FORMULATION AND EVALUATION OF HERBAL TURMERIC GLOW CREAM FOR TOPICAL SKINCARE APPLICATION

By Rohit Manohar Mali, Pooja Dilip Chaudhari, Monika Shaligram Wagh, Rahul Suresh Patil, Smt. Vaishali Dadaji Shewale

¹ Final Year B. Pharmacy, P.G. College of Pharmaceutical Science and Research, Chaupale, Tal. Dist. Nandurbar, Maharashtra, India
² Assistant Professor, P.G. College of Pharmaceutical Science and Research, Chaupale, Tal. Dist. Nandurbar, Maharashtra, India

Published: 2026 | DOI: 10.5281/ZENODO.20379273 | Download PDF

Abstract

The increasing demand for herbal skincare products has stimulated the development of cosmetic formulations containing plant-derived bioactive ingredients with favorable dermatological safety profiles. Conventional skincare creams often contain synthetic compounds associated with adverse effects such as irritation, hypersensitivity, dryness, and long-term skin barrier disruption.

The present study aimed to formulate and evaluate a herbal turmeric glow cream containing Curcuma longa extract as the principal active ingredient, along with liquorice (Glycyrrhiza glabra) and aloe vera (Aloe barbadensis Miller) to enhance skin-protective, anti-inflammatory, moisturizing, and cosmetic benefits.

Keywords:

Turmeric cream, herbal cosmetics, Curcuma longa, liquorice, aloe vera, topical formulation, skincare, herbal cream

Introduction

The skin is the largest organ of the human body and serves as a multifunctional protective barrier against environmental stressors. Topical cosmetic formulations play an important role in maintaining skin health and appearance.

Consumer preference for herbal cosmetic products has increased significantly due to concerns regarding synthetic skincare ingredients. Turmeric, liquorice, and aloe vera are widely recognized for their dermatological and cosmetic benefits.

Materials and Methods

The herbal turmeric glow cream was formulated using turmeric extract, liquorice extract, aloe vera gel, liquid paraffin, beeswax, borax, methyl paraben, rose water, and distilled water.

Two formulations, F1C and F2C, were prepared using an oil-in-water emulsion method with varying concentrations of herbal actives.

Evaluation Parameters

  • Organoleptic evaluation
  • pH measurement
  • Spreadability
  • Washability
  • Irritancy testing
  • Phase separation stability

Results and Discussion

Both formulations demonstrated acceptable cosmetic characteristics including smooth semisolid consistency, pleasant odor, favorable washability, and stable emulsion integrity.

Key observations:

  • F1C pH: 5.3
  • F2C pH: 5.0
  • Irritation: None observed
  • Washability: Good
  • Phase Stability: Stable

Turmeric contributed antioxidant and anti-inflammatory properties, liquorice enhanced skin-brightening and soothing effects, while aloe vera improved hydration and barrier support.

Among the tested formulations, F1C demonstrated slightly superior cosmetic performance.

Conclusion

The developed polyherbal turmeric glow cream demonstrated acceptable cosmetic, physicochemical, and dermatological properties, indicating potential utility as a safe and effective herbal skincare preparation.

Further long-term stability, clinical, and analytical studies are recommended.

References

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