Base Gel 05 Champagne 15ml

Base Gel 05 Champagne — a camouflage base with a semi-transparent nude tone and a soft pearlescent effect.

Cover Base Gel is a new-generation camouflage base with a more stable and slightly stronger structure compared to Soft Base. It provides even coverage and long-lasting wear while helping to build a clean nail architecture. The material is easy to control: suitable for thin-layer application for light camouflage or for leveling using the drop method without overloading the nail.

Advantages:
• More rigid than Soft Base — ensures coating stability
• HEMA & TPO FREE — minimizes the risk of allergic reactions
• pH 6.0 — gentle interaction with the natural nail plate
• Perfect pigmentation — even, dense color without streaks
• Excellent adhesion without overloading the nail plate
• Self-levels well and does not run, resulting in a smooth surface without excessive filing
• Medium consistency that is easy to control during application
• Suitable for light leveling of the nail plate
• Can be removed both with an e-file or by soaking
• Compatible with materials from other brands
• Has European and UK quality certificates

Recommendations for use:
• Prepare the nail plate, degrease it, apply ATICA Dehydrator PrimeBond and ATICA Ultrabond Perfix.
• Apply a thin rubbing layer of Base Gel “Fix it base” over the entire nail plate surface, cure for 60 seconds.
• Apply Cover Base Gel in a thin layer or with leveling depending on the desired density. The layer thickness should not exceed 1 mm. Cure for 120 seconds.
• Apply the selected top coat and cure for 90–120 seconds.

Usage features:
• For professional use only
• Carefully read the instructions before use
• The base is intended only for light leveling. The thickness of the layer should not exceed 1 mm
• Not recommended for long, very thin nails or sharp square shapes with defined corners. For such nails, it is recommended to use hard materials
• Avoid contact with skin
• Store tightly closed. Avoid direct sunlight and UV exposure to prevent premature polymerization