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Oils

Argan Oil

INCI Argania Spinosa Kernel Oil. Also: Argania spinosa kernel oil, Argan kernel oil.

Calculate a 100 % Argan Oil bar

Published values

Saponification value189–199.1 mg KOH/g (typ. 193.11)
Used by the calculator193.1 mg KOH/g (typical)
SAP for NaOH0.1377 g/g
Iodine value91–110 g I₂/100 g
INS (SAP − IV)93
Melting point
Unsaponifiable matter

A bar made of 100 % Argan Oil

Hardness 20 below 29–54
Cleansing 0 below 12–22
Conditioning 77 above 44–69
Bubbly lather 0 below 14–46
Creamy lather 20 16–48

Conventional qualities summed from the fatty-acid groups; a single-oil bar is a reference point, not a recipe.

Fatty-acid profile

Fatty acidPublished range, %Used
Lauric acid C12:0 · saturated 0.04–0.05 0.0
Myristic acid C14:0 · saturated 0.11–0.12 0.1
Palmitic acid C16:0 · saturated 13.82–14.11 14.0
Palmitoleic acid C16:1 0.15–0.17 0.2
Stearic acid C18:0 · saturated 5.69–5.87 5.8
Oleic acid C18:1 45.48–46.63 46.1
Linoleic acid C18:2 30.84–31.35 31.1
α-Linolenic acid C18:3 n-3 0.06 0.1
γ-Linolenic acid C18:3 n-6 0.02 0.0
Arachidic acid C20:0 · saturated 0.39–0.4 0.4
Gadoleic acid C20:1 0.37–0.38 0.4
Behenic acid C22:0 · saturated 0.03–0.05 0.0
Lignoceric acid C24:0 · saturated 0.02–0.03 0.0

Where these numbers come from

Foods (MDPI), open access via PubMed CentralOuld Safi et al., "Comparative Study of the Physicochemical Properties and Nutritional Quality of Argan Oil from Endemic and Planted Argania spinosa (L.) Fruit Trees in South-West Algeria", Foods 2026, 15(14), 2557 · document dated 2026-07-20 · read 2026-09-21

Fatty acids are this paper's own GC measurements, Table 3, given as the span of its two provenance means (natural-forest Tindouf and plantation Adrar). The saponification 'typical' 193.11 is its measured natural-forest mean (Table 2); the planted-tree mean was 189.69. This paper reports NO iodine value.

Frontiers in NutritionGharby, S. & Charrouf, Z., "Argan Oil: Chemical Composition, Extraction Process, and Quality Control", Front. Nutr. 8:804587 · document dated 2022-02-03 · read 2026-09-21

Source of the iodine value 91.0-110.0 (Table 1). The review quotes it from the Moroccan standard SNIMA PNM 08.5.090 (2003) and Gharby et al. 2012, so it is a twice-removed figure, not a measurement made in the review.

Gustav Heess GmbH (oil producer/refiner), product specification sheetProduct Specification: Argan oil coldpressed (Reg-No. Sp213020c) · document dated 2024-05-31 · read 2026-09-20

Release specification for a commercial cold-pressed oil: acid value max 4.0, peroxide max 10.0, refractive index ca. 1.471, relative density ca. 0.915, and a wider fatty-acid band (palmitic 10.0-15.0, stearic 4.0-7.4, oleic 43.0-50.0, linoleic 29.0-37.0). It prints neither a saponification nor an iodine value.

SAPONIFICATION: 189.0-199.1 mg KOH/g is the Moroccan national standard range (NM/PNM 08.5.090, issued by SNIMA, later IMANOR), QUOTED identically by both documents below rather than measured by either. The typical 193.11 is MEASURED by Foods 2026 (Table 2, natural-forest Tindouf samples, 193.11 +/- 2.12); its planted-tree Adrar samples measured 189.69 +/- 3.06. Both by direct titration, not calculated from fatty-acid composition. IODINE: 91.0-110.0 g I2/100 g comes ONLY from the Frontiers in Nutrition 2022 review (Table 1), which itself quotes the SNIMA 2003 standard and Gharby et al. 2012 (Mediterr. J. Nutr. Metab. 5:31-8) - twice removed, and neither underlying source was opened. An earlier pass attributed this range to the Foods 2026 paper; that was wrong, the word 'iodine' does not appear in it. FATTY ACIDS: measured by GC in Foods 2026, Table 3; ranges here span its two provenance means. Acids with no schema key are left out: margaric C17:0 0.07-0.08, C17:1 0.02-0.03, C16:1 n-9 0.02, and C18:1 n-7 1.10-1.11 (the keyed 'oleic' holds C18:1 n-9 only). Reported subtotals: SFA 20.18-20.69, MUFA 47.15-48.33, PUFA 30.92-31.43 %. The Moroccan standard's wider regulatory bands (palmitic 11.5-15.0, stearic 4.3-7.2, oleic 43.0-49.1, linoleic 29.3-36.0) and the Gustav Heess commercial band are recorded in the provenance notes rather than in the fields.

This record is part of the open ingredient database (ODbL). Found an error or a better primary source? The dataset is on GitHub; corrections with a document link are welcome.