Mamaearth Foaming Face Wash With Aloe Vera & Coconut For Gentle Cleansing - 150 ml

DESCRIPTION

What It Does: Heals wounds, reduces inflammation, and soothes irritated skin through faradiol triterpenoid and flavonoid activity.

Why It's Used: Clinically proven traditional wound healing botanical with anti-inflammatory activity comparable to prescription diclofenac in some studies for skin wounds.

How It Works: Faradiol esters inhibit cox-1/cox-2 providing anti-inflammatory activity. polysaccharides promote fibroblast and keratinocyte proliferation. isorhamnetin and narcissin flavonoids provide antioxidant protection. oleanolic acid provides antimicrobial activity.

Typically Found In: Wound healing products,baby products,sensitive skin,post-procedure care

TECHNICAL DETAILS

Primary Category: Active ingredient – soothing / anti-inflammatory

Secondary Functions: Faradiol triterpenoid anti-inflammatory,wound healing

Application Areas:

Facial Skincare

Body Care

Hair Care

Beard Care

Color Cosmetics (Makeup)

Dietary/Oral Supplements

Typical Concentration Range: 0.1%–5%

SOURCING & ETHICS

Vegan Status: Yes – calendula officinalis flower-derived

Halal Status: Yes

Source Notes: Plant-derived extract or synthetic.

SKIN COMPATIBILITY

Irritancy Rating: 1/5 – very low

Comedogenicity Rating: 0/5 – non-comedogenic

Sensitivity Concerns: Non-irritating; ideal for reactive and sensitive skin.

Safe for Sensitive Skin: Yes – particularly recommended for sensitive skin

SAFETY & COMPATIBILITY

Safety Profile: Excellent safety profile. ewg score: 1.

Works Well With: Ceramides,panthenol,allantoin,hyaluronic acid,centella asiatica

Avoid Combining With: No significant incompatibilities

SCIENTIFIC NOTE

Faradiol monoester and diester triterpenoids are among the most potent naturally occurring cox inhibitors – ic50 values comparable to indomethacin (a prescription nsaid) for cox-2 inhibition. this explains calendula's clinically observed anti-inflammatory potency exceeding expectations for a cosmetic ingredient.

Last Verified: Cosing database,preethi & kuttan calendula anti-inflammatory study,cir safety assessment

Primary Sources: 2026-03-12

DESCRIPTION

What It Does: Boosts foam, enhances mildness, and conditions skin and hair when combined with primary surfactants.

Why It's Used: The standard foam booster and mildness enhancer in virtually all shampoos, body washes, and facial cleansers – provides synergistic mildness improvement with anionic surfactants.

How It Works: Amphoteric (zwitterionic) character provides positive charge interaction with hair keratin for antistatic conditioning. reduces irritation of co-formulated anionic surfactants via ionic complex formation. foam stabilization via bilayer reinforcement in foam lamellae.

Typically Found In: Shampoos,body washes,facial cleansers,baby products

TECHNICAL DETAILS

Primary Category: Functional ingredient – amphoteric surfactant

Secondary Functions: Skin conditioning

Application Areas:

Facial Skincare

Body Care

Hair Care

Beard Care

Color Cosmetics (Makeup)

Dietary/Oral Supplements

Typical Concentration Range: 2%–15%

SOURCING & ETHICS

Vegan Status: Yes – from coconut fatty acids and dimethylaminopropylamine

Halal Status: Yes

Source Notes: Commercially produced for cosmetic use. verify vegan/halal status with supplier.

SKIN COMPATIBILITY

Irritancy Rating: 1/5 – very low

Comedogenicity Rating: 0/5 – non-comedogenic

Sensitivity Concerns: Well-tolerated by most skin types.

Safe for Sensitive Skin: Yes

SAFETY & COMPATIBILITY

Safety Profile: Good safety profile at recommended concentrations. ewg score: 1–2.

Works Well With: Standard skincare actives

Avoid Combining With: No known significant incompatibilities

SCIENTIFIC NOTE

Capb's mildness-enhancing synergy with sls has a molecular mechanism: capb's positive imidazoline head group forms an ion pair complex with sls's anionic sulfate group, reducing sls's free monomer concentration (the irritation-causing species) without significantly reducing micelle-forming capacity (the cleansing species).

Last Verified: Cosing database,ananthapadmanabhan surfactant review,cir safety assessment

Primary Sources: 2026-03-12

DESCRIPTION

What It Does: Soothes and refreshes irritated skin with anti-inflammatory and astringent properties.

Why It's Used: Classic gentle soothing botanical for sensitive skin formulations with astringent, hydrating, and depuffing properties.

How It Works: Caffeic acid inhibits prostaglandin synthesis. cucurbitacins provide anti-inflammatory activity. high water content provides hydration. ascorbic acid provides antioxidant support. silica provides mild astringency.

