CLIO PROFESSIONAL Crystal Glam Tint 012 Fiery Rose – Glossy, Lightweight Lip Color

Air-light texture meets glass-like shine

Meet CLIO PROFESSIONAL Crystal Glam Tint in 012 Fiery Rose, a lip color that blends a glassy gloss with featherweight wear. The formula feels buttery and silky, gliding over lips without tugging, and it leaves a luminous sheen that catches the light. Fiery Rose delivers a vivid pink-rose glow with warm undertones designed to complement a range of skin tones. While it doesn’t feel heavy, it remains comfortable enough for extended wear and can be layered for more intensity or kept sheer for a casual daytime look.

Designed with input from devoted fans, this tint reflects real-world testing and feedback. Rose oil adds a smoothing, moisturizing feel that helps lips stay comfortable through the day—without a sticky residue. The finish reads glossy and glass-like, giving the impression of a lacquered lip with minimal effort. It’s a versatile option that works from desk to dinner, whether you prefer a subtle hint of color or a bold, high-shine statement.

Shade at a glance

• Fiery Rose is a vivid pink-rose with warm undertones that flatters many complexions.
• Glossy, glass-like finish that reads as high-shine without heaviness.
• Buildable color from sheer to bold while maintaining a radiant gloss.

Texture and wear

• Feather-light finish with a buttery, silky texture that feels barely there.
• Easy glide for smooth, streak-free application in one swipe or layered layers.
• Non-sticky comfort that stays comfortable across hours of wear.
• Long-lasting shine and color payoff that adapts to your desired intensity.

Nourishment and daily feel

• Nourishing rose oil contributes to a smoothing, hydrating sensation during wear.
• Effortless lip comfort that can support a fresh, hydrated look throughout the day.

How to use

For best results, start with clean lips, apply a thin layer, and build as desired. A single swipe delivers a sleek gloss; layering creates more pigment and a stronger glass-like effect.