30ml Hair Moisturising and Nourishing Ball with Glycerin and Botanical Oils

This 30ml hair care ball delivers a concentrated, portable formula designed to moisturise and nourish hair and scalp. It combines humectants like glycerin with traditional botanical ingredients, including ginger root oil and rosemary leaf oil, offering a practical solution for addressing dryness and supporting hair condition through direct application.

Features and Construction

The product is presented as a single 30ml ball, containing a blend of specific ingredients for hair treatment.

Material and Build

The formula is water-based, thickened with hydroxyethyl cellulose, and includes glycerin for hydration. Key active components are tocopherol (vitamin E), ginger root oil, rosemary leaf oil, Moroccan nut oil and nicotinamide, each contributing to the product's stated moisturising and nourishing purpose.

Size and Practical Fit

With a 30ml capacity, the ball provides a specific, portable quantity of product. This size is suited for targeted application during a hair care routine, allowing for controlled use directly on the scalp or hair lengths without the need for decanting.

Uses and Placement

This product is designed for direct application to hair and scalp to address concerns related to dryness and nourishment.

Event or Professional Use

Everyday Home UseIntegrate the ball into your regular washing or styling routine by applying the product to clean, damp hair. Its formulation aims to provide moisturising benefits and traditional hair care support from ingredients like ginger and rosemary oils during daily use.

Benefits and Buying Value

This hair ball offers a specific formulation in a convenient, measured format.

Reuse and Low Maintenance

Why Choose This ProductChoose this product for a portable, 30ml hair treatment that combines glycerin and vitamin E with traditional botanical oils like ginger and rosemary. It provides a concrete, ingredient-focused option for those seeking a moisturising and nourishing hair care addition based on its stated formula.