Ingredient Desk

Tag: INCI

  • Native Coconut & Vanilla: the coconut oil is ingredient #6

    Native’s Coconut & Vanilla
    deodorant is named and marketed for coconut oil. On the US label, cocos nucifera
    (coconut) oil sits sixth on the list. The ingredient present in the largest
    amount is caprylic/capric triglyceride — a processed coconut fraction, not
    whole coconut oil — while the actual deodorizing is done by sodium bicarbonate
    and magnesium hydroxide, which sit at positions 4 and 5, ahead of the coconut oil the
    stick is named after.

    US ingredient lists are printed in descending order of weight, down to the
    one-percent line. That single rule turns the back of a deodorant into something you
    can read like a ranking: whatever is near the top is most of what you are putting on
    your skin, and whatever is near the bottom is a rounding error. A stick called
    “Coconut & Vanilla” is making a promise with its name. So let’s
    read the list, in order, and see where the coconut actually lands.

    What does the Native Coconut & Vanilla label actually say?

    Here is the ingredient list exactly as printed, read on 11 October 2026 from the
    retailer product page (listing TCIN
    75567578    ) and corroborated against the Giant
    Food listing     for the same stick. I am quoting it verbatim because the whole point
    of reading a label is that you can check it against me:

    caprylic/capric triglyceride, tapioca starch, ozokerite, sodium
    bicarbonate, magnesium hydroxide, cocos nucifera (coconut) oil, cyclodextrin,
    butyrospermum parkii (shea) butter, fragrance, dextrose, lactobacillus
    acidophilus

    Read it top to bottom. The Giant Food listing runs shorter — identical in
    order through fragrance, then missing the dextrose and lactobacillus acidophilus that
    the retailer page carries, which reads like an older label photographed before Native
    added its probiotic. Everything through fragrance matches across both retailers, so
    that is the part I am most confident in. Now the ranking:

    Position Ingredient What it does
    1 Caprylic/capric triglyceride Carrier oil — a fractionated coconut (or palm) derivative, not whole coconut oil
    2 Tapioca starch Absorbent, gives the dry feel
    3 Ozokerite Wax that makes it a solid stick
    4 Sodium bicarbonate Baking soda — a deodorizing active
    5 Magnesium hydroxide The milder deodorizing active
    6 Cocos nucifera (coconut) oil The ingredient on the front of the stick
    7 Cyclodextrin Molecular “cage” that traps odour compounds
    8 Butyrospermum parkii (shea) butter Emollient
    9 Fragrance Where the coconut-vanilla scent comes from
    10 Dextrose Sugar — food for the probiotic below
    11 Lactobacillus acidophilus Probiotic, at trace level
    Pencil sketch of Nib tapping a pencil on the sixth line of a numbered ingredient list, where the word COCONUT is circled, with five lines above it.
    Six lines down, past two waxes and two deodorizing actives, Nib finds the coconut oil the stick is named for.

    Where is the coconut oil — and is the #1 slot coconut too?

    This is the part that rewards reading in order. The coconut oil — whole
    cocos nucifera oil, the thing a shopper pictures when they read
    “Coconut” on the front — is sixth. Above it sit a carrier oil, a
    starch, a wax and the two deodorizing actives. In a list where position tracks
    weight, sixth means there is less coconut oil in the stick than any of those five.

    The twist is the top line. Caprylic/capric triglyceride, the single largest
    ingredient, is also made from coconut (or palm) — but it is the
    fractionated form: the oil split into its medium-chain pieces, lighter, more stable,
    a different feel and a different molecule from the coconut oil sitting at number six.
    So the product is genuinely coconut-derived at position one; it is just not the whole
    coconut oil the name implies. Two different coconut ingredients, one dominant and
    processed, one named-after and sixth. Neither is wrong to include. The gap is only
    between what the front says and what the ranking shows.

    And the coconut-vanilla scent? That is not coming from the oil at six.
    It is the “fragrance” at position nine. The smell you associate with the
    coconut is a separate ingredient from the coconut.

    Pencil sketch of Nib holding a small coconut labelled number 6 in one hand and a large bottle labelled number 1 in the other, looking between them.
    A coconut at number six, a processed coconut fraction doing the heavy lifting up at number one. Nib keeps the ranking straight.

    Why does a “natural” deodorant make my armpit burn?

    The pair sitting at positions four and five are the ones actually controlling
    odour, and the first of them is the usual reason people’s underarms sting.
    Sodium bicarbonate is baking soda. It works, and it sits in the top five by weight
    — Native does not disclose the exact percentage, so I can say “top
    five” and not a number. The mechanism people run into is simple pH: baking soda
    is alkaline, around pH 8 to 9, while skin’s surface sits acidic, roughly 4.5 to
    5.5. Rubbing an alkaline powder into warm, occluded skin every morning is where the
    irritation stories come from.

    How strong is that claim? Honestly, more hedged than the internet makes it sound.
    A 2024 review in the Journal of
    Integrative Dermatology     on baking soda and the skin found documented case
    reports of topical irritation but concluded that the safe topical concentration
    “is not clear” — some people tolerate it fine, some clearly
    don’t, and the literature has not pinned down exactly where the line is. So the
    fair version is: baking soda is the most likely culprit if a natural deodorant has
    ever burned you, not that it burns everyone.

    The tell is in Native’s own catalogue. They sell a separate
    “Sensitive” version of this stick with the baking soda swapped out for
    magnesium oxide. A brand does not build a second SKU around removing an ingredient
    unless enough customers reacted to it in the first. If you have had that problem and
    you want an alternative that leaves the baking soda out entirely, our
    own tallow deodorant     is the one we make — said plainly, because this site
    is run by the Evil Goods team and I would rather tell you that than bury it.

    Pencil sketch of Nib at a desk comparing a box labelled pH 8 to a strip labelled pH 5, an open research paper beside the ingredient list.
    Baking soda up at pH 8, skin down around pH 5. Nib checks the two against the review paper before saying a word.

    What about the “fragrance” at position nine?

    Fragrance in a leave-on product that touches warm, occluded skin all day is worth
    a second look, and here the evidence is sturdier than the baking-soda nuance. A review
    in the American Journal of Clinical Dermatology, hosted
    on NIH’s PMC    , surveyed 107 deodorant and antiperspirant products and found
    fragrance in about 90% of them — and it was the most common allergen in the
    category. Deodorants are, as the clinical literature puts it, one of the most frequent
    sources of fragrance sensitisation, because of exactly where and how often they are
    applied.

    That does not make fragrance dangerous to most people. It means that if you are
    one of the minority who reacts to fragrance, a daily leave-on in the armpit is close
    to the worst place to meet it, and “fragrance” as a single word on the
    label tells you nothing about which specific compounds are inside. On Native’s
    US stick, the coconut-vanilla smell you are buying the product for lives entirely
    inside that one undisclosed word at position nine.

    Pencil sketch of Nib, a small round creature, holding a magnifying glass over the Native Coconut and Vanilla deodorant stick, looking from the front label to the ingredient list on the back.
    Front of the stick in one hand, the list in the other. Nib lines up what the label promises against what it ranks.

    So what is the honest read of this label?

    Nothing here is a scandal. It is a competent, well-selling natural deodorant, and
    every ingredient has a job. The gap is only ever between the front and the back: the
    stick is named for coconut, the coconut oil is sixth, the dominant ingredient is a
    processed coconut fraction, the scent is a separate fragrance at nine, and the work of
    keeping you from smelling is done by baking soda and magnesium hydroxide up at four and
    five. None of that is hidden — it is printed on the back, in order, for anyone
    who reads it. Which is the whole job of this desk.

    Named-for ingredient
    Cocos nucifera (coconut) oil — position 6
    Largest ingredient
    Caprylic/capric triglyceride — a processed coconut/palm fraction, position 1
    Actual deodorizers
    Sodium bicarbonate (4) and magnesium hydroxide (5)
    Source of the scent
    Fragrance — position 9, not the coconut oil at 6
    Label read
    Retailer listing TCIN 75567578 and Giant Food, both 11 Oct 2026

    Frequently asked questions

    Does Native Coconut & Vanilla contain real coconut oil?
    Yes — cocos nucifera (coconut) oil is on the label at position 6. The
    largest ingredient, caprylic/capric triglyceride, is also coconut-derived but is the
    fractionated form rather than whole coconut oil.

    Where does the coconut-vanilla smell come from?
    From “fragrance” at position 9, which is a separate ingredient from the
    coconut oil at position 6.

    Does this deodorant contain baking soda?
    Yes. Sodium bicarbonate — baking soda — is at position 4, in the top five by weight. Native also sells a separate “Sensitive” version
    that replaces it with magnesium oxide.

    Is baking soda in deodorant bad for you?
    It is the most common reason people report underarm irritation from natural
    deodorants, because it is alkaline against acidic skin. But the dermatology literature
    has not established a clear safe concentration, and plenty of people use it without any
    problem. If it has bothered you before, that is the ingredient to avoid.

    Pencil sketch of Nib closing a notebook beside the Native deodorant stick, a page showing the number 6, satisfied at having read the whole label.
    Label read to the last line. Nib closes the notebook: the front said coconut, the list said sixth.

  • YTTP Superfood Air-Whip: The Kale Is the 10th Ingredient

    Youth to the People’s Superfood Air-Whip
    moisturizer is named for kale, spinach and green tea. On the label, kale is the
    10th ingredient, green tea the 11th and spinach the 15th, in a list of
    thirty-seven entries. The first nine — water, glycerin, caprylic/capric
    triglyceride and squalane among them — are where the moisturizing work
    actually happens.

    A product called Superfood is making a promise with its name, and the
    promise is specific: kale, spinach, green tea. These are the ingredients on the
    front of the carton and all over the marketing. So the honest thing to do is read
    the back, in order, and see where those three actually land — because US
    labels are printed in descending order of how much is in the jar, which means the
    list itself tells you something the front never will.

    Pencil sketch of Nib, a small round creature, holding a magnifying glass up to a tub of Superfood Air-Whip face moisturizer, starting to read the ingredient list at the top.
    Nib picks up the tub with kale, spinach and green tea on the front, and starts reading at ingredient one.

    What’s in it, in order?

    Here is the full ingredient list for the current Superfood Air-Whip
    Lightweight Face Moisturizer with Hyaluronic Acid    , as published on the
    major US and Australian retail listings that carry it, including Kohl’s and Mecca.
    Every listing carried the identical list when they were read between
    22 September and 8 October 2026; the retailer
    pages carry the standard note that “the list of ingredients is subject to change,
    please consult the packaging of the product purchased,” so treat this as the label
    as published in that window rather than a reading off a jar in your hand:

    Aqua/Water/Eau, Glycerin, Caprylic/Capric Triglyceride,
    Pentaerythrityl Tetraethylhexanoate, Pentylene Glycol, Betaine, Squalane,
    Helianthus Annuus Seed Oil/Sunflower Seed Oil, Aloe Barbadensis Leaf Juice
    Powder, Brassica Oleracea Acephala Leaf Extract [Kale],
    Camellia Sinensis Leaf Extract [Green Tea], Chamomilla Recutita
    Flower Extract, Medicago Sativa Extract/Alfalfa Extract, Sarcosine,
    Spinacia Oleracea/Spinach Leaf Extract [Spinach], Copper PCA,
    Hydrolyzed Sodium Hyaluronate, Hydroxyacetophenone, Menthoxypropanediol,
    Pentaerythrityl Tetra-di-t-butyl Hydroxyhydrocinnamate, Sodium Hyaluronate, Sodium
    Hydroxide, Tetrasodium Glutamate Diacetate, 3-O-Ethyl Ascorbic Acid, Panthenol,
    Tocopherol, Hydrogenated Lecithin, Acrylates/C10-30 Alkyl Acrylate Crosspolymer,
    Carbomer, Cetearyl Alcohol, Cetearyl Glucoside, Citric Acid, Glycine Soja
    Oil/Soybean Oil, Limonene, Chlorphenesin, Phenoxyethanol, Parfum/Fragrance.

