Skin-Loving Butters.
Rooted in Nature.

Cold-pressed from the flesh of the avocado fruit, this butter is rich in oleic acid, phytosterols, and vitamins A, D, and E. Its oleic acid content supports deep skin penetration, and its phytosterol profile has been studied for its capacity to support collagen synthesis and reduce visible signs of photoaging. It is well established as a nourishing emollient for dry, mature, or compromised skin.

Allergen Advisory: Avocado is one of the primary foods involved in latex-fruit syndrome — a documented cross-reactivity condition affecting approximately 30–50% of individuals with natural rubber latex (NRL) allergy. The major avocado allergen, Pers a 1, a class I chitinase, has demonstrated cross-reactivity with latex proteins in clinical studies. Individuals with known latex sensitivity should consult a physician before topical use. Patch test recommended for all users.

Best suited for: Dry, mature, or compromised skin. Use with caution if latex-sensitive.

Derived from the nut of the babassu palm, native to Brazil, this butter has a fatty acid composition dominated by lauric acid (approximately 50%), which gives it mild antimicrobial and anti-inflammatory properties documented in the scientific literature. It melts on contact with skin at body temperature, absorbs readily, and does not leave a significant occlusive residue — making it one of the lighter-feeling palm-derived butters available.

Its non-comedogenic profile makes it a documented option for oily and combination skin types seeking moisture without pore congestion. Its anti-inflammatory properties have been noted in studies examining its use in conditions such as eczema and psoriasis, though large-scale clinical evidence remains limited.

Allergen Advisory: Derived from a tree nut. Those with known tree nut sensitivities should consult an allergist before use and patch test carefully.

Best suited for: All skin types including oily, combination, and sensitive.

Cold-pressed from the seeds of the bacuri fruit, native to the Amazon region of Brazil, this butter has a distinctive fatty acid composition dominated by tripalmitin (palmitic acid triglyceride, approximately 50–55%), which gives it an unusually high skin absorption rate compared to most other plant butters. In vitro studies have demonstrated a 40% increase in ATP (cellular energy) transport in human skin cells, suggesting potential benefit for cellular-level skin metabolism.

Bacuri butter is also rich in palmitoleic acid at approximately 5% — significantly higher than most plant oils, which typically contain 0.5–1.5% — and in methionine, an essential amino acid involved in the synthesis of collagen and elastin. It has a characteristic dark color and earthy, root-like aroma that will influence the color and scent of finished formulations at higher usage levels. Typically used at 2–5% concentration in cosmetic preparations.

Best suited for: Mature skin, dry or damaged skin, formulations targeting elasticity and cellular nourishment.

Extracted from the cacao bean, cocoa butter is one of the most stable plant fats available due to its high content of saturated fatty acids — primarily stearic and palmitic acids — which give it both its firm texture and its resistance to oxidative rancidity. It is highly occlusive, forming a physical barrier on the skin surface that slows transepidermal water loss.

Its polyphenol content has been studied for antioxidant activity, and its stearic acid content provides genuine skin-softening and emollient properties. Research on its frequently cited benefit for stretch marks and scars is limited and largely inconclusive; no large-scale clinical studies have confirmed a definitive benefit for scar reduction from topical application alone.

Comedogenic note: Cocoa butter has a high comedogenic rating (rated 4 on a scale of 0–5), meaning it has significant potential to clog pores. It is best suited for body application and dry or mature skin. Use on facial skin or acne-prone skin is not recommended.

Best suited for: Body use, dry and mature skin. Not recommended for facial or acne-prone skin.

Cold-pressed from the seeds of the cupuacu fruit, a member of the Theobroma genus native to the Amazon rainforest, this butter has a documented water absorption capacity of up to 240% of its own weight — a property attributed to its unique ester composition and phytosterol content. This makes it one of the most effective moisture-binding plant butters studied.

Its fatty acid profile — rich in oleic, stearic, arachidic, and palmitic acids — provides emollient and skin-barrier support. Its phytosterols have been documented for anti-inflammatory activity, and its dense lipid content supports skin elasticity. Like cocoa butter, it is an occlusive butter most appropriate for dry to very dry skin or mature skin on the body. Its rich, dense texture makes it less suitable for oily or blemish-prone skin types.

