● Product Type: Powder Eyebrow Tint
● English/Common Name: Blonde Eyebrow Henna
● Botanical Name: Proprietary Blend
● Color Varieties: Dark, Medium, Light
● Origin: India
Mild, grassy, and subtly herbaceous.
An exceptionally fine, non-gritty powder for a smooth paste.
A pale, yellowish-green powder.








Creating a true blonde shade with herbal tints is an art. Our formula uses a base of Neutral Henna (Cassia Obovata) blended with a delicate balance of other botanicals like chamomile and marigold. This allows us to achieve beautiful blonde tones that are completely natural and gentle on the delicate brow area, conditioning the hairs as they color.
● French: Henné pour sourcils blond
● German: Augenbrauen-Henna Blond
● Chinese: Jīnfà méimáo hǎi nà fěn (金发眉毛海娜粉)
● Arabic: ء ا وا ب ا راء (Hina’ al-hawajiz al-shaqra’)
● Spanish: Henna para cejas rubio
● Russian: Хна для бровей блонд (Khna dlya brovey blond)
● Japanese: ブロンドアイブロウヘナ (Burondo aiburou hena)
Our Blonde Eyebrow Henna is the perfect solution for those with fair hair seeking naturally defined brows without harshness. This tint provides a delicate, warm, golden-to-ashy blonde shade that enhances the natural brow. It gently colors the finer, lighter brow hairs and stains the skin, creating a soft, filled-in appearance that is beautifully subtle and long-lasting.
● For Professional Brow Tinting: Mix a small amount of powder with a few drops of warm water or chamomile tea to create a thick, creamy paste. Cleanse the eyebrow area thoroughly. Carefully apply the paste to the desired brow shape. Let it dry for 15-20 minutes, depending on the desired intensity. Wipe off gently with a damp cotton pad.
● Note: A patch test 48 hours before application is highly recommended. For professional use.
The base of our blend is pure, finely-sifted Cassia Obovata, combined with other certified organic flowers and herbs.
Our formula is free from ammonia and lead. Each ingredient is finely milled to create a smooth, non-clumping paste that allows for precise, artistic application.