SAGA Wild Cat Gel Polish cat eye No.3 10ml

SAGA Professional Wild Cat Gel Polish № 3 (10ml)

SAGA Wild Cat № 3 is a luxurious magnetic gel polish from the "Wild Cat" collection, designed to create a vibrant, multi-tonal "cat-eye" effect with a distinctive color shift. This specialized formula is saturated with high-density chameleon magnetic particles that react instantly to a magnet, producing a luminous flare that transitions beautifully under different lighting conditions.

Key Features

• Triple-Shade Chameleon Shift: Distinguished by its unique ability to shift between multiple colors, typically showing vibrant pink, copper, and orange tones within a single magnetic application.

• Superior Pigmentation: Engineered for high-density coverage, allowing for a rich, opaque look in just one to two leveling layers.

• Optimal Consistency: The medium viscosity ensures a smooth, even application that resists running into the cuticles and provides a professional-grade finish.

• Self-Leveling Formula: Designed to lay perfectly flat on the nail plate, ensuring a flawless surface for the magnetic design.

• Long-Lasting Brilliance: Formulated for professional durability, maintaining its intense iridescent glow and high-gloss luster for several weeks.

Technical Specifications

Property	Details
Product Name	Wild Cat № 3
Volume	10 ml
Color	Vibrant Pink / Magenta with Copper-Orange highlights
Texture	Magnetic Multi-tonal Shimmer
Curing Time	60s (LED) / 120s (UV)

Application Tips

• Magnet Technique: To achieve the signature "Wild Cat" flare, hold a specialized magnet 3–4 mm above the wet polish for 5–10 seconds before curing.

• Black Base Layer: For the most dramatic and high-contrast color shift, apply one layer of black gel polish as a substrate before applying № 3.

• Individual Curing: To prevent the sharp magnetic line from blurring, magnetize and cure each nail separately to "lock" the multi-tonal particles in place.

• Finishing: Seal with a high-gloss top coat to amplify the depth of the chameleon shift and protect the 3D design from wear.