Best suited for: Dry to very dry skin, mature skin on the body.

Produced from cold-pressed hemp seeds and hydrogenated to a stable butter consistency, hemp seed butter retains the exceptional essential fatty acid profile of hemp seed oil. It provides four essential fatty acids — linoleic acid (LA), gamma-linolenic acid (GLA), alpha-linolenic acid (LNA), and stearidonic acid (SDA) — at a combined total of approximately 76%, one of the highest EFA concentrations of any plant-derived ingredient.

Its omega-6 to omega-3 ratio of approximately 3:1 closely mirrors the ratio considered optimal for human skin lipids. Clinical studies on hemp seed oil have documented benefits for atopic dermatitis, eczema, and psoriasis, with one double-blind crossover study finding significant improvement in skin dryness and itchiness with dietary supplementation. Topical application is well established in cosmetic formulation for dry and sensitive skin conditions. Hemp seed butter contains no THC or CBD — these compounds are found in the leaves, flowers, and stalks of the hemp plant, not in the seeds.

Best suited for: All skin types, particularly dry, sensitive, eczema-prone, and acne-prone skin.

Pressed from the nuts of the wild illipe tree (Shorea stenoptera) of the Borneo rainforest, this butter has a fatty acid profile similar to cocoa butter but with a higher melting point — typically 35–40°C — giving it superior structural stability in warm-temperature formulations. It is composed primarily of stearic and oleic acids, which provide conditioning, emollient, and mild barrier-support properties.

Its high stearic acid content makes it a structurant valued in formulations for its ability to improve texture and stability. Research on its skin benefits is less extensive than for more widely used butters; its inclusion in formulations is primarily for its emollient and structural properties rather than clinically documented actives.

Allergen Advisory: Derived from a tree nut (Shorea stenoptera). Those with tree nut sensitivities should patch test carefully and consult an allergist if concerned.

Best suited for: Dry, mature, or weather-damaged skin. Excellent in lip and nail formulations.

Pressed from the seeds of the Garcinia indica fruit, native to coastal India and long used in Ayurvedic practice, kokum butter has one of the highest stearic acid contents of any plant butter — approximately 49–56% — which gives it exceptional hardness, stability, and skin-barrier-strengthening properties. Despite its firm texture, it has a low comedogenic rating (0–1) and absorbs without significant pore-clogging.

It has been documented for anti-inflammatory properties and its ability to soothe irritated, reactive skin. Its high stearic acid content supports the skin's lipid barrier and has been studied in the context of dry skin conditions including eczema and cracked or fissured skin. The melting point of 39–43°C gives it structural stability in summer-temperature formulations.

Allergen Advisory: Derived from the seed of a tree (Garcinia indica). While kokum butter is generally well tolerated, those with known tree nut or seed allergies should patch test carefully and consult a healthcare provider before use.

Best suited for: All skin types including acne-prone and sensitive. Particularly effective for dry, eczema-prone, and mature skin.

Cold-pressed from the seed kernel of the mango fruit (Mangifera indica), this butter has a fatty acid profile dominated by stearic and oleic acids, which together provide emollient conditioning and skin-barrier support. Its phytosterol content has been studied for anti-inflammatory activity. It absorbs more readily than cocoa or shea butter, leaving less occlusive residue, and has a comedogenic rating of approximately 2–4 depending on formulation and skin type.

Its vitamin A and C content contribute antioxidant activity. Research on its specific clinical benefits for skin is more limited than for widely studied butters such as shea; current evidence supports its use as an emollient and skin conditioner.

Allergen Advisory: Mango belongs to the Anacardiaceae family, which includes poison ivy, poison oak, cashew, and pistachio. Cross-reactivity between mango and latex has been documented — mango is classified as a secondary trigger in latex-fruit syndrome research, with cross-reacting proteins identified including profilins and class I chitinases. Additionally, mango peel contains urushiol-like compounds that can cause contact dermatitis in sensitive individuals. Those with latex allergy, cashew or pistachio allergy, or known sensitivity to the Anacardiaceae family should patch test carefully.

Best suited for: Dry to normal skin. Those with oily or acne-prone skin should use with caution given comedogenic potential.

