Max Factor Mellow Blur Lipstick - Cashmere Cherry

The Mellow Blur effect refers to a softly diffused, blurred edge around the lips, creating a modern and less harsh lip line compared to traditional matte or glossy finishes. It's achieved through a specific formula and application technique.

The Max Factor Mellow Blur lipstick features 'smooth blur technology' designed to integrate with the lips and create a diffused edge on its own. Apply directly from the bullet for an effortless blurred finish.

The Mellow Blur lipstick is available in 6 blurring shades: Mochi Mauve (soft mauve), Raspberry Rush (cool pink), Peach Blush (soft coral), Cashmere Cherry (deep red), Brushed Berry (deep pink), and Brown Butter (nude brown).

This lipstick is specifically designed for a blurred effect. While you can try to apply it with a liner to create definition, the formula's nature leans towards a softer edge. For a sharp lip line, other lipstick formulas might be more suitable.

As a soft-matte lipstick, it offers good wear time, but reapplication is generally recommended after eating or drinking to maintain the color's intensity and finish.

Yes, it can be layered with Max Factor Lip Shader Lipliners to build your perfect lip combo and create more defined or fuller-looking lips. It is also designed to be buildable on its own for more intense color.

Cashmere Cherry is described as a deep red shade, offering a classic yet contemporary color option within the Mellow Blur range.

Ensure lips are well-exfoliated and moisturized before application. Apply a thin layer first, and build up if necessary. If dryness persists, consider applying a lip balm underneath (allow balm to absorb first).

Apply additional layers of the lipstick. The formula is designed to be buildable, allowing you to achieve a more vivid shade with more applications.

Ensure the product is applied evenly. The smooth blur technology works best when the product is not applied too thickly or unevenly. Avoid pressing lips together excessively immediately after application, as this can disrupt the intended soft-blur finish.