DARK Chrome Rubbing Powder – Ultra-Fine Mirror Effect Powders for Unique Nail Designs

DARK Chrome Rubbing Powder is premium-quality design powder created to elevate your nail art with spectacular shine and dimension. Each shade delivers a unique, transparent effect that adapts to the base color, making every design one-of-a-kind.

KEY FEATURES:

• Mirror-like finish with ultra-fine shimmer particles
• Adaptive transparency depending on the base color
• Compatible with light and dark bases
• Smooth, even application with minimal effort
• Does not fade or lose shine over time
• Economical — a small amount goes a long way

HOW TO APPLY:

1. Perform a full manicure and prepare the nail as usual.
2. Apply Scotch base and a leveling base or gel color.
3. Apply a no-wipe top coat (DARK camouflage tops are suitable). Cure for 30 seconds.
4. Rub the powder onto each nail using your bare finger or a soft sponge.
5. Gently brush off excess powder using a soft brush.
6. File or buff the free edge for optimal adhesion.
7. Apply a thin layer of Scotch Base to the lower half of the nail, seal the edge, and cure for 60 seconds.
8. Finish with a no-wipe top coat, seal the edge again, and cure for 90 seconds. Do not file the edge after applying the top.

PRO TIPS:

• Do not over-cure the top coat before applying powder (30 seconds max).
• Avoid using gloves when rubbing in powder — they can leave micro-scratches.
• If adhesion is weak, quickly apply powder after curing or reduce curing time.
• Powder can be applied to smooth base or gel after removing the sticky layer.
• Use only soft brushes to avoid scratching the powder’s surface.
• On sharp nail shapes or very active clients, wear time may be shorter.

PRODUCT CHARACTERISTICS:

Brand: DARK
Powder type: Rub in, chrome
Quantity: 1pcs
Volume: 5g
Color: Multicolor

Give your designs an irresistible glow with DARK Chrome Rubbing Powder #06 — your new favorite tool for creative, high-impact nail looks.

PLEASE NOTE:

Actual product colors may vary slightly from what is shown online due to factors such as screen calibration and lighting conditions.