Pressed from the seeds of the murumuru palm, native to the Amazon basin, this butter has a fatty acid composition dominated by lauric acid (approximately 47%) and myristic acid, giving it documented antimicrobial and anti-inflammatory properties associated with medium-chain saturated fatty acids. Its lauric acid content is comparable to coconut oil and has been studied for activity against a range of skin-surface bacteria and fungi.

It melts smoothly at skin temperature and absorbs with a silky, non-greasy finish. Its lipid-barrier-repairing properties have been noted in formulations targeting eczema, psoriasis, and inflamed skin. It is also widely used in hair care for its ability to nourish dry, coarse, or chemically processed hair by penetrating the hair shaft more effectively than larger-molecule oils.

Best suited for: All skin types. Particularly effective for inflamed, reactive, or dry skin and as a hair conditioning ingredient.

Created by hydrogenating cold-pressed extra virgin olive oil to a stable butter consistency, olive butter retains the core beneficial profile of olive oil — primarily its oleic acid content (approximately 55–83%), squalene, and polyphenols — in a format with improved shelf stability and texture. Squalene, a lipid naturally produced by human sebaceous glands, is present in olive oil at approximately 0.7% and is valued in cosmetic formulation for its biocompatibility and skin-softening properties.

Olive oil polyphenols have been studied for antioxidant and anti-inflammatory activity in both in vitro and in vivo settings. The hydrogenation process used to create olive butter does not significantly alter the fatty acid profile but does improve the melting point and shelf life of the finished ingredient.

Best suited for: Dry, mature, or environmentally stressed skin. Suitable for body and face use on dry skin types.

Produced from cold-pressed red raspberry seeds (Rubus idaeus), this butter has a fatty acid profile dominated by linoleic acid (omega-6) and alpha-linolenic acid (omega-3) in a ratio of approximately 3:1, which closely mirrors the ratio found in healthy skin lipids. This balanced profile supports skin barrier repair and helps reduce transepidermal water loss.

Raspberry seed oil has been studied for its antioxidant activity, attributed to its tocopherol and tocotrienol content. It is documented as occlusive, anti-inflammatory, and moisturizing. Research has noted its beneficial properties for improving skin elasticity, suppleness, and flexibility with consistent use. It is non-comedogenic and absorbs readily, making it well suited for facial formulations including serums, facial oils, and creams for dry, dehydrated, sensitive, and mature skin.

Note on SPF claims: Early studies suggested raspberry seed oil had sun protection properties with an estimated SPF of 28–50. Subsequent research has not validated these claims, and no regulatory body recognizes raspberry seed butter as a sunscreen ingredient. It should not be represented as providing UV protection.

Best suited for: Dry, dehydrated, sensitive, and mature skin. Excellent in facial and lip formulations.

Produced from cold-pressed rosehip seeds — the fruit of Rosa canina and related wild rose species — rosehip butter carries the concentrated fatty acid and antioxidant profile of rosehip seed oil in a stable, hydrogenated butter form. It is one of the most clinically studied plant-derived ingredients in cosmetic dermatology.

A 2015 clinical study (Valerón-Almazán et al.) applying rosehip seed oil twice daily to post-surgical scars demonstrated significant improvements in scar color and inflammation compared to untreated controls after 12 weeks. A separate 2015 study on rosehip powder found significant reduction in the appearance of fine lines after 8 weeks of use. Research has also identified rosehip's role in modulating macrophage behavior during skin repair — helping transition immune cells from inflammatory mode to healing mode, which reduces the overproduction of scar tissue.

Rosehip is rich in linoleic acid and alpha-linolenic acid, both of which have been studied for their role in reducing UV-associated hyperpigmentation. Its vitamin C content supports antioxidant protection, though vitamin C is heat-labile and may be partially degraded during the hydrogenation process used to create the butter form.

Best suited for: Mature, dry, post-procedure, or hyperpigmentation-prone skin. Suitable for all skin types in facial formulations.

Pressed from the seeds of the Shorea robusta tree, native to the Indian subcontinent, sal butter has a fatty acid profile similar to cocoa butter — dominated by stearic and oleic acids — but with a softer texture and better spreadability in formulations. It forms a protective film on the skin surface that slows moisture loss and provides a mild emollient barrier against environmental stressors.