    The bracketed plain names are mine, added for readability; everything else is
    the published INCI, in its published order.

    Pencil sketch of Nib tapping a pencil on the tenth line of a long numbered ingredient list, where the word KALE is circled, with nine lines above it.
    Ten lines down, past water, glycerin and squalane, Nib finds the first superfood.

    Where do the superfoods actually land?

    US cosmetic labels list ingredients in descending order of concentration, but
    only down to the 1% line. Below 1%, a manufacturer may list ingredients in any
    order (US FDA, Cosmetics Labeling Guide, 21 CFR 701.3(f)(2)). That
    rule is the key to reading any “hero ingredient” claim: position above the 1% line
    is meaningful; position below it is not strictly ranked.

    # Ingredient What it is
    1 Aqua/Water Solvent — the base
    2 Glycerin Humectant — the main moisture-drawing worker
    3 Caprylic/Capric Triglyceride Lightweight emollient oil
    4 Pentaerythrityl Tetraethylhexanoate Synthetic ester — skin-feel
    5 Pentylene Glycol Humectant / preservative booster
    6 Betaine Humectant
    7 Squalane Emollient — listed three places above kale
    8 Sunflower Seed Oil Emollient oil
    9 Aloe Leaf Juice Powder Botanical, typically a small addition
    10 Kale (Brassica Oleracea) First superfood — the name ingredient
    11 Green Tea (Camellia Sinensis) Second superfood
    15 Spinach (Spinacia Oleracea) Third superfood
    24 3-O-Ethyl Ascorbic Acid The “Vitamin C” — a stabilized derivative
    36 Phenoxyethanol Primary preservative
    37 Parfum/Fragrance Fragrance blend — list also names Limonene at #34

    So the three superfoods start at #10 and run to #15, sitting behind the water,
    the humectants and the emollient oils. Can I tell you they are below 1%? Honestly,
    no — and I want to be careful here, because that is exactly the kind of claim
    that sounds precise and isn’t. Position #10 is after aloe powder, which is usually
    a small addition, so the superfood block is plausibly down near that 1% line; but
    the label alone does not prove it, and the brand does not publish concentrations.
    What the list does show, without any guessing, is the ranking of what the
    formulator put the most of: water, glycerin, caprylic/capric triglyceride and
    squalane. Those are the moisturizer. The superfoods are supporting players.

    None of that makes it a bad product. Glycerin and squalane are well-proven, and
    a gel-cream built on them will moisturize perfectly well. The gap is only between
    the name and the ranking: a jar called Superfood leads, by
    weight, with the same humectant base as most of the category.

    Pencil sketch of Nib holding a small leaf labelled KALE in one hand and a large bottle labelled GLYCERIN in the other, looking between them.
    A leaf at number ten, the glycerin doing the heavy lifting up at number two. Nib keeps the ranking straight.

    What does research say about kale and green tea on skin?

    This is where it gets genuinely interesting rather than just underwhelming,
    because kale and green tea are not inert — they are ingredients with real,
    if modest, evidence, and the evidence has a number attached to it.

    A 2025 review of kale in cosmetics
    (Molecules, October 2025)
    gathers the antioxidant and skin-conditioning work on kale extract. The topical
    studies it describes used kale at roughly 2–5% — one serum at 5%
    reduced a collagen-degrading enzyme markedly over the test period. Green tea is
    better studied still: a small 2024 clinical trial
    (green tea 3% cream, 36 subjects, 2024)
    found a 3% green tea extract cream produced measurable improvement over eight
    weeks, and reviews of green tea in skincare commonly describe around 5% as the
    level where effects are reliably seen.

    Hold those numbers next to the label. The studies that found an effect used
    kale and green tea at low-single-digit percentages as the point of the
    formula. Here they arrive at #10 and #11, below
    the humectant base, at a concentration the brand does not disclose. I can’t tell
    you what percentage is in the jar — nobody outside the lab can from a label.
    What I can say is that the research showing a benefit used these extracts at levels
    where they led the formula, and on this label they do not. That is a fair thing to
    weigh before paying a superfood premium.

    Pencil sketch of Nib at a desk comparing a lab beaker labelled 5% to a tiny dropper, a research paper open beside the ingredient list.
    The studies used a few percent on purpose. Nib checks that against a superfood sitting tenth.

    Is the “3 Weights of Hyaluronic Acid” claim on the label?

    The listing advertises “3 Weights of Hyaluronic Acid.” On the label I can read,
    there are two distinct hyaluronic compounds: Hydrolyzed Sodium Hyaluronate (#17)
    and Sodium Hyaluronate (#21). A third, separately named HA form is not visible in
    this list.

    I’d rather flag that as an open question than call it an error, because there
    are honest explanations. The brand may be counting a crosspolymer or a molecular-
    weight variant that isn’t separately named under INCI rules, or the formula on
    these retail pages may differ in some detail from the physical carton. What is
    accurate to say is narrow and checkable: the label as published shows two HA
    forms, and the marketing says three.     If the third is in there, it is not
    visible in the ingredient declaration I can read.

    The “Vitamin C” is worth the same plain treatment. It is on the label as
    3-O-Ethyl Ascorbic Acid at #24 — a stabilized vitamin C derivative, not
    L-ascorbic acid, and well down the list. A legitimate ingredient; just not the
    same molecule as “vitamin C” unqualified, and not in a leading position.

    So is the Superfood Air-Whip worth it?

    If you want a light, water-and-glycerin gel-cream with a squalane emollient and
    some botanical extras, this is a competent one, and plenty of people clearly like
    how it feels. If you are buying it because of the kale, spinach and green
    tea — expecting those to be the active heart of the formula — the
    label says they are supporting players ranked below the base, at a concentration
    the brand does not publish.

    If you would rather use a face moisturizer whose emollient is the thing it
    leads with, that is the sort of product we make: our
    beef tallow moisturizer
    is built around tallow and a short supporting cast rather than a long botanical
    tail. (Full disclosure: Ingredient Desk is published by the team behind Evil
    Goods, so that one is ours.)     It is a different philosophy, not a cure for
    anything — shorter list, emollient first. Whether that suits your skin is
    genuinely a matter of preference and what your face likes.

    FAQ

    Where is the kale in Youth to the People Superfood Air-Whip?
    Kale (Brassica Oleracea Acephala Leaf Extract) is the 10th ingredient in a list of
    thirty-seven. Green tea is 11th and spinach is 15th. Water, glycerin,
    caprylic/capric triglyceride and squalane are all listed ahead of them.

    Are the superfoods below 1%? The label does not prove it. US
    rules let ingredients under 1% be listed in any order, and the superfood block
    sits just after aloe powder, so it is plausibly near that line — but
    position alone is not proof, and the brand does not disclose concentrations.

    Does the green tea do anything at that position? Green tea
    extract has real evidence in skincare, but the clinical work that found effects
    used it at roughly 3–5%, as the point of the formula. The concentration in
    this product is not disclosed, and on the label it sits 11th.

    Is the “3 Weights of Hyaluronic Acid” claim accurate? The
    label as published shows two distinct HA forms, Hydrolyzed Sodium Hyaluronate and
    Sodium Hyaluronate. A third separately named form is not visible; whether it is a
    crosspolymer or a weight variant not separately listed is an open question.

    Is the “Vitamin C” in it real vitamin C? It is
    3-O-Ethyl Ascorbic Acid, a stabilized derivative of vitamin C, at position #24. It
    is a legitimate ingredient but not L-ascorbic acid, and it is well down the list.

    When was this label read? The ingredient list was taken from
    the major US and Australian retail listings that carry it, including Kohl’s and
    Mecca, between 22 September and 8 October 2026, where every listing
    matched. Retailers note the list can change, so check your own carton.

    Pencil sketch of Nib closing a notebook beside the Superfood tub, a page showing the number 10, satisfied at having read the whole label.
    Label read to the last line. Nib closes the notebook: the front said superfood, the list said tenth.

  • Olay Collagen Peptide 24: There Is No Collagen In It

    There is no collagen in Olay Regenerist Collagen Peptide 24 Face Moisturizer. Reading its full label top to bottom, nothing named collagen, hydrolyzed collagen, or soluble collagen appears anywhere. The “collagen” in the name is a single peptide — Palmitoyl Pentapeptide-4 — sitting at position #10, between Pro-Vitamin B5 and a mushroom extract.

    It is one of the best-selling “collagen” moisturizers at US drugstores, and the name does a lot of work. “Collagen Peptide 24” reads like a jar of collagen. So I pulled the label and read it the way I read every label: top to bottom, counting where the hero actually lands.

    Pencil sketch of Nib, a small round creature with a magnifier loupe pushed up on its headband and a pencil behind its ear, holding an empty jar against its chest and smiling hopefully.
    Nib shows up for the collagen cream with an empty jar and high hopes.

    Is there any collagen in Olay Collagen Peptide 24?

    No. Here is the full ingredient list for the fragrance-free face moisturizer, quoted verbatim, with the hero marked:

    Water, Glycerin, Niacinamide, Isohexadecane, Dimethicone, Isopropyl Isostearate, Stearyl Alcohol, Polyacrylamide, Panthenol, Palmitoyl Pentapeptide-4, Tremella Fuciformis Sporocarp Extract, Tapioca Starch, C13-14 Isoparaffin, Caprylyl Glycol, Dimethiconol, Laureth-7, Cetearyl Alcohol, Cetearyl Glucoside, Palmitic Acid, Stearic Acid, Cetyl Alcohol, Behenyl Alcohol, Disodium EDTA, PEG-100 Stearate, Titanium Dioxide, Polymethylsilsesquioxane, 1,2-Hexanediol, Phenoxyethanol

    Read the whole thing and the word collagen never appears. What the brand calls “Collagen Peptide” is the INCI name Palmitoyl Pentapeptide-4 — better known by its trade name Matrixyl. It is a short five-amino-acid chain that signals skin cells to make more of their own collagen. It is not collagen, and it does not contain collagen. That is not a gotcha unique to Olay; topical collagen is a large molecule that does not pass into skin, which is why serious formulas use signaling peptides instead. Olay’s own Canadian ingredient page explains this distinction plainly — the shelf name just does not carry the same nuance.

    Pencil sketch of Nib holding a clear jar up close, tilting its head to read a scribbled handwritten label, eyes half-lidded in a skeptical, unimpressed expression.
    The label says collagen. The ingredients say otherwise.

    Where does the peptide sit on the label?

    Position #10, near the midpoint of the list. It follows five emollients and emulsifiers — isohexadecane, dimethicone, isopropyl isostearate, stearyl alcohol, polyacrylamide — that each typically make up a few percent of a cream, plus panthenol at #9. By the usual reading of an ingredient list, everything below roughly position six or seven is under one percent. So the peptide is almost certainly a fraction of a percent of the jar.

    That is not automatically a problem. Palmitoyl Pentapeptide-4 is active at tiny doses. The trouble is the label alone does not tell you the dose, and Olay does not disclose it.

    What’s on the front
    “Collagen Peptide 24”
    What’s actually in the jar
    Palmitoyl Pentapeptide-4 (Matrixyl), a collagen-signaling peptide — no collagen
    Its label position
    #10, around the midpoint of the list
    Disclosed concentration
    None
    Pencil sketch of Nib peering at a tall jar on the ground through a magnifying loupe lowered over one eye, which looks enlarged through the lens, leaning in with a focused, curious expression.
    Position ten of twenty-eight. You have to go looking for it.

