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Abstract

The present study focuses on the formulation and evaluation of a herbal hair mask using natural ingredients as a safer alternative to synthetic hair care products. The formulation incorporates plant-based components such as flaxseed, fenugreek, aloe vera, and hibiscus, which are known for their nourishing, conditioning, and hair growth–promoting properties. The hair mask was prepared using Carbopol 940 as a gelling agent, glycerin as a humectant, sodium benzoate as a preservative, and triethanolamine for pH adjustment. Two formulations (F1 and F2) were developed and evaluated for various parameters including organoleptic properties, pH, spreadability, stability, and skin irritation. The prepared formulations exhibited a pleasant odor, smooth texture, and appropriate pH suitable for scalp application. Stability studies showed no significant changes in color, odor, texture, or pH under different storage conditions, indicating good stability. The skin irritation test confirmed that the formulation was non-irritant and safe for topical use. Overall, the herbal hair mask demonstrated effective conditioning, moisturizing, and potential anti-dandruff and hair-strengthening properties. The study concludes that the formulated herbal hair mask is a safe, stable, and effective natural alternative for maintaining healthy hair

Keywords

Herbal hair mask, Natural ingredients, Hair care, Formulation and evaluation, Herbal Cosmetics

Introduction

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Hair promotes well-being in people and also protects the scalp from solar radiation and mechanical abrasion. The development of hair care formulations is important for the treat and protect the hairfiber from daily external hair aggressions. The primary functions of hair care formulations improve the physical properties of the hair fiber, such as texture, strength , and combability. The secondaryfunctions are the improve of sensory properties, such as brightness, frizz reduction and hair film formation.[1]

Hair is simple in structure made of the root and shaft. The root is enclosed in the hair follicle, hair shaft is the part of the hair seen above tin incin Hair is made up of tough protein called keratin that forms the strength of hair. Keratin is a large molecule made up of smaller units called amino acids, which join together to form a chain. Hair structure is made up of different layers and structures. The hair follicle is the centre of the biological activity like hair growth, pigmentation; whereas the hair shaft is considered to be dead and is mainly made of protein.

 

 

 

Fig No.1:- Structure of Hair

 

Hair grows from the follicle, or root, underneath the skin. The hair is 'fed' by blood vessels at the base of the follicle, which give it the nourishment it needs to grow. Between starting to grow and falling out years later, each hair passes through four stages: anagen, catagen, telogen and exogen. Another stage kenogen, has been recently realised. Every hair is at a different stage of the growth cycle. Over time, the length of the anagen stage decreases. Therefore, the hair may become weaker and thinner after each cycle. That is why it is important to ensure diet rich in specific nutrients to maintain normal, healthy hair growth. If hairs enter the resting phase too early, excess shedding and noticeable thinning of the hair can occur.[2]

 

https://cdn.shopify.com/s/files/1/0924/9652/7671/files/hair-type-and-more.png?v=1743166344

Fig No.2 :- Stages of Hair Growth

 

    1. PROBLEM RELATED TO HAIR[3]
    2. Dandruff :- It is mainly caused by the overgrowth of a yeast-like fungus called Malassezia on the scalp, leading to irritation and flaking.

Dry hair :- Dry hair is caused by insufficient moisture or natural oils in the hair shaft due to factors like environmental damage, excessive heat styling, or reduced sebum production.

Oily hair :- Oily hair is caused by overactive sebaceous glands producing excess sebum on the scalp, leading to greasy hair.

Frizzy hair :- Frizzy hair is caused by a lack of moisture in the hair cuticle, leading it to absorb humidity from the air and swell unevenly.

Grey hair :- Grey hair is caused by a reduction in melanin production in hair follicles, often due to aging, genetics, or oxidative stress.

