As someone with very oily skin living in a tropical climate, finding a primer that actually controls shine without feeling heavy or cakey is no easy task. Enter the Etude Sebum Soak Pore Primer marketed as an oil-free, lightweight, long-lasting base product. After testing it across four different days and conditions, I’m happy to report : Etude delivered.

🌿 First Impressions & Application

The primer is lightweight, smooth, and easy to apply, requiring just two pumps to cover the entire face. It applies evenly, leaves no white cast, and most importantly, does not pill under makeup, which is a frequent dealbreaker with similar products.

Right after application, it gives the skin a matte but not flat finish. Think soft-focus rather than powdery or dry.

💼 Performance in Real Conditions

Over multiple uses and under four different foundations, the primer consistently performed well. On most days, it held up to 8 hours of wear, with only minor oil breakthrough around the chin after the 6-hour mark only noticeable with one particular foundation. The nose and cheeks remained impressively matte, even under humid weather and studio lighting.

Importantly, it didn’t interfere with foundation application; in fact, it created a smoother surface, allowing base products to glide on beautifully and sit more evenly throughout the day.

🧴 Packaging & Points to Consider

While the packaging is sleek, the opaque hard plastic bottle makes it difficult to track how much product remains. Additionally, the pump requires a bit of pressure to use, which may be inconvenient for some.

That said, these are relatively minor drawbacks when balanced against the product’s overall performance.

✅ Final Verdict : 4.5/5

The Etude Sebum Soak Pore Primer is a high-performing, non-drying solution for those battling oil and humidity. It delivers on its claims controlling shine, enhancing makeup longevity, and maintaining comfort throughout the day.

I’ll absolutely be repurchasing this, and I’d highly recommend it for anyone with oily or combination skin in warm, humid environments.