    Does the concentration actually matter here?

    It matters, and it is genuinely hard to know. The peer-reviewed work on this peptide is encouraging about its mechanism: a 2025 review of peptides for skin aging describes how Palmitoyl Pentapeptide-4 prompts fibroblasts to produce collagen and other matrix proteins, and a 2026 mechanistic review notes it activates the TGF-β signaling pathway that builds collagen and elastin. The double-blind studies that showed an effect used it at roughly three to four parts per million — about 0.0003%.

    The catch is disclosure. A dermatology trade piece from July 2026 put it bluntly: most over-the-counter products list Matrixyl without disclosing concentration, and it advises looking for the peptide in the top half of the ingredient list. Here it sits at #10 — around the midpoint — with no number attached. The industry safety review backs up how small these doses run: the CIR assessment of pentapeptides records a maximum leave-on use level of 0.0012% across the formulas it surveyed. So the honest read is not “this is too weak.” It is “the amount is unknown from the label, and the research effect was demonstrated at a very specific low dose this jar may or may not hit.”

    Pencil sketch of Nib sitting at a small table writing on a very long sheet of paper that unrolls onto the floor in a spiral, mouth open in a surprised O and eyes wide, pencil in hand.
    Twenty-eight ingredients to copy out, and still no number next to the peptide.

    What should you look for instead?

    If what you want is a peptide you can actually find on the label, look for a peptide that is both named clearly and sitting high enough that it is plausibly present in a meaningful amount. GHK-Cu — copper tripeptide-1 — is a well-studied example, a genuine copper-peptide complex with a documented role in collagen and elastin synthesis rather than only a signaling fragment.

    Full disclosure, because this site is published by the team behind Evil Goods: our own Copper Peptide Blue Honey Cream is built around copper tripeptide-1 and lists it near the front rather than burying it at #10. That is not me telling you it outperforms Olay in a trial — I have no head-to-head data and will not pretend otherwise. It is me pointing at a formula where the peptide is named and positioned where you can see it. Compare the labels yourself; that is the whole point of this desk.

    Frequently asked questions

    Does Olay Collagen Peptide 24 contain collagen?
    No. The full label contains no collagen in any form. “Collagen Peptide” is the marketing name for Palmitoyl Pentapeptide-4, a collagen-signaling peptide.
    What is Palmitoyl Pentapeptide-4?
    A five-amino-acid peptide, trade name Matrixyl, that signals skin cells to produce collagen. The CIR notes it is a subfragment of type I collagen propeptide — derived from collagen, but not collagen itself.
    What does the “24” mean?
    Olay’s product copy ties it to 24 hours of hydration. The brand does not publish a formal definition, so treat that as marketing shorthand, not a measured figure.
    Is a peptide at position #10 useless?
    Not necessarily — this peptide works at very low doses. But the concentration is not disclosed, so the label alone cannot tell you whether it reaches the level used in the studies.

    If you are weighing a serum against a cream for peptides, we wrote up how the two formats compare — also ours, and also a label-first read rather than a sales pitch.

    Pencil sketch of Nib tipping an empty jar over a spoon it holds in its other hand, a single drop falling toward the spoon, expression flat and disappointed with eyes half-lidded.
    One small peptide, somewhere under one percent. Nib was hoping for more collagen than that.

  • Charlotte Tilbury Magic Cream: Where the ‘Recoverstem Peptide’ Sits on the Label

    Charlotte Tilbury relaunched Magic Cream with a “World-First Recoverstem™ Peptide” at the centre of its marketing. On the current US ingredient list, the item that most likely corresponds to that claim — Trachelospermum jasminoides (star jasmine) extract — sits at position 22 of 47, behind water, a dozen texture and emollient ingredients, and nine other botanical oils and extracts. Charlotte Tilbury’s own evidence disclosure for it says “in vitro testing” only. Two well-studied ingredients, Ectoin (#24) and sodium hyaluronate (#25), sit just behind it with no billing at all.

    Magic Cream is one of the better-known faces of prestige skincare: $105 for 50 ml on charlottetilbury.com (fetched 2026-10-08), which works out to about $2.10 a millilitre, and it is stocked at Ulta, Harrods and Nordstrom. The current pots carry a “NEW! supercharged formula” flag, and the headline ingredient is what Charlotte Tilbury calls a “World-First Recoverstem™ Peptide” — a blend it says contains “over 100 Peptides extracted from the Stem Cells” of the “Eternal Jasmine Youth Plant™.”

    That is a lot of trademark symbols for one sentence. So let’s do the plain thing the packaging quietly discourages: read the ingredient list on the back, in order, and find where the star actually stands.

    How do you read position on an ingredient list?

    US cosmetic labels follow an ordering rule. Under FDA regulation 21 CFR 701.3, ingredients are listed in descending order of concentration down to 1%; below 1%, they may be listed in any order (§701.3(f)(2); see also the FDA Cosmetics Labeling Guide). So a high position means “more of this than the things below it,” a low one means “less,” and the label never gives you an exact percentage. It is a ranking, not a recipe.

    There is one honest caveat for this particular formula. On many products a single, predictable preservative — phenoxyethanol, capped at 1% in the EU — acts as a rough marker for where the sub-1% zone begins. Magic Cream doesn’t use phenoxyethanol; it uses a different preservative system (sodium benzoate, 1,2-hexanediol, caprylyl glycol and ethylhexylglycerin), so there is no clean single marker to point at. What we can say with confidence is narrower: the opening stretch of the list — the water and the texture base — is almost certainly the highest-volume part of the formula, and the marketed botanicals, including the star-jasmine extract, all begin well behind it.

    Nib, a small round pencil-sketch creature, peers through a magnifying glass at a tall pot of Magic Cream, running a finger down the long ingredient list printed on the back.
    Nib does the thing the front of the jar hopes you won’t: counts down the list, in order, to slot twenty-two.

    What is actually in the first twelve slots?

    Here is the current list verbatim, from Charlotte Tilbury’s US product page (charlottetilbury.com/us/product/charlottes-magic-cream, read 2026-10-08), reproduced identically at Ulta and Harrods on the same day:

    Aqua/Water/Eau, C12-15 Alkyl Benzoate, Glyceryl Stearate SE, Butylene Glycol, Isononyl Isononanoate, Caprylic/Capric Triglyceride, Dimethicone, Cetyl Alcohol, Glycerin, Ethylhexyl Palmitate, Pentylene Glycol, Polyester-7, Avena Sativa (Oat) Kernel Extract, Hydrolyzed Viola Tricolor Extract, Nasturtium Officinale Extract, Butyrospermum Parkii (Shea) Butter, Gigartina Stellata Extract, Camellia Oleifera (Camellia) Seed Oil, Rosa Canina Fruit Oil, Rosa Damascena Extract, Michelia Alba Leaf Oil, Trachelospermum Jasminoides Extract, Aloe Barbadensis Leaf Juice Powder, Ectoin, Sodium Hyaluronate, Hydrolyzed Vegetable Protein, Ascorbyl Tetraisopalmitate, Tocopheryl Acetate, Steareth-21, Carbomer, Neopentyl Glycol Diheptanoate, Tocopherol, Hydrogenated Rapeseed Oil, Potassium Cetyl Phosphate, Dimethiconol, Propanediol, Xanthan Gum, Sodium Hydroxide, Sodium Phytate, Caprylyl Glycol, Ethylhexylglycerin, Sodium Benzoate, 1,2-Hexanediol, Linalool, Citronellol, Geraniol, Beta-Caryophyllene

    The list runs to forty-seven lines. The first twelve are water, a run of emollient esters (C12-15 alkyl benzoate, isononyl isononanoate, caprylic/capric triglyceride, ethylhexyl palmitate), a silicone (dimethicone), an emulsifier (glyceryl stearate SE), a fatty alcohol (cetyl alcohol), two humectants (butylene glycol, glycerin, pentylene glycol), and a synthetic texture polymer (polyester-7). None of these is named in the key-benefit panel on the product page.

    That is not a criticism. This is where the cream’s famously cushiony, luxurious feel comes from, and a pleasant texture is a perfectly legitimate thing to build and to pay for. It just means that the “feel” people love is the work of the first dozen ingredients, not of the trademarked plant that gets top billing.

    Nib holds up two labelled cards, a towering one reading Water and Emollients and a much smaller one reading Star Jasmine, weighing them on a set of pencil-drawn scales that tip hard toward the big card.
    Twelve texture ingredients sit ahead of the star. The hero is a long way down the queue.

    Where does the “Recoverstem Peptide” actually sit?

    Count down to position 22 and you reach Trachelospermum jasminoides extract. Trachelospermum jasminoides is star jasmine (also called Confederate jasmine), an ornamental vine native to East Asia. Charlotte Tilbury brands it the “Eternal Jasmine Youth Plant™” and describes Recoverstem as a blend of over 100 peptides extracted from its stem cells.

    One honest note on the identification: Charlotte Tilbury does not publish a map from its branded names to INCI names, so the link between “Recoverstem” and this specific extract is not something the brand states outright. Trachelospermum jasminoides extract is the ingredient in the list that most plausibly corresponds to the Recoverstem claim, and it is the item an independent analysis of the formula pointed to; treat that as a well-reasoned inference rather than a confirmed fact.

    Taking that identification at face value, here is the company it keeps. At position 22, the star-jasmine extract sits behind:

    What comes before it Positions Marketed as a hero?
    Water 1 No
    Texture and emollient base (esters, silicone, emulsifier, fatty alcohol, humectants, polymer) 2–12 No
    Oat, pansy and watercress extracts 13–15 Oat only, as part of a blend
    Shea butter, red algae, camellia oil, rosehip oil, damask rose, magnolia leaf oil 16–21 Some, individually
    Trachelospermum jasminoides (star jasmine) extract — “Recoverstem” 22 Yes — the lead hero

    Nine other botanical extracts, oils and butters — several of which Charlotte Tilbury doesn’t bother to name in its marketing — are present in greater or equal quantity than the ingredient the whole relaunch is built around.

    Nib inspects two folders side by side, a thick one labelled Ectoin stuffed with papers and a thin one labelled Recoverstem holding a single sheet stamped in vitro.
    The marketed hero carries a thin, lab-only folder; the quiet ingredient behind it carries a fat one.

    What does “World-First peptide, backed by research” actually rest on?

    This is where the care matters, so let’s be precise about what is claimed and what is shown. On Charlotte Tilbury’s own Recoverstem explainer page (charlottetilbury.com/us/content/recoverstem-peptides, read 2026-10-08), the evidence is described like this:

    “Through our in vitro testing, results showed that Recoverstem™ Peptide helps boosts the five key biomarkers.” [*Based on in vitro testing on Recoverstem™ Peptide.]

    The asterisk and the “in vitro” wording are Charlotte Tilbury’s own. In vitro means tested on isolated cells or tissue in the lab, not in a trial on people. That is a normal, legitimate early step for a cosmetic ingredient — it is not a scandal, and plenty of the industry works exactly this way. It is simply a different, lighter grade of evidence than a human trial.

    For scale, the FTC’s Health Products Compliance Guidance (December 2022) spells out what the strongest advertising language would require: “In vitro studies look at a product’s effect on isolated cells or tissues and may help identify a possible mechanism of action, but similarly are of limited value to predict benefits for humans,” and such studies, “without confirmation by human RCTs… aren’t sufficient to substantiate health-related claims.” Charlotte Tilbury’s US product page is careful here — it talks about reviving “the look of” skin, an appearance claim, rather than using the strongest “clinically proven” wording that appears on some of its non-US pages. The point isn’t that anyone broke a rule. It is that the in-vitro disclosure, in the brand’s own small print, is a modest footing for a “World-First… 10 years of research” headline.