1.2 Importance of Herbal Cosmetics and Their Demand in the Market

In the history of cosmetics, Egyptians were known to recognize the benefits of cosmetics in the early days. Earlier natural and herbal products were predominantly used to enhance skin tone, radiance, hair growth, fragrance, and various dermatological conditions.[6] Later in the 19th century, the chemical formulation known as cosmetics became popularover time since it was proven to give the same effect as that of natural products for improving beauty and appearance.[7] The Discovery of hydroxyl acids used against wrinkles marked the rapid expansion of the cosmeceutical industry. Raymond Reed, the founder of the United States Society of Cosmetic chemists coined the term cosmeceuticals. Albert M Kligman in 1970, used retinoic acid in a formulation to improve the appearance of skin damaged by ultraviolet (UV) radiation and wrinkles.[8,9] Although the cosmetics improved the appearance, their extensive use leads to severe side effects such as endocrine disorders, cosmetic‑linked melanoma, stillbirths, birth defects, even severe lung diseases,[10] which led to change over from chemicals to natural or herbal extracts.[5] Considering these side effects, the cosmeceutical industries started working on a stable formulation containing natural and herbal extracts (ingredients) in place of chemicals that had mere side effects compared to cosmetics, hence herbal cosmeceuticals became a current trend again in the market.[4] The zero or mere side effects from the herbal cosmeceuticals gained the trust of customers and hence boomed in the market.[11] Now the herbal cosmeceuticals used are in more demand worldwide compared to synthetic cosmeceuticals.[12]

1.3 Herbal Hair Mask

Herbal hair mask formulations are designed to cleanse, change the texture, change the colour, revitalize stressed hair, nourish hair, and give hair a healthy appearance are all considered hair cosmetics. Hair types vary from person to person and include dry hair, greasy hair, as well as normal hair. Nowadays, people don't have time to think about how they look problems relating to hair, such as split ends, dandruff, white hair, hair loss, etc. Hair issues are brought on by stress, infections of the scalp, hormone imbalances, inadequate consumption of vitamins, food, and minerals, and overuse of chemical shampoos. [13-14] Products that are used for cleaning, texture modification, color change, revitalizing stressed hair, nourishing hair, and giving hair a healthy appearance are referred to as hair care products. Dandruff is a significant and prevalent issue these days that is brought on by these products used in daily life. The main purposes of hair care formulas are to enhance the physical characteristics of the hair fiber, including its strength, and texture. The enhancement of sensory qualities like brightness, frizz reduction, and hair film development are the secondary purposes. [15] It has cultural and aesthetic value in addition to being crucial in protecting the scalp from the elements such the sun and cold. These days, maintaining a clean scalp and hair is one of the most important parts of one's personal life. The hair is the most important part of the body. We therefore created a hair mask, hair shampoo and hair serum formula, to take care of them. The advantages of the herbal hair mask's ingredients for Hair are well-known. Vitamin E, coconut oils are also included in the hair mask, hair serum and shampoo and are applied to the hair. These herbal hair products are made without the use of any chemicals. Since it only contains natural ingredients, it doesn't harm your hair. Hair is a sign of excellent health and a sensitive organ. We might use an herbal hair mask to help hydrate our hair. They are extremely beneficial for dry and damaged hair. Adopting a healthy lifestyle and selecting products containing these elements support the general health of hair. [16] Our scalp's health and the strength of our hair can both be enhanced by a hair mask. These hair products are made at home, are very beneficial, and have no side effects. Many materials can be used to create these products. These products are very beneficial for persons whose hair is severely damaged or extremely thin. Our personalities are more attractive when we have nice hair. Although there are many different types of masks available, many of them contain chemicals. Thus, we produced a product using herbs. The process of creating hair mask, shampoo and serum is very easy. Herbs are widely used as therapeutic agents due to their affordability, accessibility, and safety. The global market is seeing an increase in demand for herbal formulations. The main objective of our study was to fully resolve this difficulty. For hair care, we therefore developed a multifunctional herbal anti-dandruff, conditioning, and anti-hair fall mask. [17]

2. PLANT PROFILE OF INGREDIENT

2.1 Flax Seeds

 


Fig No.3:-Flaxseed

 

Biological Source: Linum usitatissimum Linn.

