full breakdown on YT- the salicylic acid in Good Molecules is 0.1%... i had to look twice 😭 that's not enough for real pore clearing. (link in bio) 🔬
skincare #cosmeticchemist #goodmolecules #skintok #blackheads
From my personal experience digging into skincare formulations, the concentration of active ingredients like salicylic acid plays a critical role in their effectiveness. In this case, Good Molecules features only 0.1% salicylic acid, which is essentially a trace amount and far below the typical 1-2% level recommended for meaningful BHA exfoliation. This low amount means the product may provide some surface-level benefits but won’t deliver the deep pore penetration needed to clear blackheads and prevent clogged pores effectively. Having used products with 2% salicylic acid, I noticed a clear difference in how well they reduced blackheads and improved skin texture compared to those with lower concentrations. Functional BHA activity requires a certain threshold concentration to dissolve debris and excess sebum inside pores. Additionally, the product’s total BHA activity measured around 9.2% when factoring in AHAs, which equates to comparable exfoliation from AHA but still lacks in BHA efficacy. For anyone targeting oily skin or persistent blackheads, I recommend looking for products explicitly stating 1% or more salicylic acid content. This ensures you’re getting a level that’s proven for real pore clearing. It’s always good practice to verify ingredient percentages instead of assuming all salicylic acid products perform the same. If you want to see detailed breakdowns on formulations, skincare chemists and cosmetic experts on platforms like YouTube often analyze these numbers to help consumers make informed choices. In summary, while Good Molecules offers gentler options suitable for sensitive skin, those seeking effective pore clearing should consider higher BHA concentrations for meaningful results. Always patch test new products and introduce them slowly to avoid irritation, especially with stronger acid-based exfoliants.





































