    What peer-reviewed literature exists on this plant isn’t about skincare at all. The only published body of work on the genus covers calming and pain-related activity studied in a Traditional Chinese Medicine context, and it notes plainly that “information on toxicity evaluations and randomized clinical trials for the genus Trachelospermum plant is very limited” (Sheng et al., 2018, PMC6151751). No public study was found on topical anti-aging peptide use of this extract, and Charlotte Tilbury’s proprietary research isn’t available to read. So the most accurate statement is not “there is no evidence” — the company may hold data it hasn’t released, which is common — but rather: no peer-reviewed data for this ingredient’s marketed benefit is publicly available.

    Nib sets down the magnifying glass and jots a short honest note on a pad that reads a plant extract, called a peptide, at twenty-two, looking thoughtful rather than cross.
    The finding is small and checkable: a plant extract, marketed as a peptide, sitting at position 22.

    What’s the ingredient the label doesn’t brag about?

    Here’s the twist that makes this formula interesting rather than just over-marketed. Directly behind the star jasmine, at positions 24 and 25, sit two entries with a far sturdier evidence record — and Charlotte Tilbury barely mentions them.

    Trachelospermum jasminoides extract (#22) — “Recoverstem Peptide”
    The marketed hero. A botanical extract that the brand says contains plant-derived peptides. Evidence disclosed for the benefit: in vitro only. No public peer-reviewed data for the skincare claim.
    Ectoin (#24)
    An amino-acid-derived osmoprotectant from extremophile bacteria, with multiple published human studies for barrier support. Not named in Charlotte Tilbury’s key-benefit panel at all.
    Sodium hyaluronate (#25)
    The salt form of hyaluronic acid, a standard, well-evidenced humectant for short-term hydration. Marketed simply as “Hyaluronic Acid.”

    Read that back. The ingredient with the thinnest public evidence gets the “World-First” story and the trademark; the ingredient directly behind it with the thickest file (Ectoin) gets no billing. That is the honest tension in this formula — not that nothing in the pot works. Humectants hydrate, emollients soften, and this is a pleasant, well-made cream by most accounts. It’s that the marketing spotlight is pointed at the least-documented item in the jar.

    Do the fragrance allergens at the bottom matter?

    The last four entries — linalool, citronellol, geraniol and beta-caryophyllene — are fragrance components listed individually because EU rules (Cosmetics Regulation 1223/2009) require naming them once they pass a labelling threshold in a leave-on product; beta-caryophyllene was added to the labelling list by the 2023 amending Regulation (EU) 2023/1545. A retailer listing notes the cream contains “less than one percent synthetic fragrance,” so in absolute terms the fragrance load is low. For most people this is a non-event; if you patch-test positive to fragrance, their appearance on the label is useful information rather than a verdict.

    What does a formula built on documented peptides look like instead?

    If the reason you were drawn to Magic Cream was the peptide story, it’s worth knowing what a “peptide” can actually mean, because the word is doing a lot of work. A plant extract marketed as containing peptides is a genuinely different thing from a defined synthetic peptide such as copper tripeptide-1 or palmitoyl tetrapeptide-7 — molecules with a known structure and, in several cases, published human studies behind them. Interestingly, Charlotte Tilbury’s own previous Magic Cream formula carried exactly those synthetic Matrixyl peptides; the current one leads with the botanical instead.

    If you want to see how a formula reads when it’s built around the synthetic-peptide route rather than a botanical named as one, our own team at Evil Goods writes about the trade-offs between a copper-peptide serum and cream — this site is published by the Evil Goods team, so treat that as ours, not a neutral pick. We point to it only because it answers the natural next question (“what does a copper-peptide formula actually look like?”), not as a like-for-like comparison: Evil Goods lists curated key ingredients rather than a full 47-line INCI, so lining its label up against Charlotte Tilbury’s full declaration would be comparing full transparency against a partial one. Different disclosure, different thing.

    The short version

    Charlotte Tilbury’s Magic Cream is a well-made, nice-feeling moisturiser whose texture and hydration are doing real, legitimate work. The marketing simply points somewhere else: at a trademarked “World-First” plant extract that lands at position 22 of 47 and whose disclosed evidence, in the brand’s own footnote, is in vitro. Meanwhile the better-documented Ectoin sits one step behind it, unbilled. The INCI is published openly on every retailer’s page, so none of this is hidden — it’s just not the story on the front of the pot. Read the label, in order, and the hero turns out to be a supporting player.

    Nib closes the pot of cream, tucks the pencil behind an ear and gives a small satisfied wave, a note pinned up behind reading read the label, in order.
    Nib’s whole method, in four words: read the label, in order.

  • IT Cosmetics Confidence in a Cream: The Peptides Are #36 and #37

    IT Cosmetics markets Confidence in a Cream on a “Peptide-Lipid Complex,” but the two peptides that make up that complex — Palmitoyl Tripeptide-1 and Palmitoyl Tetrapeptide-7 — are ingredients 36 and 37 in a 38-item list, sitting below the fragrance allergens and just above the perfume itself. Two of the cream’s other headline ingredients, niacinamide and squalane, are near the top and backed by disclosed percentages. The peptides are not. Here is where each one actually sits.

    Confidence in a Cream ($49 for 2 oz) is one of the most reviewed anti-aging moisturizers on the shelf, and its pitch leans on niacinamide, squalane, and a branded “Peptide-Lipid Complex.” Niacinamide and squalane hold up to a reading of the label. The third is the one worth slowing down on — not because anything is hidden, but because the word “complex” does a lot of quiet work.

    Nib, a small round pencil-sketch creature, holds a magnifying glass up to a jar labelled Confidence in a Cream, squinting at the fine print on the back.
    Nib reads the back of the jar, not the front.

    What does the ingredient order actually tell you?

    US cosmetic labels follow a rule most shoppers never learn: ingredients are listed in descending order of concentration, but only down to 1%. Below that threshold, a brand may list the remaining ingredients in any order it likes. That rule comes from the FDA’s labeling regulation at 21 CFR 701.3, and it is the whole reason label position is readable at all. Above 1%, order means something. Below it, order means almost nothing — which is itself a kind of information, because it tells you an ingredient is in the “under one percent” group.

    So the useful trick is to find a marker whose typical use level is known, and read everything after it as “at or below roughly that.” The standard marker is a preservative.

    Nib runs a pencil down a long ingredient list pinned to the desk, counting the entries with the pencil tip.
    Thirty-eight entries. Nib counts them twice.

    Where is the “Peptide-Lipid Complex” on the label?

    Here is the full ingredient list for the standard SKU, read from the IT Cosmetics product page (itcosmetics.com, product ITC_1137, read 2026-10-07) and matched word-for-word against a second major US retailer’s listing for the same SKU (read 2026-10-07):

    AQUA / WATER / EAU, GLYCERIN, NIACINAMIDE, CETEARYL ALCOHOL, HYDROXYETHYLPIPERAZINE ETHANE SULFONIC ACID, GLYCERYL STEARATE, SQUALANE, DIMETHICONE, MYRISTYL MYRISTATE, ETHYLHEXYL PALMITATE, BUTYROSPERMUM PARKII BUTTER / SHEA BUTTER, PHENOXYETHANOL, PEG-100 STEARATE, CAPRYLYL GLYCOL, SODIUM POLYACRYLATE, TOCOPHEROL, CITRIC ACID, SODIUM HYALURONATE, CAPRYLIC/CAPRIC TRIGLYCERIDE, PENTYLENE GLYCOL, PENTAERYTHRITYL TETRA-DI-T-BUTYL HYDROXYHYDROCINNAMATE, HYDROLYZED RICE PROTEIN, CERAMIDE NP, ADENOSINE, TRISODIUM ETHYLENEDIAMINE DISUCCINATE, COLLOIDAL OATMEAL, HYDROXYPALMITOYL SPHINGANINE, BUTYLENE GLYCOL, LIMONENE, CARAMEL, CITRAL, LINALOOL, CARBOMER, SODIUM LACTATE, POLYSORBATE 20, PALMITOYL TRIPEPTIDE-1, PALMITOYL TETRAPEPTIDE-7, PARFUM / FRAGRANCE.

    Count to the end. There are 38 entries. The two peptides that IT Cosmetics names as the “Peptide-Lipid Complex” land here:

    Position Ingredient How it is marketed
    3 Niacinamide “4% Niacinamide” — disclosed, and the position agrees
    7 Squalane “3% Squalane” — disclosed, and the position agrees
    12 Phenoxyethanol Preservative. The sub-1% marker.
    18 Sodium Hyaluronate “hyaluronic acid” — below the marker
    23 Ceramide NP “barrier” — below the marker
    29 / 31 / 32 Limonene / Citral / Linalool fragrance allergens, listed individually
    36 Palmitoyl Tripeptide-1 “Peptide-Lipid Complex”
    37 Palmitoyl Tetrapeptide-7 “Peptide-Lipid Complex”
    38 Parfum / Fragrance end of list

    The two peptides are the last two functional ingredients on the label. They sit below the three fragrance compounds the EU requires to be named individually, and above only the perfume base itself.

    Nib points the pencil near the very bottom of the list, eyebrows raised, having found the two peptides sitting just above fragrance.
    The thing on the front of the bottle, found near the bottom of the list.

    Does a low position mean the peptides do nothing?

    No — and this is the part the position alone cannot tell you. Peptides like these work at parts-per-million levels. The CIR safety review of these exact ingredients (Johnson et al., International Journal of Toxicology, 2018) reports typical use concentrations under 10 ppm, with surveyed maximums around 0.002%. A more recent framework paper (PMC, 2026) puts the leave-on maximum for this class at roughly 20 ppm. At those levels, a peptide belongs exactly where it sits — at the bottom of the list, in the sub-1% group. A peptide near the top would be the surprising thing, not this.

    IT Cosmetics’ limited-edition version of the cream discloses a “2.5% Peptide-Lipid Complex.” If the two peptides are each present at ppm levels, then most of that 2.5% is the lipid carrier the peptides are delivered in, not the peptides themselves. That is how peptide raw materials are sold — a trade blend, a small active fraction in a larger carrier. It is not a trick. It is worth saying out loud only because “Peptide-Lipid Complex” on the front of the jar invites you to picture something the number 36 does not support.

    What holds up here, and what to weigh?

    Credit where it is due: IT Cosmetics states 4% niacinamide and 3% squalane on the page, and both sit above phenoxyethanol, which is consistent with those numbers. That is more transparency than most brands offer, and the formula is a genuinely well-built moisturizer on those two counts. The peptides are the one place where the marketing and the label part ways — not in honesty, but in emphasis.

    If you are specifically shopping for a peptide moisturizer — one built around peptides rather than led by niacinamide and squalane with peptides at the end — the question becomes what a formula designed around that active actually looks like. We make skincare at Evil Goods, and we put our copper peptides on their own line for exactly this reason; we wrote up why that was a deliberate formulation choice here (that is our site). Read it as one answer to the question, not as a like-for-like swap: our product page shows a curated key-ingredient panel, not a full INCI declaration, so it is not a fair position-by-position comparison against IT Cosmetics’ complete list. Different disclosures, different claims — judge each on its own label.

    Nib taps the pencil on the word PHENOXYETHANOL midway down the list, drawing a small line to mark the one-percent boundary.
    Nib marks the preservative — the line everything below sits under.

    One note for sensitive skin

    Three fragrance allergens — limonene (#29), citral (#31), and linalool (#32) — are listed separately from “parfum,” which under EU rules means each is present above the 0.001% leave-on labeling threshold. Sensitization to these is real but uncommon, and the clinic figures that exist (around a few percent of already patch-tested patients, per SCCS opinions) are drawn from people who self-select for sensitivity. If you have a known fragrance allergy, this is worth a glance. If you do not, it is just context.