Typically Found In: Toners,eye gels,sensitive skin products,after-sun formulations

TECHNICAL DETAILS

Primary Category: Active ingredient – soothing / anti-inflammatory

Secondary Functions: Gentle soothing,astringent,depuffing

Application Areas:

Facial Skincare

Body Care

Hair Care

Beard Care

Color Cosmetics (Makeup)

Dietary/Oral Supplements

Typical Concentration Range: 0.5%–20%

SOURCING & ETHICS

Vegan Status: Yes – plant-derived

Halal Status: Yes

Source Notes: Plant-derived extract or synthetic.

SKIN COMPATIBILITY

Irritancy Rating: 1/5 – very low

Comedogenicity Rating: 0/5 – non-comedogenic

Sensitivity Concerns: Non-irritating; ideal for reactive and sensitive skin.

Safe for Sensitive Skin: Yes – particularly recommended for sensitive skin

SAFETY & COMPATIBILITY

Safety Profile: Excellent safety profile. ewg score: 1.

Works Well With: Ceramides,panthenol,allantoin,hyaluronic acid,centella asiatica

Avoid Combining With: No significant incompatibilities

SCIENTIFIC NOTE

Cucumber's traditional use for puffy eyes has a physiological basis – the combination of mild astringency (silica-mediated protein contraction), anti-inflammatory (caffeic acid), and coolness (high water content evaporation) provides a triple-action depuffing effect that explains its enduring use.

Last Verified: Cosing database,cir safety assessment

Primary Sources: 2026-03-12

DESCRIPTION

What It Does: Provides the specific b-vitamin's characteristic skin and hair benefits: brightening and barrier reinforcement (niacinamide), keratin structural support (biotin), deep conditioning humectancy (panthenol).

Why It's Used: B-vitamins operate through fundamental cellular biochemistry pathways — nad⁺ for niacinamide, carboxylase cofactor for biotin, coa synthesis for panthenol — providing multi-benefit activity from essential metabolic chemistry.

How It Works: Acts as coenzyme or substrate in essential metabolic pathways: niacinamide → nad⁺/nadp⁺ → ceramide synthesis, melanosome transfer inhibition; biotin → carboxylase → fatty acid synthesis for ceramide; panthenol → pantothenic acid → coa → lipid metabolism.

Typically Found In: Multi-function skin care,b-vitamin formulas

TECHNICAL DETAILS

Primary Category: Active ingredient – vitamin b complex

Secondary Functions: Antioxidant cofactor,metabolic support

Application Areas:

Facial Skincare

Body Care

Hair Care

Beard Care

Color Cosmetics (Makeup)

Dietary/Oral Supplements

Typical Concentration Range: 0.1%–10%

SOURCING & ETHICS

Vegan Status: Yes

Halal Status: Yes

Source Notes: Synthetically produced for cosmetic use.

SKIN COMPATIBILITY

Irritancy Rating: 1/5 – very low

Comedogenicity Rating: 0/5 – non-comedogenic

Sensitivity Concerns: Non-irritating; excellent tolerability.

Safe for Sensitive Skin: Yes

SAFETY & COMPATIBILITY

Safety Profile: Excellent safety profile. ewg score: 1.

Works Well With: Other b vitamins,niacinamide,antioxidant complexes

Avoid Combining With: No significant incompatibilities

SCIENTIFIC NOTE

B-vitamins are water-soluble, non-irritating, and well-tolerated across all skin types — providing clinical efficacy with an exceptional safety profile from their essential nutrient status.

Last Verified: Cosing database,d-panthenol b-vitamin skin review

Primary Sources: 2026-03-12

DESCRIPTION

What It Does: Provides gentle non-ionic cleansing from natural glucose-derived surfactant chemistry.

Why It's Used: Leading natural-origin surfactant for green/natural formulations requiring gentle, non-ionic cleansing with excellent biodegradability credentials.

How It Works: Non-ionic surfactant with glucoside headgroup and decyl (c10) chain provides mild cleansing via micelle formation. non-ionic character provides lower irritation potential than anionic surfactants. fully biodegradable and from renewable sources.

Typically Found In: Natural cleansers,baby products,green beauty formulas,scalp cleansers

TECHNICAL DETAILS

Primary Category: Functional ingredient – alkyl glucoside surfactant

Secondary Functions: Skin conditioning

Application Areas:

Facial Skincare

Body Care

Hair Care

Beard Care

Color Cosmetics (Makeup)

Dietary/Oral Supplements

Typical Concentration Range: 2%–20%

SOURCING & ETHICS

Vegan Status: Yes – from glucose (plant) and fatty alcohols

Halal Status: Yes

Source Notes: Commercially produced for cosmetic use. verify vegan/halal status with supplier.

