adds soothing and refreshing benefits to personal care formulations
Reliable and standardized quality ensures compatibility in 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, aromatherapy, skincare, soaps, body mists, 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 freshness, maintain product stability, and ensure optimal performance during storage and transportation.