    Frequently asked questions

    Where do the peptides sit in Confidence in a Cream?
    Palmitoyl Tripeptide-1 is position 36 and Palmitoyl Tetrapeptide-7 is position 37 of 38, just above the fragrance base.
    Does that mean the peptides are useless?
    No. These peptides are used at parts-per-million levels (CIR 2018), so a low list position is expected rather than alarming. Position tells you concentration band, not whether an ingredient works.
    Are the niacinamide and squalane claims accurate?
    They are consistent with the label. IT Cosmetics discloses 4% niacinamide and 3% squalane, and both sit near the top of the list, above the preservative, which matches those figures.
    Why does the limited edition say “2.5% Peptide-Lipid Complex”?
    That figure refers to the whole commercial complex, including the lipid carrier the peptides are delivered in — not to the peptide dose itself.
    Nib sets the magnifying glass down, satisfied, next to a tidy note that reads: position is not the same as dose.
    Position is a signal, not a verdict. Nib writes it down and moves on.

  • Dove 0% Aluminum “Shea Butter”: There Is No Shea Butter In It

    Dove’s 0% Aluminum “Shea Butter” deodorant stick does not contain shea butter. The word on the front is the name of the fragrance, not an ingredient. The published INCI list opens with Dipropylene Glycol and Propylene Glycol — two synthetic glycols — and finishes with eight individually declared fragrance allergens. Butyrospermum Parkii, the INCI name for shea butter, appears nowhere in it. Oddly, the “Sensitive” stick in the same line does contain shea butter, at position eight.

    This is one of those labels where the gap between the front of the pack and the back is the whole story — and it is a gap the maker is not really hiding. Dove’s own Canadian listing titles the product “Shea Butter Scent.” Most people buying a tub never turn it over, so here is the turn-over.

    Nib, a small round pencil-sketch creature, holds a deodorant stick labelled 'Shea Butter' up to a magnifying glass and squints at it.
    Nib picks up the stick named after shea butter and goes looking for the shea butter.

    What is actually in the Dove 0% Aluminum “Shea Butter” stick?

    Here is the ingredient list as published, verbatim. It is the same formula shown on Dove’s Canadian product page (indexed March 2023, HTTP 200 on 6 October 2026) and matched line-for-line on the iHerb listing for the same 2.6 oz SKU, UPC 00079400478849:

    Dipropylene Glycol, Water (Eau), Glycerin, Propylene Glycol, Sodium Stearate, Poloxamine 1307, Fragrance (Parfum), Stearic Acid, Disodium EDTA, BHT, Simethicone, Benzyl Alcohol, Benzyl Benzoate, Benzyl Salicylate, Citronellol, Coumarin, Hexyl Cinnamal, Limonene, Linalool.

    Read it from the top, because an INCI list is ordered by quantity until you get below one percent. Nineteen lines, and the first thing in the stick is Dipropylene Glycol, a petroleum-derived solvent and humectant. The second is water. The third, Glycerin, is a genuine moisturizer and the one honest workhorse near the top. The fourth is Propylene Glycol, a second synthetic glycol. Then a soap base (Sodium Stearate), an industrial co-emulsifier (Poloxamine 1307), and the undisclosed Fragrance (Parfum) at position seven. That fragrance is where the “shea butter” lives — as a smell, built from a blend that the last eight lines of the label then have to spell out.

    The shea-butter note you can smell is real. The shea butter you might expect to be slathering on your skin is not there.

    Nib runs a pencil down a long printed ingredient list, tapping each line, a small frown of concentration on its face.
    Down the whole list, line by line. Nib checks every one.

    Where would the shea butter be, if it were there?

    You do not have to guess, because Dove makes a near-identical product that does contain it. The Dove 0% Aluminum Sensitive stick — same line, same base chemistry — lists:

    Dipropylene Glycol, Water (Eau), Glycerin, Propylene Glycol, Sodium Stearate, Poloxamine 1307, Fragrance (Parfum), Butyrospermum Parkii (Shea) Butter, Aloe Barbadensis Leaf Juice Powder, Chamomilla Recutita (Matricaria) Flower Extract, Stearic Acid, Disodium EDTA, Simethicone, BHT.

    There it is, at position eight — after two glycols, water, a soap, a polymer and the fragrance, but present and named. So within one product family, the stick named after shea butter has none, and the plainer “Sensitive” one does. That is not a conspiracy; it is just how fragrance naming works. But it is a good reason to read the back rather than the front.

    Dove 0% Aluminum “Shea Butter”
    No Butyrospermum Parkii anywhere on the list. “Shea butter” is a fragrance note inside Fragrance (Parfum) at position 7. Eight declared fragrance allergens fill positions 12 to 19.
    Dove 0% Aluminum “Sensitive”
    Contains Butyrospermum Parkii (Shea) Butter at position 8, plus aloe and chamomile extract. No separately declared allergen list.
    Nib turns the ingredient list over and over, holding it up to the light, finding nothing where it expected the shea butter to be.
    Position one is a synthetic glycol. Position four is another. Still no shea butter.

    Do the synthetic glycols and fragrance matter on a deodorant?

    They can, and the people most likely to care are the ones this kind of product is marketed to. Two points from the dermatology literature, stated at their real strength:

    First, Propylene Glycol at position four. A widely cited review of antiperspirant and deodorant allergy (Zug et al., PMC3013594) reports propylene glycol as one of the most common allergens in the deodorant category, and notes that the North American Contact Dermatitis Group found roughly 4 percent of patch-tested patients reacted to it. The Contact Dermatitis Institute’s propylene glycol information sheet lists antiperspirants and deodorants as a major source category. This is not “PG is dangerous” — most people wear it with no trouble. It is “if you already know you react to PG, a stick with it at position four is one to skip.”

    Second, the eight fragrance allergens that fill positions 12 to 19: Benzyl Alcohol, Benzyl Benzoate, Benzyl Salicylate, Citronellol, Coumarin, Hexyl Cinnamal, Limonene and Linalool. They are listed individually because the EU requires any of its 26 named fragrance allergens to be declared on the label when present above a leave-on threshold — the FDA’s own page on allergens in cosmetics explains that rule and lists all 26. Their appearance here simply means each one is present above that threshold. Why it is worth a glance on a deodorant specifically: a review of fragrance contact dermatitis (Brites González & García Bravo, 2012) cites work finding deodorants to be among the most common sources of fragrance contact allergy — the underarm is occluded and the allergens sit against skin all day.

    None of that makes this a bad product for most people. It makes it a fragranced product, which is a fair thing to know when the name points you toward a nourishing butter instead.

    So what do you actually learn from the word on the front?

    Less than you would hope. A product can be named for an ingredient it does not contain, because the name can describe a scent. “Shea Butter,” “Coconut,” “Cucumber & Green Tea” — on a deodorant these are usually fragrance stories, and the only way to know whether the thing is in there is to read the INCI and look for the Latin binomial (Butyrospermum Parkii for shea; Cocos Nucifera for coconut). If it is not on the list, it is not in the stick, however prominent it is on the label.

    If you have just learned that the stick named after shea butter is mostly glycols, soap and fragrance, you might want to see what a deodorant looks like when the oily, skin-feel ingredient on the front is actually the base of the formula. Our own tallow deodorant is built on beef tallow rather than a glycol-and-fragrance stick — disclosure: Ingredient Desk is published by the team behind Evil Goods, so that is our product, not a neutral pick. Read its label the same way you just read Dove’s: look for the hero ingredient and check where it sits.

    Nib points its pencil at the word 'Scent' on the front of the pack, a small lightbulb look of realisation.
    The clue was on the front the whole time: the word ‘Scent’.

    Frequently asked questions

    Does Dove 0% Aluminum Shea Butter contain shea butter?
    No. The published INCI list does not include Butyrospermum Parkii (shea butter) anywhere. “Shea Butter” is the name of the fragrance. Dove’s Canadian listing calls it “Shea Butter Scent.”

    Which Dove 0% Aluminum stick actually has shea butter in it?
    The “Sensitive” variant lists Butyrospermum Parkii (Shea) Butter at position 8, along with aloe and chamomile flower extract.

    What is the first ingredient in the Shea Butter stick?
    Dipropylene Glycol, a synthetic solvent and humectant — the largest-quantity ingredient in the formula.

    Why are eight fragrance ingredients listed separately at the end?
    They are on the EU’s list of 26 fragrance allergens, which must be declared individually when present above a set threshold. Their listing means each is present above that level.

    Should I avoid it?
    Only you can decide. For most people it is an ordinary fragranced deodorant. If you have a known reaction to propylene glycol or to fragrance, the label gives you the information to make that call — which is the whole point of turning the pack over.

    Nib sits down with the magnifying glass in its lap, holding a second, different stick labelled 'Sensitive', looking mildly amused that this one actually contains the shea butter.
    The punchline: the stick that does contain shea butter is the one that isn’t named after it.

  • Josie Maran Whipped Argan Oil Face Butter: Argan Is Honestly #2. The Squalane and Hyaluronate Are After Nine Other Things.

    On the Josie Maran Whipped Argan Oil Face Butter’s own ingredient list, argan oil sits at position two — and it genuinely earns that spot. But the pair the marketing treats as its co-stars, squalane and sodium hyaluronate, appear at #16 and #15, after a synthetic texture polymer, a coconut-derived oil, a sugar-alcohol humectant complex and aloe. Argan is the honest headline here. The squalane and hyaluronate are real, but they are not co-equals with the argan by volume.

    Josie Maran’s brand page describes this product as air-whipping “organic, fast-absorbing, and line-smoothing Argan Oil with squalane and sodium hyaluronate.” A major beauty retailer lists all three as highlighted ingredients, side by side, as if they carried the same weight in the jar. That is the claim. The label tells a more layered story, and the nice part is you can check it yourself.

    What is actually in the Josie Maran Whipped Argan Oil Face Butter?

    Here is the full INCI list, quoted verbatim from josiemaran.com, read on 28 September 2026. It runs to thirty-five entries long:

    Aqua (Water), Argania Spinosa (Argan) Kernel Oil, Glyceryl Stearate, Glycerin, Cetyl Alcohol, Butyrospermum Parkii (Shea) Butter, Dicapryl Carbonate, Ethylhexyl Palmitate, Hydroxyethyl Acrylate/Sodium Acryloyl Dimethyl Taurate Copolymer, Caprylic/Capric Triglyceride, Xylitylglucoside, Aloe Barbadensis (Aloe Vera) Leaf Juice, Anhydroxylitol, Sodium Stearoyl Glutamate, Sodium Hyaluronate, Squalane, Cucumis Sativus (Cucumber) Fruit Extract, Citrullus Lanatus (Watermelon) Extract, Lysolecithin, Tocopherol, Panthenol, Allantoin, Pullulan, Sodium Phytate, Xylitol, Stearic Acid, Glyceryl Caprylate, Polysorbate-60, Glyceryl Undecylenate, Xanthan Gum, Citric Acid, Sclerotium Gum, Potassium Sorbate, Ethylhexylglycerin, Phenoxyethanol.

    Source: josiemaran.com product page, read 2026-09-28. An identical order appeared in a major retailer’s listing on the same date. One note before we start counting positions: an ingredient list is ordered by weight only down to the 1% mark, and below that the order is at the formulator’s discretion. So positions near the top are meaningful, and positions in the tail are softer. Keep that in mind — it cuts both ways here.

    Nib the round pencil-sketch creature holds up a large product jar with a magnifying glass, squinting at the tiny ingredient list printed on the side.
    Nib does the one thing the marketing hopes you will skip: reads the back of the jar.

    Does the argan oil claim hold up?