Sal butter is less studied than more commercially prominent butters, but its emollient and barrier properties are well established in cosmetic ingredient science. It is used primarily as a functional formulation butter — valued for its skin feel, blendability, and complementary structuring properties in body butters, balms, and lotions rather than for documented active skin benefits.

Best suited for: Dry to normal skin on the body. A reliable formulation butter for rich body care products.

Derived from the berries and seeds of the sea buckthorn shrub (Hippophae rhamnoides), native to Northern Europe and Asia, sea buckthorn is one of the most nutritionally dense plant-derived cosmetic ingredients documented. It contains carotenoids (including beta-carotene and lycopene), tocopherols, phytosterols, flavonoids, and an unusually high content of palmitoleic acid — a fatty acid also found in human skin that supports skin regeneration.

Clinical studies have shown that topical application can improve antioxidant levels in the skin and reduce the levels of reactive oxygen species. Further clinical research has demonstrated measurable improvement in skin metabolism and documented capacity to retard skin aging processes. Palmitoleic acid content specifically has been studied for its ability to stimulate skin regeneration, repair UV damage, and encourage collagen production.

Sea buckthorn berry oil has a highly characteristic deep orange-red color from its carotenoid content, which will significantly influence the color of finished formulations. Seed oil is lighter in color and lower in carotenoids, providing a more neutral option with a balanced omega-3 and omega-6 fatty acid profile. It is used in traditional Chinese medicine and has a documented history of application for treating skin conditions, burns, and wounds.

Best suited for: Mature, dry, sun-damaged, or hyperpigmentation-prone skin. Use levels should account for the strong orange pigment of fruit-derived versions.

Cold-pressed from the nut of the Vitellaria paradoxa tree, native to the African savanna, shea butter has one of the most extensively documented skin benefit profiles of any plant-derived ingredient. It is rich in stearic and oleic fatty acids, triterpenes (including lupeol and butyrospermol), and tocopherols. Its triterpene fraction has been studied for its ability to inhibit the enzymes responsible for collagen breakdown, supporting elasticity over time. Its natural cinnamic acid esters have been studied for mild UV-attenuating properties, though shea is not recognized as a sunscreen by any regulatory body.

A peer-reviewed study published in the American Journal of Life Sciences found shea butter to be superior to petroleum-based products for relief of eczema symptoms with consistent use. Refined shea butter has a comedogenic rating commonly cited as 0–2, though no large-scale formal study has definitively validated this rating — it remains an industry estimate. Raw, unrefined shea butter may carry higher sensitization risk.

Allergen Advisory: Raw, unrefined shea butter contains naturally occurring latex — a defense compound released by the Vitellaria paradoxa tree when injured. This latex can cause sensitization or allergic reactions in individuals with latex allergy or latex sensitivity. Refined shea butter generally has a better tolerance profile due to the removal of these potentially allergenic compounds during processing. Those with known latex sensitivity should consult a physician before use and select refined varieties if approved for use. Patch testing is recommended for all users, particularly with raw or unrefined shea.

Best suited for: A wide range of skin types including sensitive and eczema-prone. Raw shea is best avoided by those with latex sensitivity.

Pressed from the nuts of Calophyllum inophyllum, an evergreen pantropical tree used for millennia in traditional medicine across Polynesia, Southeast Asia, and the Pacific Islands, tamanu is one of the most extensively studied botanical ingredients for skin repair applications. Peer-reviewed research published in scientific journals including PLoS ONE and the journal Oilseeds and Fats, Crops and Lipids has documented confirmed biological activity across multiple dimensions: antimicrobial (antibacterial and antifungal), anti-inflammatory, wound healing, and promotion of extracellular matrix components including glycosaminoglycans and collagen.

A 2015 multi-center study (Léguillier et al.) demonstrated high antibacterial and wound-healing activity against bacterial strains involved in acne, including Propionibacterium acnes. Hospital-based studies applying tamanu oil emulsion to resistant and post-surgical wounds documented improved healing and significantly reduced scarring. The xanthone compounds present in tamanu have been specifically identified for anti-inflammatory activity, and calophyllolide, isolated from the seed oil, has demonstrated further anti-inflammatory and analgesic properties in research settings.