SKIN COMPATIBILITY

Irritancy Rating: 1/5 – very low

Comedogenicity Rating: 0/5 – non-comedogenic

Sensitivity Concerns: Well-tolerated by most skin types.

Safe for Sensitive Skin: Yes

SAFETY & COMPATIBILITY

Safety Profile: Good safety profile at recommended concentrations. ewg score: 1–2.

Works Well With: Standard skincare actives

Avoid Combining With: No known significant incompatibilities

SCIENTIFIC NOTE

Alkyl glucosides' (apgs) non-ionic character means they have no electrical charge that could interact with skin surface proteins and phospholipids – a key reason for their exceptional mildness. ionic surfactants (sulfates, carboxylates) bind to positively charged protein lysine/arginine residues causing denaturation; apgs have no such binding affinity.

Last Verified: Cosing database,cir safety assessment

Primary Sources: 2026-03-12

DESCRIPTION

What It Does: Provides gentle, low-irritation cleansing particularly suitable for eye area and baby products.

Why It's Used: Baby wash and eye-area cleanser primary surfactant for minimum-irritation cleansing at sensitive skin and eye contact areas.

How It Works: Amphoteric structure with lower cationicity than capb reduces positive charge-mediated protein binding. very low eye irritation in draize test. conditioning activity via residual cationic character interaction with keratin.

Typically Found In: Baby washes,eye makeup removers,gentle eye-area cleansers

TECHNICAL DETAILS

Primary Category: Functional ingredient – amphoteric mild surfactant

Secondary Functions: Skin conditioning

Application Areas:

Facial Skincare

Body Care

Hair Care

Beard Care

Color Cosmetics (Makeup)

Dietary/Oral Supplements

Typical Concentration Range: 2%–15%

SOURCING & ETHICS

Vegan Status: Yes – from coconut fatty acids

Halal Status: Yes

Source Notes: Commercially produced for cosmetic use. verify vegan/halal status with supplier.

SKIN COMPATIBILITY

Irritancy Rating: 1/5 – very low

Comedogenicity Rating: 0/5 – non-comedogenic

Sensitivity Concerns: Well-tolerated by most skin types.

Safe for Sensitive Skin: Yes

SAFETY & COMPATIBILITY

Safety Profile: Good safety profile at recommended concentrations. ewg score: 1–2.

Works Well With: Standard skincare actives

Avoid Combining With: No known significant incompatibilities

SCIENTIFIC NOTE

Eye irritation testing (draize rabbit eye test and human volunteer eye sting test) demonstrates disodium cocoamphodiacetate has among the lowest irritation scores of any commercial surfactant, making it the preferred primary surfactant for 'no-more-tears' baby shampoo formulations and eye-area cleansers.

Last Verified: Cosing database,cir safety assessment

Primary Sources: 2026-03-12

DESCRIPTION

What It Does: Glycerin pulls water from the environment and deeper skin layers into the outer skin layer (epidermis), boosting moisture levels and keeping skin soft, smooth, and plump.

Why It's Used: It is used in virtually every moisturizer, serum, and cleanser because it is highly effective at hydrating skin, is well-tolerated by all skin types, and enhances the texture and spreadability of formulations.

How It Works: As a humectant, glycerin forms hydrogen bonds with water molecules, trapping them in the skin. it also reinforces the skin barrier by integrating into lipid structures between skin cells.

Typically Found In: Moisturizers,serums,cleansers,toners,sheet masks,sunscreens,body lotions,shampoos,conditioners

TECHNICAL DETAILS

Primary Category: Humectant

Secondary Functions: Skin barrier support,emollient,solvent

Application Areas:

Facial Skincare

Body Care

Hair Care

Beard Care

Color Cosmetics (Makeup)

Dietary/Oral Supplements

Typical Concentration Range: 1%–30% (typical: 3–10%)

SOURCING & ETHICS

Vegan Status: Yes – plant-derived (coconut, soy, palm) or synthetic

Halal Status: Yes – when plant-derived or synthetic; verify source with supplier

Source Notes: Derived from plant oils via hydrolysis or saponification; synthetic versions also available. palm-derived glycerin carries sustainability concerns.

SKIN COMPATIBILITY

Irritancy Rating: 1/5 – very low; non-irritating at all standard concentrations

Comedogenicity Rating: 0/5 – non-comedogenic

Sensitivity Concerns: Extremely rare allergic reactions; generally safe for all skin types including sensitive and baby skin

Safe for Sensitive Skin: Yes

SAFETY & COMPATIBILITY

Safety Profile: Widely recognized as safe. ewg hazard score: 1. no significant concerns for irritation, sensitization, or toxicity at typical concentrations (up to 50%).