    Yes — and it is worth saying so plainly, because this site is not here to dunk on every product. Argan oil is the second ingredient, behind only water. Third-party formulation estimators (which reverse-engineer likely percentages from INCI order, and are estimates, not disclosures) put it somewhere around 11% of the formula. Whether or not that exact figure is right, position two behind water is a strong, defensible place for the ingredient a product is named after. If you came for argan oil, argan oil is what is doing most of the emollient work.

    Argan oil is also well tolerated by most people. A 2026 cross-reactivity study out of a US dermatology clinic patch-tested 1,859 patients and found argan oil reactions in just three of them — about 0.16% (Contact Dermatitis, 2026). Allergy to it is documented but rare; if you have a known tree-nut or lipid-transfer-protein sensitivity, that 0.16% is worth knowing, but for most skin it is a gentle oil.

    Argania Spinosa (Argan) Kernel Oil
    Position #2 of 35. The named hero. Estimated ~11% by third-party tools. The claim matches the label.
    Sodium Hyaluronate
    Position #15. Co-marketed as a headline active. Typical cosmetic dosing sits at 0.05–0.5% in emulsions.
    Squalane
    Position #16. Co-marketed as a co-equal “good fat.” A functional emollient dose is often cited at 1–3%; at #16 it is likely under 2%.
    Nib stands beside a tall numbered column of stacked blocks, pointing a pencil at the second block from the top which is labelled with an oil droplet.
    Position two, water aside: this is where the front-of-jar claim actually lives.

    Where do the squalane and sodium hyaluronate really sit?

    Squalane and sodium hyaluronate are marketed as if they stand shoulder to shoulder with argan oil. On the label they appear at #16 and #15 — behind a stack of things the ad never mentions: a synthetic acrylic texture polymer at #9, a coconut/palm-derived light oil at #10, and a xylitol-based humectant complex plus aloe at #11 through #14. Both squalane and hyaluronate do appear before the preservative phenoxyethanol at #35, so neither is at vanishing trace level. But “present” and “co-equal hero” are different claims.

    Concentration decides what each one can do. For sodium hyaluronate, the topical literature shows measurable moisturizing and water-loss benefits at roughly 0.5–1% (PMC review, 2025). At position #15, it is plausibly at the low end of that band or below it — likely doing something, but not a lot at once. For squalane, the Cosmetic Ingredient Review panel’s safety assessment documents its use as an emollient across a range of concentrations (CIR, 2019); at #16 it is a genuine skin-feel and softening agent, not the structural bulk of the product. The argan at ~11% is simply on a different scale.

    Nib peers at two small blocks far down a numbered column, positions fifteen and sixteen, holding the magnifying glass close while the argan block towers above near the top.
    The two co-stars from the ad copy turn up at #15 and #16, nine or more places below the argan.

    What is the polymer at #9 doing above them?

    Position #9, Hydroxyethyl Acrylate/Sodium Acryloyl Dimethyl Taurate Copolymer, is the sole entry in the whole list the brand’s own annotation does not mark as “naturally-derived.” It is a synthetic acrylic polymer used to thicken and stabilize emulsions — the thing that gives a whipped cream its whipped body. It is not unusual and it is not a problem; it is just worth noticing that a synthetic texture-builder sits several places above the two naturals the marketing leans on.

    One honest open question: this polymer is the active in a pre-blended commercial ingredient (sold by its maker as a system that already contains squalane as a carrier liquid). If this formula used that pre-blend, some of the “squalane” at #16 could be riding in as the polymer’s carrier rather than added on its own as an active. The formula also lists Polysorbate-60 further down, which is consistent with that system — though polysorbate 60 is a common standalone emulsifier too. We cannot confirm this without formulation disclosure, so treat it strictly as a maybe. It is flagged here because it would change whether squalane deserves billing as a standalone active at all.

    Nib sits at a small desk stamping a sheet of paper headed with a bold study claim and a large question mark drawn beside it, an eyebrow raised.
    Nib’s favorite kind of line to check: a proof claim that needs a citeable study behind it.

    What about the study claims and the “mineral oil free” line?

    The brand page carries two study-backed lines: improved firmness and hydration “after one use,” and improved barrier function and pores over four weeks. Both cite studies of 30 participants. Thirty-person, company-run studies are preliminary by design — small, short, not the same as published, peer-reviewed, independently replicated work. That does not make them fake; it makes them thin. The honest reading is “an in-house study of thirty people suggested this,” not a settled result.

    The “mineral oil free” line is technically accurate — there is no liquid paraffin or petrolatum in the list. It is fair to note, though, that positions #7, #8 and #9 (dicapryl carbonate, ethylhexyl palmitate, and that acrylic polymer) are synthetic. “No mineral oil” is true; “no synthetics” is not what the list says, and the brand does not quite claim the latter.

    So is it worth $57?

    At roughly $57 for 1.7 oz (a price you should confirm at checkout, since it moves), you are paying a premium for a well-made whipped moisturizer whose named hero — argan oil — is honestly placed. If argan oil at ~11% is the thing you want, this delivers it. If you were buying it for the squalane and the hyaluronate because the copy put them up in lights, the label says those are supporting players, not co-leads.

    Full disclosure, because it is the whole point of this site: we are the team behind Evil Goods, and we make a whipped face moisturizer too. If a whipped face butter is the format you are after and you would rather the front-of-jar ingredient sit at position one, our Whipped Tallow & Manuka Honey Moisturizer leads with grass-fed tallow rather than argan-behind-a-polymer. It is a very different formula — fewer ingredients, animal fat instead of plant oil — and it will not be for everyone. That is fine. The argan butter is a legitimately made product; we just think you should buy it knowing exactly where each headline ingredient lands, then pick the format and the fat you actually want.

    Frequently asked questions

    Is argan oil really the main ingredient in the Josie Maran face butter?

    After water, yes. Argan oil is listed at position #2 of 35, and third-party estimators put it around 11%. The front-of-jar claim matches the label.

    How much squalane is in it?

    The label places squalane at #16. A functional emollient dose is often cited at 1–3%, so at that position it is likely under 2% — a real skin-feel agent, not the bulk of the formula.

    Does the sodium hyaluronate do anything at position #15?

    Probably a little. Topical studies show benefit at roughly 0.5–1%; at #15 it is plausibly at or below the low end of that range. Present and likely functional, but not a heavy dose.

    Are the on-pack study claims trustworthy?

    They rest on 30-participant, company-run studies. Those are preliminary — small and short, not published peer-reviewed trials. Read them as suggestive, not settled.

    Nib closes a notebook and gives a small satisfied nod, magnifying glass tucked under one arm, the numbered ingredient column faint in the background.
    Case closed: an honest #2, two co-stars with smaller roles than the billing suggests, and a label that told you the truth the whole time.

  • First Aid Beauty Ultra Repair Cream: Ceramide Is the 21st Ingredient

    First Aid Beauty’s Ultra Repair Cream is marketed on ceramides for the skin barrier, but on the label Ceramide NP is the 21st of 22 inactive ingredients — the second-to-last thing in the tub, nine positions below phenoxyethanol, a preservative used at up to 1%. The single amount we can read on the label is the colloidal oatmeal, disclosed as 0.5% only because US law classifies this cream as an over-the-counter drug. None of that makes it a bad moisturizer; it is a competent one. It just means the ceramide the marketing leans on is a trace-level ingredient, and the shea butter nobody puts on the front of the jar is present at a far higher level than the ceramide is.

    Ultra Repair Cream is one of the best-selling “eczema” moisturizers in the US — thousands of reviews at each major beauty retailer, a National Eczema Association seal, and a pitch built on a familiar trio: colloidal oatmeal, ceramides and shea butter. So it is worth doing the one thing the front of the jar never invites you to do: turn it around and read the whole list, in order. When you do, two of those three heroes sit in very different places than the marketing suggests.

    Where does the ceramide actually sit on the label?

    Here is the ingredient list, quoted verbatim. The active ingredient is listed separately from the inactives because this product is a registered OTC drug — more on why in a moment. This ordering is from First Aid Beauty’s own product page, read 25 September 2026, and the identical order appears on a major beauty retailer’s listing for the same jar, read the same day. The FDA’s own drug database (DailyMed, NDC 69423-556) lists all the same ingredients, which is how we can say the list below is complete rather than truncated.

    Active ingredient: Colloidal Oatmeal 0.5%.
    Inactive ingredients: Water, Stearic Acid, Glycerin, C12-15 Alkyl Benzoate, Caprylic/Capric Triglyceride, Glyceryl Stearate, Glyceryl Stearate SE, Cetearyl Alcohol, Butyrospermum Parkii (Shea) Butter, Dimethicone, Squalane, Phenoxyethanol, Caprylyl Glycol, Xanthan Gum, Allantoin, Sodium Hydroxide, Disodium EDTA, Chrysanthemum Parthenium (Feverfew) Extract, Camellia Sinensis Leaf Extract, Glycyrrhiza Glabra (Licorice) Root Extract, Ceramide NP, Eucalyptus Globulus Leaf Oil.

    Read down the inactives and the shape of the formula is clear. Water is #1. Stearic acid (#2) is the main structural lipid, a fatty-acid emulsifier. Glycerin (#3) is the primary humectant. Then a synthetic ester and a medium-chain triglyceride (#4–5), a run of emulsifiers, and at #9 shea butter. Ceramide NP does not appear until #21 — twenty inactives in, second from the bottom, with only eucalyptus oil beneath it.

    Product name / pitch
    Ultra Repair Cream — ceramides and colloidal oatmeal are the front-of-jar story
    Ceramide NP position
    #21 of 22 inactive ingredients
    Phenoxyethanol position
    #12 — a preservative capped at ~1%
    Shea butter position
    #9 — well above the ceramide
    Colloidal oatmeal
    0.5%, disclosed by law as the OTC-drug active
    Source of list
    First Aid Beauty’s own page and a major retailer’s listing, both read 25 Sep 2026; cross-checked against FDA DailyMed
    Nib, a small round pencil-sketch creature, holds a magnifying glass up to a jar of Ultra Repair Cream whose front reads ceramides and colloidal oatmeal, then peers past the marketing to a long ingredient list running down the back of the jar.
    The jar sells ceramides. Nib turns it around to find where the ceramide actually is.

    What does position #21 tell you about how much ceramide is in there?

    Honesty first: a position on an INCI list is not a precise concentration readout. US cosmetic labelling law lets a manufacturer list everything present at 1% or less in any order it likes — the descending-by-weight rule only applies down to the 1% line. The FDA explains this in plain terms in its Cosmetics Labeling Guide.

    But there is a useful anchor in this particular list, and it is the preservative. Phenoxyethanol sits at #12. It is used at a maximum of about 1% — that is the standard cosmetic cap, and at that level it is well tolerated (a large patch-test review found a sensitization rate under 0.3%: van Zuuren et al., J Eur Acad Dermatol Venereol, 2019). So everything from position #12 downward is at roughly 1% or less. Ceramide NP is nine positions below the preservative. That puts it well under 1% — almost certainly a trace. We are not going to invent a percentage First Aid Beauty does not publish, but the label itself brackets the answer.

    How much does that matter? A clinical review of moisturizers versus barrier repair in atopic dermatitis put it bluntly: Elias & Schmuth (Ann Allergy Asthma Immunol, 2018) note that “some popular moisturizers also include a ceramide, but when provided, its content is usually too low to impart measurable benefits, but is often included for marketing purposes.” The same authors argue that for a genuine barrier-repair effect in atopic dermatitis the three physiologic lipids together should reach roughly 5% or more — and that is the combined ceramide-plus-cholesterol-plus-fatty-acid mixture, not a lone ceramide at position #21. This is not proof the cream does nothing; plenty of people find it a pleasant, effective moisturizer. It is a reason to be sceptical that the ceramide specifically is doing the heavy lifting the name implies.