 Family: Liliaceae.

 Kingdom: Plantae (Plants).

 Subkingdom: Trophobiont (Vascular Plant).

 Subdivision: Spermatophyta (Seed Plant).

 Division: Magnoliphyta.

 Class: Magnoliopsida (Dicotyledons).

 Subclass: Rosidae.

 Genus: Linum L.

 Species: Usitatissimum L.

Constituents

The flax seeds contain 35-45% oil which contain 9-10% of saturated fatty acids (palmitic and steric) about 20% monosaturated fatty acids (mainly oleic acid), and more than 70% alpha-linolenic acid fatty acid. The protein content in the seed of flax varies from 20-30.

Uses

Flax seeds is the power house of nutrients, vitamins and

healthy fats, all of which may help to:

Teart The Scalp

Prevent The Hair Loss

Promote Hair Growth[18,19]

2.2 Aloe Vera

 


Fig No.4:- Aloe Vera

 

 Family: Asphodelaceae

 Biological Source: Aloe perryi

 Subfamily: Asphodelodeae

 Kingdom: Plantae

 Class: Liliopicida-Monocotyledons

 Order:Liliales

 Genus: Aloes

Constituent

The gel of Aloe vera contains polysaccharides like acemannan that provide moisturizing and healing effects. It is rich in vitamins A, C, E, and B-complex, along with enzymes such as amylase and lipase. Anthraquinones like aloin offer antimicrobial action, while saponins provide cleansing properties. It also contains lignin for better penetration, salicylic acid for anti-inflammatory effects, and minerals like calcium, magnesium, and zinc.

Uses

Aloe vera is most beneficial for our hair.

It helps to stop the hair fall.

It repairs dead skin cells on the scalp.

It gives shine to our hairs and it act as great conditioner and

leaves our hair all smooth and shiny.

It promotes the growth of hairs.

Aloe vera prevents itching on the scalp and reduces dandruff

and conditions our hair.[20]

2.3 Hibiscus

Fig No.5:- Hibiscus

 Biological Source: Hibiscus rosa-sinensis

 Family: Malvaceae

 Kingdom: Plantae

 Division: Tracheophyte

 Class: Magnoliopisida

 Genus: Hibiscus L

 Species: Rosa Sinensis L

Constituents

The leaves and flowers of Hibiscus rosa-sinensis contain flavonoids and anthocyanins with strong antioxidant activity. It is rich in mucilage, which provides moisturizing and conditioning effects. Tannins offer astringent properties, while saponins aid in gentle cleansing. The plant also contains organic acids like citric and malic acid for pH balance, along with vitamins (C and A) and minerals such as calcium and iron that support scalp and hair health.

Uses

Promotes hair growth

Reduces hair fall

Prevents dandruff

Acts as a natural hair conditioner

Delays premature greying[21]

 

2.4 Fenugreek Seeds

 

Fig No.6:-Fenugreek Seeds

Botanical Name: Triglmellafoenum-graecum

Family:Fabaceae

Kingdom: Plantae

Division: Magnoliophyta

Class: Mangnoliopsida

Family: Fabaceae

Genus: Trigonella

Species: Foenum-gracecum Linn

Constituents

Fenugreek seeds contain a rich variety of bioactive constituents, including alkaloids (trigonelline), steroidal saponins (diosgenin), flavonoids, and glycosides. They are also high in dietary fiber, proteins, and essential amino acids like lysine and tryptophan. The seeds contain vitamins such as vitamin A, B-complex, and C, along with minerals like iron, calcium, and phosphorus. Additionally, mucilage compounds contribute to their soothing and moisturizing properties, especially in hair and skin applications.

