Essie Gel Couture Nail Polish 564 Glazed Chrome

Silver Chrome Gel-Effect Nail Polish - Futuristic Mirror Shine and Liquid Sophistication

Essie Gel Couture 564 Glazed Chrome redefines the concept of shine. A cool, elegant, silver chrome – almost liquid… with metallic reflections that evoke polished surfaces, mirrored steel, pure light.

Upon application, the immediate lightness of the texture is felt. Fluid, precise. The brush adapts to the nail contour with absolute control – no streaks, no flaws. The first coat creates a translucent silver veil. The second intensifies… transforming the effect into a uniform chrome finish, with visual depth.

The result? A mirror.

Light glides over the surface – continuous reflections, intense shine, an impeccable gel finish. A modern, almost technological effect that elevates any manicure to an editorial level.

No UV lamp. No complex processes.

Up to 14 days of wear with resistance to chipping and loss of shine. The colour remains intact, the finish preserves its metallic intensity. And for removal… simple, clean, effortless.

A nail polish that doesn't follow trends. It defines them.

Key Features

• Gel effect without the need for a UV lamp
• Silver chrome finish with mirror shine
• Intense and uniform metallic reflections
• Durability up to 14 days
• Chip-resistant formula
• Precise, streak-free application
• Self-levelling texture
• No base coat needed
• Easy removal
• Professional high-definition finish

Frequently Asked Questions

Is the finish truly a mirror effect?

Yes. The chrome effect creates a highly reflective shine, similar to a metallic mirror.

Do I need a dark base to intensify the effect?

It's not mandatory, but it can be used over a dark base for greater depth.

Does the metallic shine wear off over time?

No. With a top coat, it remains intense and uniform for up to 14 days.

Shade samples are for indication purposes only, as they may vary depending on the computer screen used for viewing. Therefore, Pluricosmética disclaims any responsibility for potential colour variations that may occur.