Khadi Natural Powered Botanics Moroccan Argan Shampoo 310ml For Dry Hair Reduces Frizz Paraben Silicone and Sulphate Free

Khadi Natural Powered Botanics Moroccan Argan Shampoo 310ml For Dry Hair Reduces Frizz Paraben Silicone and Sulphate Free

About Product: Khadi Natural Powered Botanics Moroccan Argan Shampoo is specially formulated for dry hair to reduce frizz and provide nourishment. It is free from parabens, silicones, and sulfates, making it a great choice for those looking for a natural hair care option.

Key Features: - Contains Moroccan Argan oil known for its moisturizing and nourishing properties - Helps in reducing frizz and adding shine to dry hair - Free from harmful chemicals like parabens, silicones, and sulfates

For whom: This shampoo is ideal for individuals with dry hair looking for a natural, chemical-free solution to reduce frizz and nourish their locks.

Pros: - Moisturizes and nourishes dry hair - Reduces frizz and adds shine - Free from parabens, silicones, and sulfates

Cons: - May not lather as much as traditional shampoos due to lack of sulfates

Factor	Weight	Contribution	Rationale	Sources
Spec/Feature Fit	25	20	Argan oil is popular for hydrating and reducing frizz in dry hair.	Vogue India
Brand Strength	20	18	Khadi Natural is a well-known brand in India for natural products.	Brand Equity
Category Momentum	20	15	Growing demand for natural hair care products in Indian market.	Mintel
Price Positioning	20	10	Competitively priced compared to other premium natural shampoos.	Business Standard
Competition	10	8	Facing competition from other established natural shampoo brands in India.	India Today
Use-case Advantage	5	5	Specifically formulated for dry hair, addressing a common need in India.	Femina
Final Market Score	100	76/100 (3.80/5)	Khadi Natural Botanics Moroccan Argan Shampoo offers a competitive natural solution for dry hair in the Indian market.

Factor	Rating (out of 5)	Notes
Social Media Buzz	0.0	—
Retail Presence	0.0	—
Price Appeal	0.0	—
Community Hype	0.0	—
Festive Sales	0.0	—
Performance in Climate	0.0	—