Uses

Promotes hair growth and strengthens hair

Reduces dandruff and conditions dry scalp

Helps control blood sugar levels

Aids digestion and relieves constipation

Lowers cholesterol levels[22]

3. AIM AND OBJECTIVE

Aim:-Formulation and evaluation of herbal hair mask

Objective:- The objective of formulating and evaluating a herbal hair mask is to develop a safe, effective, and natural alternative to synthetic hair care products using plant-based ingredients. The formulation aims to promote hair growth, reduce dandruff, nourish the scalp, and improve hair texture and strength. Evaluation parameters include physical appearance, pH, consistency, spreadability, stability, and microbial safety. Additionally, the study assesses its effectiveness in conditioning, and enhancing overall hair health, ensuring the product is stable, user-friendly, and suitable for regular use without adverse effects.

4. MATERIALS AND METHOD

Table no.1:-The Ingredient used in herbal hair mask

Sr. No.

Ingredient

Uses

1.

Flaxseed Mucilage

Conditioning

2.

Fenugreek Seed  Mucilage

Strengthening

3.

Aloe Vera Gel

Moisturizing

4.

Hibiscus Mucilage

Nourishing

5.

Carbopol 940

Thickning

6.

Sodium Benzoate

Preservative

7.

TEA(Triethanolamine)

Neutralizer/pH Adjuster

8.

Glycerin

Hydrating

9.

Lavender Oil

Fragrance

10.

Distilled Water

Solvent

 

Fig No.7:-Chemicals

4.1 Extraction of Hibiscus Mucilage:

Flow Chart: Extraction of Mucilage from Hibiscus rosa-sinensis

Collection of fresh leaves & petals

Washing with water (removal of dirt)

Shade drying (10 days)

Grinding to fine powder

Soaking powder in water (10 g in 100 ml)

Release of mucilage

Filtration through muslin cloth

Collection of filtrate (mucilage extract)

4.2 Preparation of Flaxseed Mucilage:

Added the flaxseeds to the water.

Boiled this water for around 10 min. and keep stirring to avoid flaxseeds from sticking to the                 base.

Let the gel cooled down.

Put the muslin cloth in a glass measuring cylinder to strain it.

4.3 Preparation of Fenugreek Mucilage:

Soak the fenugreek seeds in hot water.

Allow to soak for 3-4 hours or overnight.

Heat the soaked mixture gently for 5-10 minutes to enhance mucilage release.

Grind the soaked fenugreek seeds into a smooth paste.

Filter through muslin cloth to extract smooth mucilage, if a clearer gel is desired.

Table no.2:- List of Instrument used

Sr. No.

Instruments

1

Electric pH Meter

2

Homogenizer

3

Auto Clave

4

Incubator

5

Hot air oven

6

Weighing Balance

Table no.3:- List of apparatus used

Sr.No

Apparatus

1

Beakers

2

Glass rod

3

Tripod stand

4

Waterbath

5

Mortar & pestel

6

Pair of tongs

7

Measuring cylinder

8

Glass slides

9

Petriplates

10

Weight Box

11

Spatula

                Table no.4:- Composition of batchs

Sr. No

Ingredients

F1

F2

F3

F4

F5

1

Flaxseed Mucilage

20g

25g

22 g

24 g

23 g

2

Fenugreek Seed  Mucilage

15g

15g

16 g

14 g

15 g

3

Aloe Vera Gel

20g

20g

22 g

21 g

19 g

4

Hibiscus Mucilage

10g

10g

11 g

9 g

10 g

5

Carbopol 940

1g

1g

1 g

1 g

1 g

6

Sodium Benzoate

0.5g

0.5g

0.5 g

0.5 g

0.5 g

7

TEA(Triethanolamine)

2-3 drops

2-3 drops

2-3 drops

2-3 drops

2-3 drops

8

Glycerin

5g

5g

5g

5g

5g

9

Distilled Water

q.s

q.s

q.s

q.s

q.s

 

4.4 Formulation Method of Herbal hair mask

Step 1: Preparation of Gel Base [24]

Take a required quantity of distilled water in a clean beaker.

