INTRODUCTION:

Dry hands, or xerosis, is a dermatological condition characterized by rough, tight skin that lacks moisture, often accompanied by flakiness, visible lines, and, in severe cases, fissuring or cracking of the epidermis.¹ This condition is primarily caused by environmental factors, including low humidity, prolonged exposure to cold temperatures, frequent hand washing, and the use of harsh chemicals, which deplete the skin's natural lipid barrier and impair its ability to retain moisture.

As a result, the skin becomes dehydrated, which compromises its structural integrity and function. Xerosis is a prevalent condition that affects individuals across various age groups, with particular prevalence among certain occupational groups.²

Healthcare professionals, such as doctors and nurses, who engage in frequent hand washing or the application of hand sanitizers, are especially susceptible to dry hands due to the repeated removal of the skin’s natural oils.³ Similarly, individuals working in occupations like dishwashing or hairstyling, which involve continuous exposure to soaps, detergents, and chemicals, are also at a heightened risk for developing dry skin.⁴

Several therapeutic interventions exist to manage or ameliorate the symptoms of dry hands, including moisturizing, protective measures, and the topical application of natural agents such as aloe Vera. Among these, the use of herbal-based moisturizers has garnered attention due to their relatively lower risk of irritation compared to synthetic alternatives.⁵ The pharmacological properties of certain herbal ingredients—such as anti-inflammatory, antioxidant, and antimicrobial effects—enhance their suitability for use in skincare, especially for individuals with sensitive skin. These natural formulations are perceived as more skin-friendly and less likely to induce adverse reactions, a significant advantage over synthetic moisturizers, which may contain harsh chemicals that can exacerbate skin dryness or irritation.⁶

Although moisturizing soaps can provide some degree of hydration, frequent exposure to water is inherently dehydrating for the skin, as it removes the natural oils that protect the epidermis. Consequently, individuals who wash their hands frequently are at an increased risk of developing chapped skin.⁷While topical moisturizers such as creams and lotions offer some relief, they often require prolonged application to achieve significant results. Moisturizing gloves, which are designed to facilitate deeper absorption of hydrating agents, present a promising alternative for individuals with chronic dryness.⁸

These gloves typically incorporate a gel lining that enhances the penetration of moisturizers into the skin, thereby accelerating the healing process of dry or chapped skin. Reusable and easy to clean, moisturizing gloves offer a practical solution for sustained hydration, especially in environments where exposure to drying agents is frequent.⁹

The objective of this paper is to explore the formulation and potential benefits of a fully herbal-based moisturizing glove, leveraging natural ingredients to optimize skin hydration and repair. By focusing on herbal formulations, this approach aims to provide a gentler, more sustainable alternative to conventional, synthetic moisturizers, offering a promising solution for individuals suffering from xerosis.

MATERIALS AND METHODS:

Coconut oil, Almond oil and Olive oil were purchased from Zillion International Royal Foods Pune, Borax, Bees wax, glycerine and Methyl paraben were purchased from Paras chemical Pune. Vitamin E from Neev Biochemical. All other chemicals were of analytical grade purchased from local suppliers.

Table-1: Materials of formulation

S.No.	Ingredients	Quantity	Role
Oil Phase
1	Bees wax	5g	Emulsifier and thickener
3.	Coconut oil	13.04 mL	Antimicrobial and moisturizing properties
4.	Almond oil	10.99 mL	Emollient.
5.	Olive oil	10.99 mL	Moisturizing and skin-soothing properties.
Aqueous phase
1.	Borax	0.5g	Emulsifier
6.	Vitamin E	0.53 mL	Antioxidant
7.	glycerin	2.38ml	Humectant
8.	Methyl paraben	0.1g	Preservative
9.	Distilled water	55ml	Solvent

Method of Preparation of Herbal moisturizer glove:

Method of formulation of Herbal moisturizer cream

Procedure:

Oil Phase: Heat beeswax (5g), coconut oil (13.04 mL), almond oil (10.99 mL), and olive oil (10.99 mL) to 75°C in a borosilicate glass beaker until fully melted and mixed.

