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Aceites

Aceite de perilla

También: Aceite de semilla de perilla.

Calcular una pastilla 100 % de aceite de perilla

Valores publicados

Índice de saponificación196.48–198.26 mg KOH/g
Usado por la calculadora197.4 mg KOH/g (punto medio)
SAP para NaOH0.1407 g/g
Índice de yodo196.7–213.19 g I₂/100 g
INS (SAP − índice de yodo)-8
Punto de fusión
Materia insaponificable

Una pastilla hecha 100 % de aceite de perilla

Dureza 8 por debajo de 29–54
Poder limpiador 0 por debajo de 12–22
Acondicionamiento 92 por encima de 44–69
Espuma burbujeante 0 por debajo de 14–46
Espuma cremosa 8 por debajo de 16–48

Cualidades convencionales sumadas a partir de los grupos de ácidos grasos; una pastilla de un solo aceite es una referencia, no una receta.

Perfil de ácidos grasos

Ácido grasoRango publicado, %Usado
Ácido palmítico C16:0 · saturados 4.43–5.62 (typ. 5.62) 5.6
Ácido esteárico C18:0 · saturados 1.86–1.92 (typ. 1.92) 1.9
Ácido oleico C18:1 16.92–21.16 (typ. 21.16) 21.2
Ácido linoleico C18:2 9.12–14.53 (typ. 11.19) 11.2
Ácido α-linolénico C18:3 n-3 60.11–64.05 (typ. 60.11) 60.1

De dónde salen estos números

Las notas con fuente que aparecen debajo, y los títulos de los documentos que citan, se mantienen en su idioma original. Una cita traducida no se puede consultar, y un resumen técnico traducido ya no es el resumen que se contrastó con el documento.

Sociedade Brasileira de Ciencia e Tecnologia de Alimentos (Food Science and Technology, Campinas), open access via SciELO BrazilUltrasound-assisted aqueous enzymatic extraction of oil from perilla seeds and determination of its physicochemical properties, fatty acid composition and antioxidant activity (Huizhen Li, Zhijun Zhang, Dongliang He, Yaoyao Xia, Qingye Liu, Xiaojun Li; Food Sci. Technol. Campinas 2017, 37(Suppl. 1):71-77; DOI 10.1590/1678-457X.29116) · documento fechado el 2017-12 · consultado el 2026-09-21

Table 3, 'Physicochemical characteristics and fatty acid composition of perilla oil': three columns (UAAEEO, SEO, CPEO), n=3, mean +/- SD. Refractive index, acid, iodine, saponification and peroxide values, total tocopherol and phenolics, then the five fatty acids with SAFA/MUFA/PUFA totals. PDF read via the journal's SciELO PDF endpoint (?format=pdf&lang=en) and text-extracted.

Every figure here comes from Table 3 of Li et al., Food Science and Technology (Campinas) 37(Suppl. 1):71-77 (2017), which characterised one batch of Chinese perilla seed by three extraction routes side by side: ultrasound-assisted aqueous enzymatic (UAAEE), solvent (SE) and cold press (CPE). Saponification value 196.48 (UAAEE), 198.26 (SE), 197.82 (CPE) mg KOH/g; iodine value 210.654, 213.192 and 196.695 g I2/100 g; acid value 3.058, 1.299, 1.143 mg/g; peroxide 3.2, 4.5, 4.3 meq O2/kg; refractive index 1.479-1.481; all three liquid at room temperature. The min/max here span all three columns; 'typical' is the COLD-PRESSED column throughout, because cold-pressed is what a soapmaker buys and because it is the least favourable of the three for alpha-linolenic content, so a recipe built on it will not be surprised downwards. Cold-pressed fatty acids: palmitic 5.62, stearic 1.92, oleic 21.16, linoleic 11.19, alpha-linolenic 60.11 (total 100.00 %). The paper reports only these five acids, and they sum to 100 %, so nothing is missing: perilla really is essentially a five-acid oil. WHAT MATTERS FOR SOAP: at 60-64 % alpha-linolenic this is among the most unstable fats a soapmaker can put in a pot. The iodine value the same paper measured, 196.7-213.2 g I2/100 g, is higher than linseed's and far above the 70-ish that hobby lore treats as the softness ceiling; expect a soft, slow-tracing bar that goes rancid (DOS) early unless it is a small proportion of the recipe, kept cool and used fresh. The paper's own discussion notes the high polyunsaturated fraction makes perilla oil 'very suitable for the production of liquid soaps and shampoos', which is the honest use for it. The saponification range 196.5-198.3 sits about 2 % above the 192.8 mg KOH/g implied by the cold-pressed profile, well inside measurement noise and the free-acid content (acid value 1.1-3.1 mg/g). Unsaponifiable matter is NOT recorded: section 2.5 of the paper states unsaponifiable matter was determined by ISO methods, but Table 3 never prints the result, so there is no number to transcribe. Melting point not measured (liquid). INCI not verified on CosIng in this session, left null.

Esta ficha forma parte de la base de datos abierta de ingredientes (ODbL). ¿Ha encontrado un error o una fuente primaria mejor? El conjunto de datos está en GitHub; las correcciones con un enlace al documento son bienvenidas.