Add Carbopol 940 (0.5–1%) slowly with continuous stirring using a glass rod to avoid lump formation.

Allow it to hydrate for 1–2 hours until a uniform dispersion is obtained.

Step 2: Addition of Humectant and Preservative [23]

Add glycerin (5–10%) to the hydrated Carbopol dispersion and mix thoroughly.

Dissolve sodium benzoate (0.2–0.5%) in a small amount of distilled water and add to the mixture with continuous stirring.

Step 3: Incorporation of Herbal Mucilage [23]           

Add the following gels one by one with continuous stirring:                   

Flaxseed mucilage

Fenugreek seed mucilage

Aloe vera gel

Hibiscus mucilage

Mix using a homogenizer to obtain a smooth and uniform consistency.

Fig No.8:- Homogenizer

Step 4: Neutralization and Gel Formation [23]

Add Triethanolamine (TEA) dropwise while stirring.

Continue until the formulation thickens and forms a clear gel.

Adjust pH to 5.5–6.5 using a pH meter.

Step 5: Final Mixing

Stir the formulation continuously to ensure uniform distribution of all ingredients.

Remove any entrapped air by allowing the gel to stand undisturbed.

Step 6: Filling and Storage 

Transfer the prepared gel into clean, airtight containers.

Store at room temperature away from direct sunlight.

5. EVALUATION PARAMETERS

5.1 Organoleptic Properties

In this test, the hair mask was observed for colour, odour, texture, etc.

Colour: Reddish

Odour: Pleasant, characteristic lavender odour

Apperance:Gel

5.2 pH test

The pH of the herbal hair mask formulations was measured using a calibrated digital pH meter. A 1% aqueous solution of each formulation was prepared using distilled water, and the pH was recorded at room temperature. The pH values were found within the range of 5.5–6.5, which is suitable for scalp application and helps maintain the natural balance of hair and scalp.

Fig No.9:-pH Meter

5.3 Spreadability Test

The Spreadability was expressed in terms of time in seconds taken by two glass plates to slip off from the formulation, placed in between the plates, under certain load lesser the time taken for separation of the two glass plates better the Spreadability. Two sets of glass plates of standard dimension were taken. Then one plates of suitable dimension was taken and the formulation was placed on that plate. Then other plate was placed on the top of the formulation. Then a weigh of 20g was placed on the upper plate so that the formulation between the two plates was pressed uniformly to form a thin layer.

Fig No.10:- Spreadability Test

5.4 Stability Studies

The formulation was stored for some time under different temperatures (35°c to 40°c) and humidity conditions and the change in the physical properties was not observed.

Table No.5:-Stability studies

Sr No

Parameter

Result

1

Change in colour

No change

2

Change in odor

No change

3

Change in texture

No change

4

Change in pH

No change

5.5 Skin irritation test

Mark the area (1cm) on left hand surface, then the mask was applied to the area and the time was noted. This is checked for irritancy, erema if any for an interval up to 24 hr and reported.

 

Fig No.11:- Skin irritation test

5.6 Comparative Study of Formulation Batches

A comparative evaluation of all formulation batches (F1–F5) was carried out to identify the optimized herbal hair mask formulation. Variations in the concentration of flaxseed mucilage, fenugreek mucilage, aloe vera gel, and hibiscus mucilage influenced the physicochemical characteristics of the formulations.

F1 showed good stability and acceptable performance but comparatively lower spreadability and consistency than F2. F3 demonstrated very good texture and overall performance; however, its spreadability and acceptability were slightly lower than F2. F4 exhibited a thicker consistency and moderate spreadability, which affected ease of application and overall acceptability. F5 showed satisfactory stability and performance but did not match the uniform texture and ideal consistency observed in F2.Among all batches, F2 demonstrated the most balanced formulation with excellent spreadability, smooth and uniform texture, ideal pH, superior stability, pleasant odor, and better washability. Therefore, F2 was selected as the optimized formulation for the herbal hair mask preparation.

