AR Organic Mehedi Powder 125g

AR Organic Mehedi Powder is a chemical-free, finely ground henna powder made from natural henna leaves. Traditionally used for hair and skin care, this 125g pack offers a safe and effective way to color, condition, and treat your hair and skin without the risks associated with synthetic dyes. Ideal for those seeking a halal, herbal alternative, it’s suitable for all ages and skin types.

Key Features

• 100% Natural Henna Leaves: Free from artificial colors, preservatives, and harmful chemicals
• Fine Texture: Easy to mix into smooth pastes for hair masks or skin applications
• Multi-Purpose Use: Can be used for hair coloring, conditioning.
• Cooling Effect: Naturally soothes the skin and scalp, especially beneficial in warm climates
• Halal Certified: Made with safe, permissible ingredients suitable for religious observance
• Locally Produced: Sourced and manufactured in Bangladesh with a focus on purity and tradition

Usage
For hair: Mix the powder with warm water, yogurt, or lemon juice to form a thick paste. Apply evenly to scalp and hair, leave for 1–2 hours, then rinse thoroughly.

Why Choose This Product
Unlike instant chemical-based mehendi, AR Organic Mehedi Powder is made from real henna leaves, offering a safe and nourishing experience. It’s ideal for those who want to avoid synthetic additives and embrace a more holistic approach to beauty. Its versatility makes it a staple for both festive occasions and regular hair care routines.

Benefits

• Naturally colors hair and skin without side effects
• Strengthens and conditions hair, reducing breakage and dandruff
• Helps cool and soothe irritated skin
• Enhances scalp health and promotes hair growth
• Provides long-lasting, rich color for traditional body art

Cautions

• Perform a patch test before first use to check for sensitivity
• Avoid contact with eyes and open wounds
• Store in a cool, dry place away from moisture and sunlight
• Do not mix with chemical dyes or additives
• Discontinue use if irritation or allergic reaction occurs