APLB Zinc Niacinamide Facial Cream

APLB Zinc Niacinamide Facial Cream

Description:

APLB Zinc Niacinamide Facial Cream is a sophisticated skincare formulation designed to address common skin concerns such as acne, excess oil, blemishes, and uneven skin tone. Enriched with key active ingredients like Zinc and Niacinamide, this cream offers anti-inflammatory, sebum-regulating, and skin-brightening benefits. Its lightweight, non-greasy texture makes it suitable for various skin types, especially oily and acne-prone skin.

Key Ingredients & Benefits:

• Zinc (Zinc PCA or Zinc Oxide): Regulates sebum production, reduces inflammation, and exhibits antimicrobial properties that help prevent acne breakouts.
• Niacinamide (Vitamin B3): Improves skin barrier function, reduces redness, minimizes enlarged pores, and evens out skin tone.
• Additional Ingredients: Humectants (like glycerin), emollients, antioxidants, and soothing agents to enhance hydration and skin comfort.

Uses of APLB Zinc Niacinamide Facial Cream

• Acne Management: Controls excess oil and reduces the formation of acne lesions.
• Redness & Inflammation Reduction: Calms irritated skin and diminishes redness.
• Skin Brightening: Evens skin tone and reduces hyperpigmentation.
• Pore Minimization: Helps reduce the appearance of enlarged pores.
• Hydration & Barrier Support: Maintains skin moisture balance and strengthens the skin’s protective barrier.
• Anti-Aging: Smooths fine lines and improves overall skin texture.

Manufacturing Process Overview

1. Ingredient Selection & Preparation:
   • Select high-quality active ingredients: Zinc compound (e.g., Zinc PCA), Niacinamide, emollients, thickeners, preservatives, and stabilizers.
   • Prepare aqueous and oil phases separately, ensuring proper solubilization of each component.
2. Formulation of the Oil Phase:
   • Heat emollients, emulsifiers, and stabilizers to a specified temperature (typically around 70°C).
   • Mix thoroughly until uniform.
3. Formulation of the Aqueous Phase:
   • Dissolve Niacinamide and other water-soluble ingredients in distilled water.
   • Adjust pH to optimal stability (usually around 5.5–6.0).
4. Emulsification:
   • Slowly add the aqueous phase into the oil phase under high-shear mixing.
   • Continue stirring to form a stable oil-in-water emulsion.
5. Cooling & Incorporation of Active Ingredients:
   • Cool the emulsion gradually to below 40°C.
   • Add heat-sensitive ingredients like Zinc compounds, preservatives, fragrances, and antioxidants.
   • Mix thoroughly to ensure uniform distribution.
6. pH Adjustment & Final Homogenization:
   • Check and adjust pH as necessary.
   • Homogenize the final mixture to achieve a consistent texture.
7. Packaging & Quality Control:
   • Fill the product into sterilized containers.
   • Conduct stability testing, microbial testing, and quality assessments.
   • Label and prepare for distribution.

Additional Notes:

• Stability: Proper pH control and the use of stabilizers ensure the active ingredients remain effective throughout shelf life.
• Safety & Efficacy: Conduct dermatological testing to confirm safety for all skin types.
• Usage Instructions: Apply a small amount to clean skin, focusing on areas of concern, twice daily.