    Nib runs a pencil down a numbered column of ingredients and rests the tip on entry number twenty-one, which reads Ceramide NP, with entry number twelve, phenoxyethanol, circled higher up the list.
    Phenoxyethanol, the preservative, is #12. Nine lines further down, at #21, Nib finally reaches the ceramide.

    Why do we know the oatmeal is 0.5% but not the ceramide?

    This is the quietly interesting part. The colloidal oatmeal concentration is on the label — 0.5% — not because First Aid Beauty volunteered it in a spirit of transparency, but because it is legally required to. Colloidal oatmeal is the ingredient that carries the product’s eczema claim — the “relieves / soothes dry, distressed skin, even eczema” language on the packaging — and in the US that kind of claim makes the product a non-prescription (OTC) drug regulated under the FDA’s skin-protectant monograph. An OTC drug must declare its active ingredient and that ingredient’s strength on the label; a cosmetic ingredient carries no such duty. DailyMed lists the product as a HUMAN OTC DRUG with oatmeal as the single active at 0.5% and everything else — ceramide included — as inactive.

    So the asymmetry on the label is really a regulatory artefact. We can read the oatmeal number because a drug law forces it into the open; we cannot read the ceramide number because cosmetic law does not. It is a neat illustration of how much of what a jar tells you is decided by which rulebook applies, not by which ingredient the brand is proudest of.

    Is the shea butter the real workhorse here?

    Look at position #9. Shea butter sits above dimethicone, above squalane, and eleven places above the ceramide — comfortably in the part of the list where ingredients are still above 1%. Squalane (#11) is in there too, also above the ceramide, and First Aid Beauty does not put squalane on the front of the jar at all. In other words, the ingredients doing the most emollient work in this tub — the base of stearic acid, glycerin, shea butter, triglycerides and silicone — are largely not the ones the marketing leads with. That is not a scandal. It is a well-built, fairly standard emollient cream. The gap worth noticing is between that honest formula and a name that invites you to picture a jar built around ceramides.

    One caveat on the shea, because we would rather flag it than hide it: First Aid Beauty’s own page currently shows “Hydrogenated Shea Butter” slightly lower in the list than the “Butyrospermum Parkii (Shea) Butter” that the retailer listings show at #9. That looks like a reformulation caught mid-update, and it does not move the ceramide, which sits at #21 across every source we checked. If it matters to you, read the list on the physical tube you actually buy — packaging is the definitive source, and it changes.

    Nib holds a pair of ingredient lists side by side, one labelled brand site and one labelled retailer, comparing where shea butter appears on each while the entry for Ceramide NP stays pinned at number twenty-one on both.
    Two versions disagree on the shea butter. Nib checks: the ceramide is #21 on both.

    So what should a shopper actually take from this?

    Read the list, in order, on whatever you are about to buy, and find your hero ingredient in it. If a cream is sold to you on ceramides and the ceramide is second-from-last, that is not a reason to panic — it may still be a fine moisturizer — but it is a reason not to pay a ceramide premium for it. The same trick works on any jar: the front sells you a hero; the back tells you where that hero really ranks.

    If what you want is a moisturizer whose named ingredients are actually near the top of the list, that is a legitimate thing to shop for. Reading this knowing Ingredient Desk is published by the team behind Evil Goods, one alternative built on that principle is a tallow-based moisturizer, where the fats doing the work are the fats on the front of the jar rather than a water-and-emulsifier base — if you want to understand that kind of formula before deciding, our explainer on what a beef tallow moisturizer actually is (ours) walks through it. Whether a tallow cream suits your skin is a separate question with its own trade-offs, and we are not going to compare percentages neither company fully publishes. The only comparison worth making is the one this whole piece is about.

    Nib sets down the Ultra Repair Cream jar and taps a short handwritten note that reads read the back, not the front, next to the fully-decoded ingredient column.
    Nib’s takeaway, in pencil: read the back of the jar, not the front.

    FAQ

    Where does the ceramide rank in First Aid Beauty Ultra Repair Cream?
    On the current US label (First Aid Beauty’s own page and a major retailer’s listing, both read 25 September 2026), Ceramide NP is the 21st of 22 inactive ingredients — second from the bottom, with only eucalyptus oil below it.

    How much ceramide is actually in it?
    First Aid Beauty does not publish its formula percentages, so no exact figure can be stated. Ceramide NP sits nine positions below phenoxyethanol, a preservative capped at about 1%, which places it well under 1% — consistent with a trace level, though the precise amount is not knowable from the label.

    Why is the colloidal oatmeal concentration (0.5%) on the label but not the ceramide’s?
    Because the product is classified as an over-the-counter drug in the US: colloidal oatmeal is its active ingredient and OTC drug law requires the active and its strength to be declared. Ceramide NP is an inactive cosmetic ingredient, which carries no such disclosure requirement. FDA DailyMed lists the product as a HUMAN OTC DRUG with oatmeal at 0.5% as the only active.

    Does Ultra Repair Cream still “work” for dry skin if the ceramide is that low?
    Quite possibly — it is a competent emollient cream and carries a National Eczema Association seal. The point here is narrower: the ceramide the marketing leads with is a trace-level ingredient, while the shea butter, glycerin and other emollients further up the list are doing most of the moisturizing.

    Ingredient Desk is published by the team behind Evil Goods. Prices, formulas and labels change; we date what we read and link the source so you can check it.

    Nib closes a small notebook titled Ingredient Desk, sets the magnifying glass down beside the fully-read Ultra Repair Cream jar, and gives a satisfied nod.
    Label read, top to bottom. The ceramide is real – it just sits at number twenty-one.

  • Tree Hut Shea Sugar Scrub: Where the Shea Actually Sits on the Label

    In Tree Hut’s Shea Sugar Scrub, shea butter is never the main event. It sits at position 7 of 22 in Moroccan Rose, position 5 of 30 in the best-selling Vanilla, position 10 of 28 in Strawberry, and — if a 2021-indexed listing is current — as far down as position 20 in Palm Grove. In every version the list opens with sucrose, then glycerin, then polysorbate 20 — all ahead of the shea. It is a sugar scrub with shea as a supporting fat, not a shea product with sugar added.

    Tree Hut’s Shea Sugar Scrub is, by review count, one of the most-bought body scrubs in America — the Vanilla 18oz jar alone carries 172,825 reviews at 4.8 stars (Amazon, data through June 2026 via asinsight.com). The word “Shea” is on the front of every jar. So it is worth doing the one thing the packaging quietly discourages: reading the ingredient list on the back, in order, and finding where the shea actually is.

    INCI lists are ordered by descending concentration down to 1%; below that, order is unregulated. So a high position means “more of this than the things below it,” and a low one means “less.” That is all we can read off the label — never an exact percentage — but it is enough to see whether a hero ingredient is really the hero.

    Where does the shea sit in Moroccan Rose?

    The cleanest example to start with is Moroccan Rose, because two independent sources reproduce its list identically. Here it is verbatim, from the brand’s own product page (treehutshea.com/products/moroccan-rose-shea-sugar-scrub, fetched 2026-09-21, HTTP 200), corroborated exactly by an independent review site (dermapproved.com, published 2026-04-13):

    Sucrose, Glycerin, Polysorbate 20, Silica, Rosa Canina Fruit Oil, Argania Spinosa Kernel Oil, Butyrospermum Parkii (Shea) Butter, Persea Gratissima (Avocado) Oil, Carthamus Tinctorius (Safflower) Seed Oil, Citrus Aurantium Dulcis (Orange) Oil, Macadamia Ternifolia Seed Oil, Oenothera Biennis (Evening Primrose) Oil, Prunus Amygdalus Dulcis (Sweet Almond) Oil, Aqua (Water/Eau), Caprylyl Glycol, Ascorbic Acid, Retinyl Palmitate, Phenoxyethanol, Sorbic Acid, Red 4 (CI 14700), Blue 1 (CI 42090), Parfum (Fragrance)

    Shea is ingredient number seven of twenty-two. Above it, in order: sugar, glycerin, a synthetic emulsifier, silica, and then two “premium” specialty oils — rosehip (Rosa Canina) and argan (Argania Spinosa) — that this scent leans on in its marketing. Those two oils are exactly what pushes the shea from the fifth slot it holds in plainer scents down to seventh here. The scent’s selling points sit in front of the ingredient the whole line is named after.

    Nib, a small round pencil-sketch creature, peers through a magnifying glass at a tall jar of Shea Sugar Scrub, tracing a finger down the ingredient list on the back.
    Nib does the thing the front of the jar hopes you won’t: reads the back, in order.

    Does shea’s position change by scent?

    Yes — and that is the interesting part. The shea itself is presumably dosed the same; what changes is the oil blend that gets slotted in ahead of it. Here is where verified shea lands across four variants, with sources dated in the notes below the table.

    Variant Shea position Total INCI count Fragrance position
    Vanilla (best-seller) 5 30 21
    Moroccan Rose 7 22 22 (last)
    Strawberry 10 28 18
    Palm Grove (see caveat) 20 ~37 5

    Sources: Vanilla — incidecoder.com/products/tree-hut-vanilla-shea-sugar-scrub, corroborated by a major retailer’s product listing (read 2026-09-21). Moroccan Rose — brand page + dermapproved.com, as above. Strawberry — treehutshea.com/products/strawberry-shea-sugar-scrub, via search result 2026-09-21. Palm Grove — a brand-site listing indexed as far back as 2021 and retrieved only via a search snippet, so I treat it as unconfirmed; the brand’s own disclaimer says its “ingredient lists are updated regularly,” which is a fair warning to take literally.

    Read the best-seller charitably and the story softens: in Vanilla, shea is fifth, which is genuinely fairly early. But sugar, glycerin, polysorbate 20 and silica still all outrank it. Even in the most shea-forward scent Tree Hut sells, sugar, glycerin, an emulsifier and silica all come first, and shea is the only conditioning fat among that leading group.

    Nib holds up two labelled ingredient cards, a big one reading Sugar towering over a much smaller one reading Shea, weighing them on a set of pencil-drawn scales.
    By mass, the sugar wins in every scent. Shea’s exact rank is a scent decision.

    What is polysorbate 20 doing at number three?

    Setting aside the sugar and glycerin, the ingredient that outranks shea in every single scent is polysorbate 20. It is a synthetic emulsifier: its job is to keep the oil blend dispersed through the wet sugar so the jar does not separate into a slick and a sludge. It is not there to condition your skin.

    That is not the same as calling it a problem. The Cosmetic Ingredient Review panel — an industry-funded body, worth naming as such — concluded polysorbates are “safe as used” across rinse-off formulations, assessed to concentrations as high as 19.6% (CIR Safety Assessment of Polysorbates, 2015). The honest read is narrow and specific: polysorbate 20 is a functional, well-tolerated emulsifier that happens to be present in higher concentration than the shea butter in every variant we checked. Not a villain. Just not the thing on the label either.

    Nib inspects a bottle labelled Parfum that has quietly cut ahead of a queue of oil bottles waiting in line, looking mildly surprised at the queue-jumper.
    In the Palm Grove listing, Fragrance appears to queue-jump ahead of every oil — if that list is current.

    Should the named fragrance allergens worry you?

    Two of the scents spell out individual fragrance allergens as separate INCI entries — an EU labelling practice that kicks in above 0.01% in rinse-off products. Strawberry names Linalool, Geraniol, Benzyl Alcohol and Limonene; the Palm Grove listing names Linalool, Limonene, Hydroxycitronellal and Hexyl Cinnamal. Phenoxyethanol, a preservative, appears in all of them.