Aqueous Phase:

In a separate beaker, dissolve borax (0.5g), methyl paraben (0.1g), and glycerine (2.38 mL) in distilled water (55 mL) while heating to 75°C.

Add vitamin E (0.53 mL) to the aqueous phase, stirring gently to mix.

Emulsification:

Slowly add the heated oil phase into the aqueous phase with continuous stirring to form a smooth and stable emulsion. Allow the cream to cool to room temperature.

RESULT:

Table 2: Evaluation of Herbal Moisturizing Cream

Parameter	Method	Procedure	Observation	Interpretation of Results
Colour	Visual Examination	Examine the cream under normal lighting. Compare to the expected color.	Light yellow, uniform.	The color is as expected; no discoloration.
Odour	Sensory Evaluation	Smell the cream and assess the fragrance.	Slight herbal scent, no off smells.	Odor is characteristic of the ingredients used.
State	Visual Examination	Inspect the cream visually for uniformity and stability.	Smooth, no separation or clumping.	Cream is stable and uniform in appearance.
Consistency	Manual Rub Test	Rub the cream on the back of the hand to test smoothness and spreadability.	Smooth, spreads well with minimal effort.	Consistency is ideal for easy application.
Washability	Wash-off Test	Apply a small amount of cream and wash it off with water.	Washes off easily with no residue left.	Product is non-greasy and water-soluble.
Irritancy Test	Skin Application	Apply cream to a marked area on the left hand and observe for any irritation.	No redness or irritation after 5 minutes.	No irritancy, safe for sensitive skin.
pH Test	pH Measurement	Dissolve cream in distilled water and measure pH with a pH meter.	pH = 5.5	pH is within the safe skin range (4.5-6.5).
Spreadability	Slide Separation Test	Apply cream between two glass slides and check for separation time.	Separation time is 3 seconds.	Cream spreads easily and evenly.
Phase Separation	Stability Test (Storage)	Store cream for 24 hours in a closed container and observe.	No phase separation observed.	Cream remains stable and homogeneous.

Table 3: Evaluation of prepared Herbal Moisturizer Hand Gloves

Parameter	Observation	Interpretation of Results
Appearance	Gloves appear clean, intact with even moisturizer coverage.	Gloves meet visual quality standards.
Moisturizing Effectiveness	Skin feels hydrated and soft immediately after removal.	The glove moisturizes effectively.
Comfort and Fit	Gloves are comfortable, fit well, and don’t cause irritation.	The fit is ideal for regular wear.
Durability	Gloves show no signs of tearing after 1 hour of use.	Gloves are durable and suitable for extended use.
Odour	Mild herbal fragrance remains pleasant, no unpleasant odor.	Odour is characteristic of the ingredients, no off smells.
Moisturizer Retention	No leakage, moisturizer stays within the glove.	The gloves retain moisturizer effectively.
Ease of Removal	Gloves come off without difficulty or discomfort.	Gloves are easy to remove without residue.
Effect on Skin Health	No irritation, redness, or dryness after wearing.	The gloves are safe for use and do not irritate the skin.
Moisture Retention Over Time	Skin stays hydrated for 2 hours after use.	Gloves maintain moisture for an adequate period.
Washability	Gloves retain moisturizer quality after washing.	Gloves remain effective after washing.

CONCLUSION:

The herbal cream meets all the expected standards for quality, safety, and performance. It provides a smooth, pleasant, and effective moisturizing experience with good spreadability and no irritation or adverse effects. The product is also stable, with no signs of separation or degradation over time. The pH level is appropriate for skin application, and the cream can be easily washed off without leaving a greasy residue.

The Herbal Moisturizer Hand Gloves demonstrate high quality in terms of moisturizing performance, comfort, durability, and safety. The product effectively delivers moisture to the skin while maintaining its structural integrity, ensuring that the gloves are reusable without degrading. The product is safe, comfortable, and provides a pleasant user experience with no negative effects on skin health.

CONFLICT OF INTEREST:

The authors have no conflicts of interest regarding this investigation.

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