Tamanu has a characteristic strong, earthy, distinctive aroma that will be present in formulations and is an important consideration for scented products.

Allergen Advisory: Tamanu oil is derived from the nut of a tree and is classified as a nut oil. Those with known nut allergies should not use tamanu without consulting an allergist. Tamanu oil is toxic if ingested and is for external use only.

Best suited for: Acne-prone, scarred, inflamed, eczema-prone, or post-procedure skin. Suitable for all skin types in formulation.

Cold-pressed from the seeds of the tucuma palm (Astrocaryum tucuma), native to the Amazon rainforest of Brazil, this butter shares a compositional profile similar to murumuru butter, with a high lauric and myristic acid content alongside carotenoids and antioxidant polyphenols. Its polyphenol content has been studied for free radical neutralization activity, and its fatty acid profile provides documented emollient, antimicrobial, and anti-inflammatory properties consistent with other high-lauric-acid plant butters.

Tucuma is frequently noted in cosmetic ingredient literature as a functional alternative to silicones — providing a slip-rich, luminous skin feel without the environmental persistence concerns associated with synthetic silicones. It absorbs without significant comedogenic risk and leaves a non-greasy protective layer. Its use in hair care is documented for nourishing dry, coarse, and damaged hair.

Best suited for: All skin types including dry and sensitive. Effective in both skin and hair care formulations.

Cold-pressed from the seeds of the ucuuba tree (Virola surinamensis), native to the Amazon basin, ucuuba butter has a fatty acid profile dominated by myristic, lauric, and palmitic acids — giving it strong anti-inflammatory and antiseptic properties documented in regional ethnobotanical and cosmetic ingredient literature. Its dense medium-chain fatty acid content supports barrier restoration and has been noted for activity against skin surface bacteria and fungi.

Ucuuba has a distinctive brown color and earthy aroma that will significantly influence the appearance and scent of any formulation at meaningful use levels. For this reason it is typically used in combination with other butters and carrier ingredients rather than as a stand-alone base. Research specifically on ucuuba butter in cosmetic applications remains limited; its properties are largely inferred from its known fatty acid composition and its documented use in traditional Amazonian medicine for skin conditions.

Best suited for: Body care formulations targeting dry, compromised, or inflamed skin. Not recommended as a primary facial ingredient due to its dense color and aroma.

Cold-pressed from the seeds of the watermelon (Citrullus lanatus) and hydrogenated to a stable butter consistency, watermelon seed butter retains the notable fatty acid profile of watermelon seed oil — dominated by linoleic acid (omega-6, approximately 60%+) and oleic acid (omega-9, approximately 15%), alongside phytosterols, vitamins A and E, and trace minerals including magnesium, zinc, and potassium.

Its high linoleic acid content has been documented for sebum regulation and skin barrier repair properties, with high-linoleic-acid oils specifically studied for their benefit in acne-prone and oily skin types where sebum linoleic acid deficiency has been identified as a factor in comedone formation. Its comedogenic rating is zero, meaning it does not clog pores, making it one of the most suitable fatty ingredients for oily and combination skin types. Phytosterols in watermelon seed oil have been studied for anti-inflammatory and barrier-strengthening properties. Vitamin E content provides antioxidant protection and contributes to the oil's relative stability.

Best suited for: All skin types. Particularly valuable for oily, acne-prone, combination, and sensitive skin seeking lightweight, non-comedogenic hydration.

Aloe vera butter is a blended ingredient — it does not occur naturally as a single-ingredient butter. It is typically produced by combining aloe vera extract or aloe vera gel solids with a carrier butter base (commonly hydrogenated vegetable oil or coconut oil fractions) to create a stable, solid-to-semi-solid texture. The skin benefits attributed to aloe vera butter derive primarily from its aloe vera component.

