TIRTIR Mask Fit AI Filter Cushion Foundation | Semi-Matte Finish, 72H Wear, 30 Shades #22N Shell Beige

A modern cushion foundation that blends skincare with everyday coverage

TIRTIR Mask Fit AI Filter Cushion Foundation combines a semi matte finish with a feather light feel. It covers like a bb cream while remaining light enough to read as skin. Find your closest match in the shade chart on the detail page, with 30 shades including 22N Shell Beige.

The formula uses ceramide rich powders to blur pores and help balance the complexion, reducing the appearance of texture so the base looks natural in real life without obvious cakiness.

Long lasting wear and sweat resistance

The thin tech powder system delivers a thin yet durable cover designed for extended wear. Expect up to 72 hours of color stability and sweat resistance, even on tattooed areas, making it suitable for busy days and warm environments.

Skincare infused coverage

Vita Complex and kumquat extract work to support pore elasticity and refine texture, delivering a breathable finish that feels comfortable as the day unfolds.

One tap, quick and easy application

With a built in makeup palette, a single tap gives a flawless base. The compact, pocket friendly size is ready for daily life or travel, so you can refresh your look on the go.

Real life use ideas

Start your day with a light veil of color for a confident commute, touch up after workouts, or reapply during travel to maintain a natural, even glow in varying light.

• Semi matte finish that feels lightweight and blends like a skin tint
• 30 shades including 22N Shell Beige with a shade chart for easy matching
• Pore-blurring ceramide powders balance skin and prevent cakiness
• Thin Tech coverage offers long wear while staying breathable

• Vita Complex and kumquat extract support elasticity and refine pores
• One tap built in palette enables quick, even base
• Compact, travel friendly packaging suits daily life and trips

Note: Benefits described reflect product design and may vary with application and environment.