Help your customer get an aesthetic brow with our Henna Soft Black Powder. The colour can be used alone, or you may mix them to create individual shades. The product has been designed to offer depth to your henna brows mix.
Each sachet of Henna Soft Black Powder comes with Henna enough to carry over 40-50 treatments. And is suitable for six months when it is sealed with the safety clip.
How to Use Henna Soft Black Powder Professionally?
Henna- Mix 2 scoops with 5-6 drops of mineral water. Try to have your mineral water at a lukewarm temperature this helps the henna to dissolve better and gives a nicer consistency. Mix the Henna Soft Black Powder well using the mixing spatula to ensure a thick creamy consistency. Once mixed, leave to sit for 1 minute. Apply very thickly using the angled brow brush starting at the tail of the brow, check the front bulb after 3 minutes and leave the remainder on the tail for 5mins to create an ombre effect. Henna can be left on anywhere from 3-20mins depending on the desired effect. Once removed, you can reapply the Henna Soft Black Powder to any sparse gaps to create more definition.
For particularly sparse gaps we recommend using the intensifier drops. Add just 2 drops to your normal mix to intensify the colour.
A patch test must be carried out 24-48 hours prior to the appointment. For patch testing we recommend that you always patch test using the darkest colours (black or soft black)
To take the stress out of patch testing we recommend the patch test cards which can be posted out directly to your clients.
Store henna in the foil packaging and use the safety clip to seal. Store somewhere cool and dry. Henna is good for 6 months once open. Always write the date when you open your Henna Soft Black Powder on the foil packaging to keep track
All 7 henna colours are available within the Henna Brows Kit
Ingredients: Lawsonia inermis leaf extract, Cassia Italica leaf powder, Sodium carbonate peroxide, Citric acid, Indigofera tinctoria leaf powder Para-aminophenol, Cellulose gum,p-Phenylenediamine.