Aloe vera (Aloe barbadensis) has one of the most extensively documented profiles of any botanical ingredient in dermatology. Its polysaccharide content — particularly acemannan — has demonstrated wound-healing, anti-inflammatory, and moisture-retention properties in multiple clinical studies. Its natural salicylic acid content contributes mild exfoliating and pore-clarifying action. Documented benefits include acceleration of healing for minor burns and sunburns (a 2008 review in the Burns journal found aloe superior to petroleum gauze dressing for first and second degree burns), reduction of post-inflammatory hyperpigmentation, and anti-inflammatory relief for reactive and sensitive skin.

The potency of aloe vera butter is dependent on the concentration and form of aloe extract used in its production — a factor that varies significantly between suppliers.

Best suited for: Sensitive, inflamed, sun-exposed, and reactive skin. Suitable for all skin types.

Coffee butter is a blended ingredient produced by combining cold-pressed coffee seed oil (Coffea arabica, obtained from roasted coffee beans) with a carrier butter base — typically hydrogenated vegetable oil and sweet almond oil — to create a solid, spreadable texture. The skin-active properties of coffee butter derive from its coffee seed oil component.

Coffee seed oil is rich in polyphenols and antioxidants including chlorogenic acid, and contains linoleic acid and palmitic acid as its primary fatty acids. Caffeine, present in the oil, has been documented in cosmetic science for its capacity to improve microcirculation and is widely studied in the context of puffiness reduction and anti-cellulite formulations. Its antioxidant content provides documented free radical scavenging activity. The butter form offers excellent spreadability and a pleasant skin feel, and has been noted for strong antioxidant activity attributed to its free radical scavenger content.

Allergen Advisory: Most commercially produced coffee butters use sweet almond oil (Prunus Amygdalus Dulcis Oil) as part of the carrier base, which is a tree nut derivative. Those with tree nut or almond allergies should verify the INCI of any specific coffee butter product and patch test carefully.

Best suited for: All skin types. Particularly suited for massage formulations, anti-aging products, and body care targeting circulation support.

Lavender butter is a blended ingredient produced by infusing lavender (Lavandula angustifolia) flower extract into a carrier butter base using a proprietary or standard extraction and blending process. It is oil-miscible and functions as both an emollient butter and an aromatic active in formulations. The skin-active and aromatic properties derive entirely from its lavender component.

Lavender has a well-documented pharmacological profile in the scientific literature. Linalool and linalyl acetate — its primary active constituents — have demonstrated anti-inflammatory, antimicrobial, and anxiolytic (calming) activity in multiple studies. Topical lavender preparations have been studied for their capacity to reduce anxiety and promote relaxation through aromatherapy mechanisms. In skin applications, lavender extracts have been documented for wound healing support, anti-inflammatory action on inflamed skin, and antimicrobial activity relevant to acne-prone skin.

Allergen Advisory: Lavender contains linalool and linalyl acetate, which are declared EU fragrance allergens required to be disclosed on cosmetic labels above threshold concentrations. Most commercially produced lavender butters also use sweet almond oil as a carrier — a tree nut derivative. Those with known fragrance sensitization, tree nut allergies, or almond sensitivity should patch test carefully and verify the specific INCI.

Best suited for: Sensitive, reactive, and inflamed skin. Suitable for all skin types in calming and soothing formulations.

Lime butter is a blended ingredient produced by combining cold-pressed lime (Citrus aurantifolia) peel oil with a carrier butter base — typically including hydrogenated vegetable oil and sweet almond oil — to create a solid, aromatic butter with the characteristic bright citrus scent of lime. The aromatic and skin-active properties derive from the lime essential oil component.

Lime peel oil is rich in limonene, the dominant monoterpene of citrus oils, which has documented antimicrobial properties and contributes to the brightening characteristics cited for citrus-based skincare ingredients. The vitamin C pathway associated with whole lime fruit does not translate to cold-pressed lime peel oil in meaningful concentrations.

Allergen Advisory: Lime peel oil contains limonene, a declared EU fragrance allergen that must be disclosed above threshold concentrations on cosmetic labels. Cold-pressed lime peel oil also contains furanocoumarins (primarily bergapten) that are documented photosensitizers — they can cause phototoxic reactions when skin is exposed to UV light after application. Distilled lime oil has furanocoumarins substantially reduced through the distillation process; cold-pressed lime oil does not. Formulations containing cold-pressed lime oil should not be used on skin that will be exposed to direct sunlight. Most commercially produced lime butters also use sweet almond oil as a carrier — a tree nut derivative. Patch test carefully and verify the INCI of any specific product.