Works Well With: Hyaluronic acid,ceramides,niacinamide,panthenol,urea,peptides,retinol,ahas/bhas

Avoid Combining With: No known incompatibilities at standard concentrations

SCIENTIFIC NOTE

Glycerin is an endogenous skin component found naturally in the stratum corneum. aquaporin-3 channels in keratinocytes facilitate glycerin transport, making it integral to natural skin hydration pathways.

Last Verified: Cosing database,cir safety assessment,ewg skin deep,inci decoder

Primary Sources: 2026-03-12

DESCRIPTION

What It Does: Provides mould and yeast focused broad-spectrum preservation in a widely accepted food-grade preservative.

Why It's Used: Standard mould and yeast preservative — potassium sorbate is effective at slightly higher ph than sodium benzoate, making it the preferred sorbate preservative for formulations at ph 4.5-6.

How It Works: Inactive salt form — sorbic acid (free acid, pka 4.76) is active. more effective than benzoate at higher ph (pka 4.76 vs benzoate 4.2). active at ph up to ~6.0 (meaningful sorbic acid present). inhibits malassezia and candida at lower concentrations than bacteria. synergistic with sodium benzoate.

Typically Found In: Cosmetics ph 4-6,natural preservation systems,combined with sodium benzoate

TECHNICAL DETAILS

Primary Category: Functional ingredient – sorbate preservative

Secondary Functions: Skin conditioning

Application Areas:

Facial Skincare

Body Care

Hair Care

Beard Care

Color Cosmetics (Makeup)

Dietary/Oral Supplements

Typical Concentration Range: 0.1%–0.6%

SOURCING & ETHICS

Vegan Status: Yes – synthetic

Halal Status: Yes

Source Notes: Commercially produced for cosmetic use. verify vegan/halal status with supplier.

SKIN COMPATIBILITY

Irritancy Rating: 1/5 – very low

Comedogenicity Rating: 0/5 – non-comedogenic

Sensitivity Concerns: Well-tolerated by most skin types.

Safe for Sensitive Skin: Yes

SAFETY & COMPATIBILITY

Safety Profile: Eu max 0.6% cosmetics. fda gras. synergistic with sodium benzoate. oxidises to sorbaldehyde (yellow colouration) on uv exposure — protect from light.

Works Well With: Standard skincare actives

Avoid Combining With: No known significant incompatibilities

SCIENTIFIC NOTE

Potassium sorbate's antifungal mechanism (disruption of mitochondrial electron transport in fungi) is different from its antibacterial mechanism (cell membrane and enzyme disruption). this mechanistic bifunctionality provides broad spectrum from a single preservative, though the lower antifungal mic values mean mould and yeast protection is achieved at lower concentrations than bacterial protection.

Last Verified: Cosing database,eu preservative annex v,fda gras,cir safety assessment

Primary Sources: 2026-03-12

DESCRIPTION

What It Does: Preserves acidic formulations against yeast and mold contamination.

Why It's Used: Natural-derived (from benzoic acid found in cranberries, cinnamon) preservative for acidic ph formulations where it provides excellent antimicrobial activity.

How It Works: Undissociated benzoic acid (active form, pka 4.2) penetrates microbial cell membranes and disrupts electron transport chain and ph homeostasis. at ph>5, mostly ionized (sodium salt) and inactive – requires acidic formulation ph for efficacy.

Typically Found In: Acidic serums,toners,low-ph formulations

TECHNICAL DETAILS

Primary Category: Functional ingredient – benzoate preservative

Secondary Functions: Skin conditioning

Application Areas:

Facial Skincare

Body Care

Hair Care

Beard Care

Color Cosmetics (Makeup)

Dietary/Oral Supplements

Typical Concentration Range: 0.1%–0.5%

SOURCING & ETHICS

Vegan Status: Yes – from plant sources (cranberry, cinnamon) or synthetic

Halal Status: Yes

Source Notes: Commercially produced for cosmetic use. verify vegan/halal status with supplier.

SKIN COMPATIBILITY

Irritancy Rating: 1/5 – very low

Comedogenicity Rating: 0/5 – non-comedogenic

Sensitivity Concerns: Well-tolerated by most skin types.

Safe for Sensitive Skin: Yes

SAFETY & COMPATIBILITY

Safety Profile: Eu max 0.5%. gras food additive. ewg score: 3 (benzene formation concern with vitamin c at >80°c – normal use temperatures do not form benzene).

Works Well With: Standard skincare actives

Avoid Combining With: No known significant incompatibilities

SCIENTIFIC NOTE

Sodium benzoate's strict ph dependency (90% inactive at ph>5.5) makes its preservative activity dramatically sensitive to formulation ph. a serum formulated at ph 4.0 is fully preserved by benzoate; the same formula adjusted to ph 5.5 has <10% of the preservative activity. this ph dependency must be considered in any benzoate-preserved formulation.

Last Verified: Cosing database,siegert & frieling benzoate review,cir safety assessment

Primary Sources: 2026-03-12