KIKO MILANO Holiday Première 24h Lasting Foundation (01 Porcelain)

A balanced-looking makeup base can bring your whole routine together. KIKO MILANO Holiday Première 24h Lasting Foundation (01 Porcelain) is a complexion foundation in a light Porcelain shade, intended for fair-looking complexions. Its 24h Lasting positioning makes it a practical option when you want your base to look put together through a busy day, from getting ready for work to preparing for an occasion or a day out.

Apply a small amount first, focusing on the areas where you would like to even the appearance of your complexion. Blend carefully along the hairline and jawline so the base looks seamless, then add another light layer where you want more coverage. You can work with your usual foundation brush, sponge or fingertips, choosing the method that fits your routine. Building gradually also makes it easier to keep the result natural-looking or create a more defined makeup look.

• 01 Porcelain is a light shade option for fair-looking complexions.
• The 24h Lasting name suits long-wearing makeup routines.
• Use it as a base for everyday makeup or a more polished occasion look.
• The 28 ml size fits easily into a regular beauty routine.

For a natural finish, begin with a small amount and add more only where needed. If you prefer a more defined base, layer gradually and blend between applications. Pair this foundation with your usual concealer, powder or other complexion products to tailor the coverage and finish to your preference. This makes the shade easy to incorporate into the rest of your makeup routine without changing the products you already use.

If you are looking for a long-wearing foundation for fair skin, KIKO MILANO Holiday Première in 01 Porcelain offers a straightforward way to complete your base. The 28 ml format is suitable for keeping as part of your regular routine, whether you are preparing everyday makeup or a more polished look. Consider this KIKO MILANO foundation in 01 Porcelain for your next makeup collection addition.