Table No.6:- Comparative Study of Formulation Batches

Evaluation Parameters

F1

F2

F3

F4

F5

Color

Light reddish brown

Reddish brown

Brownish red

Dark reddish brown

Reddish brown

Texture

Smooth

Smooth & uniform

Smooth

Slightly thick

Smooth

Odor

Pleasant

Pleasant

Pleasant

Slightly strong

Pleasant

pH

5.7

5.9

6.0

6.1

6.3

Spreadability

Good

Excellent

Very good

Moderate

Good

Stability

Stable

Highly stable

Stable

Stable

Stable

Skin Irritation

Not observed

Not observed

Not observed

Mild redness absent

Not observed

Consistency

Good

Excellent

Very good

Thick

Good

Washability

Good

Excellent

Good

Moderate

Good

Overall Performance

Stable & effective

Highly stable & effective

Stable & effective

Effective

Stable & effective

Overall Acceptability

Good

Excellent

Very good

Good

Very good

 

6. RESULT AND DISCUSSION

6.1 RESULT

All five formulations (F1–F5) of the polyherbal hair mask were successfully prepared and evaluated for various physicochemical parameters such as color, texture, odor, pH, spreadability, stability, consistency, washability, skin irritation, overall performance, and acceptability. The formulations showed satisfactory characteristics with no significant irritation or instability observed during evaluation.Among all formulations, F2 exhibited the best overall performance.

 It showed a reddish-brown appearance with a smooth and uniform texture, pleasant odor, ideal pH (5.9), excellent spreadability, good consistency, superior washability, and high stability. No skin irritation was observed with F2, indicating its safety for topical application. The formulation also demonstrated better overall acceptability compared to the other formulations.Hence, based on the evaluation parameters, F2 was considered the optimized and ideal formulation for the herbal hair mask preparation due to its superior physicochemical properties, stability, ease of application, and user acceptability.

6.2 DISCUSSION

The present study demonstrated the successful formulation and evaluation of a polyherbal hair mask using natural ingredients such as flaxseed mucilage, fenugreek mucilage, aloe vera gel, and hibiscus mucilage. These herbal ingredients are well known for their nourishing, moisturizing, conditioning, and hair-strengthening properties, which contributed to the effectiveness of the formulation. All prepared batches showed acceptable physicochemical characteristics including pleasant odor, smooth texture, good consistency, and satisfactory spreadability, making them suitable for topical application.The pH of all formulations was found within the suitable range for scalp application, indicating compatibility with the natural scalp environment and minimizing the risk of irritation. Stability studies confirmed that the formulations remained stable under different temperature conditions without any significant changes in color, odor, texture, or pH. Skin irritation studies revealed that the formulations were safe and non-irritant.

Among all formulations, F2 showed the best overall performance due to its smooth and uniform texture, excellent spreadability, better washability, ideal pH, and higher stability. The comparative study indicated that slight variations in the concentration of herbal ingredients influenced the overall quality and acceptability of the formulations. Overall, the study suggests that the developed herbal hair mask can serve as a safe, effective, and natural alternative to synthetic hair care products.

7. SUMMARY AND CONCLUSION

7.1SUMMARY

The present study focused on the formulation and evaluation of a polyherbal hair mask using natural ingredients such as flaxseed mucilage, fenugreek mucilage, aloe vera gel, and hibiscus mucilage. The formulations were prepared using Carbopol 940 as a gelling agent along with glycerin, sodium benzoate, and triethanolamine. Different formulation batches (F1–F5) were developed and evaluated for various physicochemical parameters including color, odor, texture, pH, spreadability, consistency, stability, washability, skin irritation, and overall acceptability.

