Claresa Top Coat No Wipe Glitter Silver 5ml

is a shiny, transparent top coat with subtle, silver glitter that does not leave a sticky dispersion layer. The silver glitter adds a touch of magic to the manicure and sparkle in the light. With this topcoat you finish the manicure and decorate the nails in one. The top coat is suitable for finishing gellak, gel nails and acrylic nails. The top coat smoothes the surface of the nail and spreads easily. The top coat also protects the nails against external factors and does not turn yellow under the influence of light. The No Wipe Topcoat leaves no sticky dispersion layer on the nails. After curing the topcoat under a UV/LED lamp you are ready! The top coat does not have to be taken with a nail cleaner. Claresa has an extensive range of top coats that are suitable for universal use. For example, choose a shiny or matte finish or a top coat with shiny decorations. There is also a choice between top coats that leave a sticky dispersion layer or not. For example, a suitable top coat is available for every desired manicure finish. Use: apply the top coat over the already cured color layer. Hard out under a UV/LED lamp with 120 seconds hard time for a UV lamp and 30 seconds hard time for an LED lamp. Read the full user manual and instructions for removing gellak at the bottom of this page. Plus and downsides shiny transparent top coat with silver glitter finish and decoration in one no wipe Leaves no sticky dispersion layer behind the manicure against external factors does not become yellow universal use for hybrid gellak, gel and acrylic nails that a nagelcorus is not suitable for a hard lighting surface not suitable for a nail flare surface surface surface surface area. Dispersie layer needs Note: the color may differ from reality. This is due to the color setting of the screen or lighting where the photo is taken. The color may also differ due to the top coat, such as when using a matte or a shiny top coat. Instructions for use: Step 1: Clean the nails and file them in the desired shape, Step 2: Remove the shine from the natural nails with a polishing block, Step 3: Push the backrons backwards with a goat and remove them with a cut belt tongs, Step 4: Make the nails clean and dust -free: STEP TO THE NAMERS. Wait until it is dry, this takes about 30 seconds, step 6: apply a thin layer of base coat and hard the nails under a lamp. Depending on the Basecoat 30-60 seconds under an LED lamp and 2-3 minutes under a UV lamp, step 7: Apply one thin layer of the hybrid gellak and hard the nails under a lamp. 30-60 seconds under an LED lamp and 2-3 minutes under a UV lamp, step 8: If desired, apply a layer of hybrid paint and repeat the above step until the desired coverage is reached, step 9: apply a topcoat and hard the nails under the lamp. 30-60 seconds under an LED lamp and 2-3 minutes under a UV lamp, Step 10: Massage the skin around your nails as extra care with a nourishing nail cream or cuticle oil. Note: More pigmented colors, such as black and white, may require a longer curing time. It is important to apply these layers thinly and, if necessary, to paint and harden a second time to achieve the desired coverage. Removing the Claresa UV/LED Hybrid Soakoff Gel nail polish: Step 1: Carefully file the topcoat off the nails, Step 2: Soak a cotton pad in nail remover and place the cotton ball on the nails, Step 3: Make sure that the nail plate is completely covered. You can use nail remover foil for this. Wrap your finger firmly here, step 4: After a few minutes, check whether the paint is loose. If this is not the case, wait a little longer, step 5: When the gellak is released, remove the remains with an Orange Woodstick, step 6: After removing, use a hand cream and a cuticle oil for the optimum care of the hands. Ingrediënten: Acrylaatcopolymeer, HEMA, Ditrimethylolpropaantetraacrylaat, Pentaerythrityltetramercaptopropionaat, Trimethylbenzoyl Difenylfosfine Oxide, Dimethicon, Mica +/- CI 77891, CI 77510, CI 77742 Dit artikel is alleen voor professioneel gebruik en kan cause an allergic reaction.