AC-ZPCA

1.Green low-carbon and sustainable
AC-ZPCA is positioned as a greener oil-control ingredient for modern skin-care development. Based on Zinc PCA, it combines sebum-care performance with a formulation direction aligned with low-carbon and sustainable product design, making it suitable for brands developing daily-use care for oily skin.

2.Mild,safe and non-irritating
Built on PCA, a important component of the skin's natural moisturizing factor(NMF), AC-ZPCA offers better skin compatibility than oil-control approaches that rely only on strong stripping or keratolytic action. It supports sebum management, moisture retention and skin comfort at the same time, which is especially valuable in formulations for oily and acne-prone skin.

3.Strong compatibility and synergy
AC-ZPCA combines PCA and zinc ions in a single ingredient system, so oil-control and hydration benefits do not need to be addressed by separate functional additives. It can be used at 0.1–1.0%, works within pH 4.0–6.0, and can be pre-dissolved in water at approximately 10:1 (w/w) with heating controlled at ≤45 °C for ease of incorporation, giving formulators a clear and manageable use path.

4.Long lasting effect
AC-ZPCA does not rely only on temporary surface mattifying. Its multi-path action profile covers 5α-reductase-related sebum regulation, inhibition of C. acnes growth, improved moisture retention and oil–water balance. This mechanism provides oily-skin formulas with a more durable and sustainable care effect, especially for products designed for repeated, long-term daily use.

• Helps inhibit 5α-reductase activity to regulate excess sebum production at the source, providing targeted oil-control benefits for oily skin.

• Helps inhibit the growth of Cutibacterium acnes, supporting the reduction of visible redness and discomfort commonly associated with oily and blemish-prone skin.

• PCA and zinc ions work synergistically to enhance moisture retention, helping oily skin maintain better hydration while avoiding an over-stripped feel.

• Helps balance water and oil while improving the appearance of enlarged pores, supporting a clearer and more refined-looking skin surface.

Q1: How to correctly add AC-ZPCA to the formula?
A1: The recommended dosage is 0.1–1.0%. Weigh water and AC-ZPCA at approximately 10:1, stir until fully dissolved, or heat with stirring to dissolve at a temperature of no more than 45°C. After cooling to room temperature, add it to the other phases. It is recommended for use in systems with a pH of 4.0–6.0.

Q2: What skin concerns is AC-ZPCA suitable for?
A2: AC-ZPCA is suitable for formulas targeting oily skin, excess sebum, shine, blemish-prone skin, water-oil imbalance, and the appearance of enlarged pores. It is particularly relevant when a formula needs both oil management and hydration support instead of aggressive degreasing alone.

Q3: How does AC-ZPCA help manage oily skin?
A3: AC-ZPCA works through several connected pathways. It helps target 5α-reductase activity involved in sebum production, supports inhibition of Cutibacterium acnes growth, and improves water-oil balance through the synergy of PCA and zinc ions. This gives oily-skin formulas a more structured performance profile than simple surface oil removal.

Q4: Is AC-ZPCA only an oil-control ingredient?
A4: No. In addition to oil-control support, AC-ZPCA also contributes to moisture retention because PCA and zinc ions work synergistically in the formula. This is important for oily skin, since excessive oil removal without hydration support often leads to a tight, unstable, or uncomfortable skin feel.

Q5: Why is AC-ZPCA suitable for oily and acne-prone skin formulas?
A5: AC-ZPCA is suitable for oily and acne-prone skin because its efficacy profile combines sebum regulation, Cutibacterium acnes inhibition, moisture support, and water-oil balance improvement in one ingredient. This allows formulators to build products that address shine, pore appearance, and skin comfort in a more integrated way.