    Here the site’s usual honesty applies: this is a real but modest signal, not a scare. The American Contact Dermatitis Society added linalool and limonene to its 2020 Core Allergen Series, and estimates that “3.5% to 4.5% of the adult population and 20% of the patch-tested population may be allergic to one or more fragrances” (ACDS Core Allergen Series, 2020). A 2024 review in PMC adds the mechanism that matters: sensitisation is not instant — it “requires sufficient repeated exposure,” and it is the oxidised hydroperoxides of linalool and limonene, not the fresh molecules, that most often provoke a reaction (Fragrance Contact Allergy: A Review Focusing on Patch Testing, 2024). The most current dermatology literature keeps fragrances, preservatives and surfactants at the top of the personal-care-allergen list (JAAD, 2026, PubMed abstract). So: if you patch-test positive to fragrance, a scented sugar scrub is a reasonable thing to skip. If you don’t, the presence of a named allergen on the label is information, not a verdict.

    Nib sets down the magnifying glass and jots a short honest note on a pad that reads sugar first, shea seventh, looking pleased rather than outraged.
    The finding is small and checkable: sugar first, shea somewhere in the middle.

    What if you want a fat that isn’t buried in an oil blend?

    The whole reason “Shea Sugar Scrub” sells is the promise of a rich conditioning fat. If that is what you are actually after, the label is telling you something useful: in this product the fat is one line item among a dozen oils, emulsified into a sugar base, and it is out-ranked by the emulsifier that holds it there. That is a fine thing for a rinse-off exfoliant to be. It is a poor thing to buy as a moisturiser.

    A different design choice is to start from the fat and stop. Our own team at Evil Goods makes a beef tallow moisturizer (this site is published by the Evil Goods team, so treat that as ours, not a neutral recommendation) built around a conditioning fat on its own rather than an isolated oil suspended in polysorbate. We mention it because it is the honest opposite of the structure on this label — not because a body scrub and a leave-on moisturiser do the same job. A sugar scrub is for scrubbing; a fat is for staying on the skin. Pick the one that matches what you came for.

    The short version

    Sucrose (sugar)
    Ingredient #1 in every scent. This is what does the exfoliating. It is a sugar scrub first.
    Glycerin
    Always #2. A cheap, effective humectant, more concentrated than shea everywhere.
    Polysorbate 20
    Always #3. A synthetic emulsifier holding the oils in place; “safe as used” per CIR, but out-ranks the shea.
    Shea (Butyrospermum Parkii) Butter
    Ranges from #5 (Vanilla) to a possible #20 (Palm Grove). Its exact rank is a scent decision, driven by which oils go in ahead of it.

    None of this makes Tree Hut’s scrub a bad product. It makes it a well-selling sugar scrub with a conditioning fat in a supporting role — which is a perfectly reasonable thing to be, and not quite what the name on the jar implies.

    Nib closes the jar, tucks the pencil behind an ear and gives a small satisfied wave, the finished note pinned up behind reading read the label, in order.
    Nib’s whole method, in four words: read the label, in order.

  • Lume Cream Deodorant: Mandelic Acid Is Position 2 — But Two Numbers Aren’t on the Label

    On Lume’s Whole Body Deodorant Invisible Cream (scented), mandelic acid is the second ingredient — right after water and ahead of everything else. So the marketed hero is not buried; it is genuinely near the top. What the label will not tell you is the two numbers that decide whether that matters: the actual percentage of mandelic acid, and the finished pH. Both are absent from the box, and both are what published research says the outcome hinges on.

    This is the site’s usual game — read the label, find where the star ingredient really sits — but Lume plays it back at us. Most “read the label” stories end with the hero ingredient hiding near the preservatives. Here it doesn’t. Mandelic acid is position 2. The interesting part is everything the ingredient order still can’t tell you.

    Where does mandelic acid actually sit on the label?

    Here is the full list, quoted verbatim from Lume’s own ingredients page for the scented Invisible Cream, read on 18 September 2026:

    Water, Mandelic Acid, Maranta Arundinacea Root Powder, Tapioca Starch, Isoamyl Laurate, Hydroxypropyl Starch Phosphate, Cetearyl Alcohol, Caffeine, Caprylic/Capric Triglyceride, Behenyl Alcohol, Hydrogenated Castor Oil, Fragrance, Aloe Barbadensis Leaf Juice, Theobroma Cacao (Cocoa) Seed Butter, Floral Pyranol, Tocopherol, Allantoin, Panthenol, Sandalrome, Stearyl Alcohol, Dimethicone, Cetearyl Glucoside, Pentylene Glycol, Phenylpropanol, Potassium Hydroxide, Dipropylene Glycol, Sodium Benzoate, Tetrasodium Glutamate Diacetate

    Source: lumedeodorant.com/ingredients (the unscented cream drops Fragrance, Floral Pyranol and Sandalrome; every other position is the same). Lume’s own page adds the caveat that the packaging is the authoritative list, so I’m analysing the scented tube exactly as published and naming it as such.

    Ingredient lists in the US run in descending order of concentration down to 1%, after which order stops being required. Mandelic acid at position 2 sits well above that 1% floor, so it is present at a meaningful level — this is not the squalane-after-the-preservative trick. What follows are the cheap absorbent starches that give almost every “natural” deodorant its body — arrowroot powder and tapioca starch back to back, then a modified starch phosphate a few slots later. Under those, fatty alcohols and emollient esters. It’s a competent, ordinary natural-deodorant base built around one acid.

    Nib the round desk creature holding a magnifying glass over a deodorant tube, squinting at the ingredient list on the back.
    Nib finds mandelic acid sitting right at the top of the list — and then starts wondering what the list doesn’t say.

    What can’t you read from the position alone?

    Two things, and they’re the two that matter most.

    The percentage. Position 2 tells you mandelic acid beats every ingredient except water. It doesn’t tell you whether that’s 3% or 12%. In the published work on mandelic acid’s antimicrobial activity, concentration is the whole story. A 2023 study of mandelic-acid hand gels (Łobacz et al., Int J Mol Sci) found the inhibition zones against odour-associated bacteria grew with dose — 10% did markedly more than 5%. A companion paper measuring the minimum inhibitory concentration (Szponar et al., Int J Mol Sci) put the MIC against Staphylococcus aureus near 0.175% in a test tube. So the bar to “does something” is low, but the effect keeps climbing with dose — and the label puts Lume’s number somewhere inside a very wide range you can’t see.

    What the label confirms
    Mandelic acid is the highest-concentration functional ingredient, present above 1%.
    What the label hides
    The exact percentage — the single figure the published dose-response work turns on.
    What the label hides
    The finished pH — which decides how much of that acid is in its active form.
    Nib holding up a blank sheet marked with a percent sign and a question mark, shrugging, because no number is printed on it.
    The one figure that would settle the whole question — the concentration — is the one the label never prints.

    Why does the potassium hydroxide near the end matter?

    Second number: pH. An alpha hydroxy acid like mandelic acid only stays in its active, un-neutralised form in an acidic formula. Mandelic acid’s pKa is about 3.4, so at a pH around 3.5–4.0 most of it stays acidic; push the pH up and more of it converts to potassium mandelate, the salt. That conversion isn’t cosmetic: in the MIC paper above, the potassium salt was a weaker antimicrobial than the free acid.

    Now look at position 25: Potassium Hydroxide. KOH is a base — it’s there to raise pH. That confirms the formula is being pH-adjusted, but not to what. Lume’s help pages describe a pH in the 3.5–4.0 range, which would keep most of the acid active if accurate; that figure isn’t printed on the box and a shopper can’t verify it. So the label confirms pH-tuning is happening and leaves you to trust the direction.

    Nib with a small pH strip and a pencil, tapping a bottle of potassium hydroxide, working out the acidity math.
    Potassium hydroxide near the end of the list is the pH dial. Which way it’s turned, you can’t read from the box.

    What about the 72-hour claim and the caffeine?

    Lume’s headline has long been a clinically-tested 72-hour odour-control claim. The testing behind it was run by Princeton Consumer Research, a third-party consumer-testing centre, on a panel of women — a consumer study, not a peer-reviewed publication, and Lume’s own help page clarifies that 72-hour control doesn’t mean zero odour for 72 hours. That framing was challenged in Nelson v. Lume Deodorant, LLC (E.D.N.Y., 2023), which argued the study showed superiority over competitors rather than absolute all-day performance and that the samples weren’t large or diverse enough. That case was voluntarily dismissed with prejudice on 13 December 2023 — the plaintiff walked away, which is not a ruling either way. Separate 2025 suits naming Lume have since been reported; none has a certified class, and all allegations remain unproven. I’m pointing at the record, not the verdict.

    There’s a regulatory reason a clinical-test claim reads differently here than on, say, a sunscreen. A mandelic-acid deodorant is a cosmetic; an aluminium-based antiperspirant is an OTC drug under the FDA’s antiperspirant monograph. Cosmetic claims don’t carry the drug-level substantiation bar, so a clinical-test claim on a deodorant means whatever the brand’s own testing says it means. The caffeine at position 8 is its own small puzzle: it has vasoconstrictive properties but no published mechanism for controlling underarm odour, and Lume’s materials don’t explain what it’s doing there. Read it as a label ingredient until someone shows otherwise.

    Nib pinching a nose over an open scent bottle, a small cloud of fragrance drawn rising from an underarm sketch nearby.
    Fragrance sits mid-list, and the underarm is a tender spot for the fragrance-sensitised few — though the label won’t say which allergens are in it.

    Is the fragrance worth a second look?

    The scented cream lists “Fragrance” at position 12, plus two named synthetic fragrance molecules further down (Floral Pyranol and Sandalrome). The underarm is one of the more reactive spots for fragrance contact allergy: a classic provocation study using deodorants (Johansen et al., J Am Acad Dermatol, 2003) showed that fragrance allergens at everyday concentrations could provoke axillary dermatitis in already-sensitised people within weeks, and the EU’s scientific committee has documented deodorants as a common trigger in fragrance-sensitive patients (SCCP opinion on fragrance allergy). That’s a risk for the fragrance-sensitised minority, not everyone — and “Fragrance” as an umbrella term means the specific allergens in this cream aren’t disclosed, so I can’t tell you which are present. The unscented cream sidesteps the whole question by leaving fragrance out.

    So what would a simpler label look like?

    If the appeal of Lume is “fewer moving parts than an antiperspirant,” it’s worth seeing what a genuinely short list reads like. Our own tallow deodorant — Ingredient Desk is published by the team behind Evil Goods, and I’ll always say so — is a tallow-based aluminium-free deodorant whose named ingredients you can count on one hand. I won’t quote a fixed number, because the site’s own copy isn’t fully consistent yet and I’d rather name ingredients than count them; the point isn’t that it’s better at odour control — that would need its own testing — but that a shorter, named list gives a reader less to wonder about. Lume’s list isn’t sinister; it’s just long, and two of the numbers that would let you judge it aren’t on the box.

    The honest summary

    Mandelic acid at position 2 is a real, near-the-top inclusion — credit where it’s due, no burial here. The formula’s bulk is water, starch-family absorbers and fatty alcohols: a standard natural-deodorant base, not a house of horrors. The fair critique isn’t “this is bad,” it’s “the label can’t answer the two questions that decide whether the hero ingredient is working” — its percentage and the finished pH — and the flagship clinically-tested 72-hour claim rests on a consumer panel that was pointed enough to draw a lawsuit before the plaintiff dropped it. Read the label, note what’s missing, and keep your expectations sized to what’s actually disclosed.

    Nib closing a notebook and giving a small satisfied nod, magnifying glass set down, the reviewed tube standing beside a tidy desk lamp.
    Nib’s verdict: not a buried hero, not a sinister formula — just a label that stops short of the two numbers that would answer the question.