Formulation and Evaluation of Polyherbal Powder Bodywash

Abstract

This research explores the creation and assessment of a natural polyherbal body wash containing colloidal oatmeal, rose powder, and vetiver powder, each known for beneficial effects on the skin. Colloidal oatmeal offers hydration and reduces inflammation, rose powder contributes antioxidant and astringent actions, while vetiver powder provides antimicrobial, cooling, and detoxifying benefits. The formulation incorporated natural surfactants and underwent evaluation for critical physicochemical traits like pH, viscosity, and foam stability. Sensory testing and consumer feedback revealed good cleansing performance and a pleasant skin feel. Antioxidant assays confirmed the presence of compounds that defend against oxidative stress, and clinical studies showed significant improvements in skin hydration and smoothness, with no negative reactions. The findings emphasize the product\'s promise as a gentle, effective, and environmentally friendly option for skincare.

Introduction

The text discusses the growing importance and benefits of herbal skincare, particularly focusing on herbal body washes made from natural plant-based ingredients like rose petal powder, vetiver root powder, and colloidal oatmeal. The increasing popularity of herbal cosmetics stems from concerns over harmful chemicals in conventional products, a rising demand for natural and eco-friendly alternatives, influence from traditional healing practices, and consumer preference for sustainability.

Key Points:

• Herbal Skincare Growth: Herbal cosmetics avoid synthetic chemicals and provide therapeutic benefits with antioxidants and nutrients. Consumers prefer clean, cruelty-free, and sustainable products.

• Herbal Body Wash Benefits: Unlike conventional washes that often contain harsh surfactants, preservatives, and allergens, herbal body washes are gentle, moisturizing, and eco-friendly. Powder-based herbal washes offer longer shelf life, no synthetic preservatives, and less environmental impact compared to liquid versions.

• Market Trends: The herbal skincare market is rapidly growing, driven by clean beauty trends, multi-functional products, and sustainable packaging.

• Key Ingredients & Benefits:

  • Rose Petal Powder: Antioxidant, hydrating, brightening, soothing.

  • Vetiver Root Powder: Detoxifying, anti-inflammatory, calming.

  • Colloidal Oatmeal: Moisturizing, anti-itch, skin barrier repair.

• Polyherbal Powder Body Wash Advantages: Combines multiple herbs for enhanced efficacy, avoids synthetic chemicals, offers customizable use, longer shelf life, and reduced environmental footprint.

• Literature Review: Studies support the effectiveness of polyherbal formulations and the individual benefits of key ingredients.

• Materials & Methods: The formulation uses natural powders and mild surfactants like sodium cocoyl isethionate and sodium lauryl sulfoacetate, along with natural thickeners, moisturizers, and preservatives, emphasizing safety, efficacy, and sustainability.

• Formulation Goals: Develop a powder-to-liquid herbal cleanser that is effective, gentle, eco-friendly, and aligned with modern consumer preferences.

Conclusion

The study confirmed the successful development of a natural, eco-conscious polyherbal powder body wash using colloidal oatmeal, rose petal powder, and vetiver root powder. These ingredients worked synergistically to deliver mild cleansing, moisturization, and skin-soothing effects. The formulation maintained a skin-friendly pH, stable foaming ability, and received positive feedback in sensory tests. Physicochemical evaluations demonstrated the product’s stability, while biological studies revealed antioxidant, anti-inflammatory, and antimicrobial properties. User trials showed improved skin texture and hydration with no negative reactions, proving it safe for sensitive skin. Overall, the research highlights the promise of herbal-based powder cleansers as sustainable alternatives to conventional products and encourages further exploration into their standardization, shelf-life, and market potential.

References

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Copyright

Copyright © 2025 Satish Mendake, Chinmay Deshmukh, Akshaj Deshmukh, Chagan Dewasi, Kirti Dhangekar, Sangharsh Didwale, Rehan Sayyed, Shubham Shinde. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.