The prepared formulations showed satisfactory results with good appearance, suitable pH, smooth consistency, and stability under different storage conditions. No significant skin irritation was observed, indicating that the formulations were safe for topical application. Comparative evaluation revealed that F2 showed the best performance among all batches due to its excellent spreadability, uniform texture, ideal pH, high stability, and better overall acceptability.The study concluded that the formulated herbal hair mask is a stable, safe, and effective natural hair care preparation that may help in conditioning, nourishing, and improving overall hair health.

CONCLUSION

The present study concluded that the formulated polyherbal hair mask is a safe, stable, and effective natural alternative to synthetic hair care products. The combination of flaxseed mucilage, fenugreek mucilage, aloe vera gel, and hibiscus mucilage provided beneficial effects such as nourishment, conditioning, moisturization, and improvement in overall hair health. All formulations showed satisfactory physicochemical properties including suitable pH, good spreadability, stability, and non-irritant nature.

Among all formulation batches, F2 was found to be the optimized formulation due to its excellent consistency, smooth texture, ideal pH, better spreadability, high stability, and superior overall acceptability. The study suggests that the developed herbal hair mask can be effectively used for regular hair care with minimal side effects. Therefore, the formulation has good potential for use as a herbal cosmetic preparation for maintaining healthy and nourished hair.

ACKNOWLEDGMENT

We would like to express our sincere gratitude to our respected guide Ms. Trusha R. Gurnule and faculty members of P.R. Patil Institute of Pharmacy, Talegaon (S.P.), Wardha, for their valuable guidance, continuous support, and encouragement throughout the completion of this project work. Their knowledge and suggestions greatly helped us in successfully carrying out this research. We are also thankful to the management of the institute for providing the necessary facilities and resources required for the formulation and evaluation of the herbal hair mask.Finally, we would like to express our gratitude to our family members for their constant motivation and encouragement.

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Reference

  1. Isnard MD, Costa GMD, Maia PMBG. Development of hair care formulations based on natural ingredients. Int J Phytocosmet Nat Ingred. 2019;6:9.
  2. Pathak K. Cosmetic science: concepts and principles. Pune: Nirali Prakashan; 2022.
  3. Lanjewar A, Maurya S, Sharma D, Gaur A. Review on hair problem and its solution. J Drug Deliv Ther. 2020;10(3):322–329.
  4. Nanjwade BK. Development of cosmeceuticals. World J Pharm Pharm Sci. 2017;6:643–691.
  5. Gediya SK, Mistry RB, Patel UK, Blessy M, Jain HN. Herbal plants: used as cosmetics. J Nat Prod Plant Resour. 2011;1:24–32.
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Photo
Samarth Salunke
Corresponding author

P.R Patil Institute Of Pharmacy, Talegaon (S.P), Wardha, Maharashtra, 442201

Photo
Saloni Bhunte
Co-author

P.R Patil Institute Of Pharmacy, Talegaon (S.P), Wardha, Maharashtra, 442201

Photo
Saniya Shaha
Co-author

P.R Patil Institute Of Pharmacy, Talegaon (S.P), Wardha, Maharashtra, 442201

Photo
Saniya Yawale
Co-author

P.R Patil Institute Of Pharmacy, Talegaon (S.P), Wardha, Maharashtra, 442201

Photo
Sayali Raut
Co-author

P.R Patil Institute Of Pharmacy, Talegaon (S.P), Wardha, Maharashtra, 442201

Photo
Trusha Gurnule
Co-author

P.R Patil Institute Of Pharmacy, Talegaon (S.P), Wardha, Maharashtra, 442201

Samarth Salunke, Saloni Bhunte, Saniya Shaha, Saniya Yawale, Sayali Raut, Trusha Gurnule, Formulation and Evaluation of Herbal Hair Mask, Int. J. of Pharm. Sci., 2026, Vol 4, Issue 6, 181-193, https://doi.org/10.5281/zenodo.20485963

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