Best suited for: Body formulations for use on non-sun-exposed skin. Always verify whether distilled or cold-pressed lime oil is used.

Sweet almond butter is a formulated ingredient produced by blending sweet almond oil (Prunus Amygdalus Dulcis Oil) with hydrogenated vegetable oil to create a solid, creamy butter consistency. It is not a naturally occurring single-ingredient butter — sweet almond oil does not solidify on its own and requires combination with a harder fat to achieve a butter texture. Its skin properties derive from its sweet almond oil component.

Sweet almond oil has a well-established emollient profile, with oleic acid (omega-9) as its dominant fatty acid (approximately 62–86%), alongside linoleic acid and vitamin E. CIR (Cosmetic Ingredient Review) safety assessments have found sweet almond oil to be non-irritating and non-sensitizing at concentrations up to 25% in clinical studies. It absorbs readily, is non-comedogenic, and is widely used as a massage carrier and emollient base oil in professional skincare applications.

Allergen Advisory: Sweet almond oil is derived from tree nuts (almonds). While refined sweet almond oil has the majority of allergenic proteins removed during processing, cold-pressed or unrefined versions may retain trace amounts. The FDA Food Allergen Labeling and Consumer Protection Act requires almond disclosure on food products; cosmetic allergen labeling is not equivalently regulated in the United States. Those with tree nut allergies — particularly almond allergy — should consult an allergist before use and patch test carefully. Refined sweet almond oil is generally considered lower risk than unrefined.

Best suited for: All skin types. A versatile, gentle emollient well suited for massage, body, and sensitive skin formulations.

Tangerine butter is a blended ingredient produced by combining cold-pressed tangerine (Citrus tangerina) peel oil with a carrier butter base — typically including hydrogenated vegetable oil and sweet almond oil — to create a solid, orange-colored butter with the characteristic fresh, sweet citrus aroma of tangerine. Its aromatic and skin-active properties derive from the tangerine peel oil component.

Tangerine peel oil is rich in beta-cryptoxanthin, a carotenoid that serves as a precursor to vitamin A (retinol) and has been documented for its relevance to skin cell turnover and acne management. Research published in industry literature by the ingredient's primary commercial producer found documented capacity for aromatherapy-mediated stress and anxiety relief. The butter form exhibits excellent spreadability and has been noted as an effective moisturizing base for creams, lotions, and massage products.

Allergen Advisory: Tangerine peel oil contains limonene, a declared EU fragrance allergen. Cold-pressed tangerine peel oil may contain low levels of furanocoumarins — photosensitizing compounds — though tangerine oil generally has lower furanocoumarin levels than lime or bergamot. Most commercially produced tangerine butters also use sweet almond oil as a carrier — a tree nut derivative. Patch test carefully.

Best suited for: All skin types. Particularly well suited for massage formulations and aromatic body care products.

Vanilla butter is a blended ingredient produced by infusing vanilla (Vanilla planifolia) bean extract or oleoresin into a carrier butter base to create an aromatic, skin-nourishing butter. Its aromatic character derives entirely from the vanilla component; the emollient and skin-conditioning properties derive from the carrier butter base used in its production.

Vanilla planifolia extract contains vanillin, p-hydroxybenzaldehyde, and various phenolic compounds that have demonstrated antioxidant activity in research settings. Vanillin specifically has been studied for free radical scavenging activity. Vanilla extract has a documented history of use in traditional medicine for its calming and soothing properties, and its warm, sweet aroma has been studied in aromatherapy contexts for anxiolytic effects. Its direct pharmacological skin benefits in topical application at cosmetic concentrations are less extensively documented than those of more widely studied botanical ingredients.

Allergen Advisory: Most commercially produced vanilla butters use sweet almond oil or other tree nut-derived carriers as their base. Those with tree nut allergies should verify the specific INCI of any vanilla butter product before use. Patch test recommended.

Best suited for: All skin types. Particularly suited for body care, lip products, and formulations where aromatic experience is a primary consideration.