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Hydriertes Baumwollsaatöl

INCI-Bezeichnung: Hydrogenated Cottonseed Oil. Auch: Gehärtetes Baumwollsaatöl.

Seife aus 100 % Hydriertes Baumwollsaatöl berechnen

Veröffentlichte Werte

Verseifungszahl198 mg KOH/g
Vom Rechner verwendet198,0 mg KOH/g (typisch)
VZ für NaOH0,1412 g/g
Jodzahl6 g I₂/100 g
INS (VZ − JZ)192
Schmelzpunkt57–70 °C
Unverseifbare Anteile≤ 1 %

Eine Seife aus 100 % Hydriertes Baumwollsaatöl

Härte 98 über 29–54
Reinigend 1 unter 12–22
Pflegend 5 unter 44–69
Schäumend 1 unter 14–46
Cremig 97 über 16–48

Übliche Eigenschaften, summiert aus den Fettsäuregruppen; eine Seife aus einem einzigen Öl ist ein Bezugspunkt, kein Rezept.

Fettsäureprofil

FettsäureVeröffentlichte Spanne, %Verwendet
Myristinsäure C14:0 · gesättigt ≤ 1 1,0
Palmitinsäure C16:0 · gesättigt 19–26 22,5
Stearinsäure C18:0 · gesättigt 68–80 74,0
Ölsäure C18:1 ≤ 4 4,0
Linolsäure C18:2 ≤ 1 1,0
Arachinsäure C20:0 · gesättigt ≤ 1 1,0
Behensäure C22:0 · gesättigt ≤ 1 1,0
Lignocerinsäure C24:0 · gesättigt ≤ 0,5 0,5

Woher diese Zahlen kommen

Die mit Quellen belegten Anmerkungen unten und die Titel der zitierten Dokumente bleiben in ihrer Originalsprache. Eine übersetzte Quellenangabe lässt sich nicht nachschlagen, und eine übersetzte fachliche Zusammenfassung ist nicht mehr die Zusammenfassung, die anhand des Dokuments geprüft wurde.

United States Pharmacopeial Convention (USP 35-NF 30 text as mirrored at drugfuture.com) — USP 35-NF 30 (2012), NF Monographs: Hydrogenated Cottonseed Oil, page 1772 (Official from May 1, 2012) · Dokument vom 2012-05-01 · abgerufen am 2026-09-24

The composition table was read from this HTML page, where the "not more than" sign is an image (images/chars/le.gif, rendered here as <=); entries carrying it are recorded as max, the others as min-max. Melting range (Class II <741>) 57-70 C, acid value NMT 0.5, peroxide value NMT 5.0, unsaponifiable matter NMT 1.0 %; no saponification or iodine value. The page scan of the same monograph on the same mirror (https://www.drugfuture.com/Pharmacopoeia/usp35/PDF/1772-1773%20Hydrogenated%20Cottonseed%20Oil.pdf) prints "Official from May 1, 2012" and the same values (its text layer carries any limit signs as U+2264, which pdftotext keeps only with -enc UTF-8).

United States Pharmacopeial Convention (USP 29-NF 24 text as mirrored at pharmacopeia.cn) — USP 29-NF 24, NF Monographs: Hydrogenated Cottonseed Oil, page 3318 · abgerufen am 2026-09-24

Identical composition table, melting range (Class II) 57-70 C, acid value NMT 0.5, peroxide value NMT 5.0 and unsaponifiable matter NMT 1.0 %. The page encodes the "not more than" signs as images/chars/le.gif; a tag-stripping conversion drops them.

United States Pharmacopeial Convention (USP 38-NF 33 text as mirrored at drugfuture.com) — USP 38-NF 33 (Second Supplement), NF Monographs: Hydrogenated Cottonseed Oil, page 6628 · abgerufen am 2026-09-24

Same Table 1 composition, melting range (Class II) 57-70 C, acid value NMT 0.5, peroxide value NMT 5.0 and unsaponifiable matter NMT 1.0 % as USP 35-NF 30. No saponification or iodine value.

British Pharmacopoeia Commission / MHRA (BP 2024 text reproducing European Pharmacopoeia monograph 1305, as mirrored at drugfuture.com) — British Pharmacopoeia 2024 (Ph. Eur. 11.3 update), Hydrogenated Cottonseed Oil (Ph. Eur. monograph 1305) · Dokument vom 2024 · abgerufen am 2026-09-24

Text between the "Ph Eur" markers is the Ph. Eur. monograph: melting point (2.2.14) 57-70 C; acid value max. 0.5; peroxide value max. 5.0; unsaponifiable matter max. 1.0 %; composition of the fatty-acid fraction as in notes. No saponification or iodine value.

BioMed Central (Springer Nature), Lipids in Health and Disease — Imran M, Nadeem M. Triacylglycerol composition, physico-chemical characteristics and oxidative stability of interesterified canola oil and fully hydrogenated cottonseed oil blends. Lipids in Health and Disease 2015; 14: 138. doi:10.1186/s12944-015-0140-0 · Dokument vom 2015-10-29 · abgerufen am 2026-09-24

Read from the Europe PMC JATS XML (https://www.ebi.ac.uk/europepmc/webservices/rest/PMC4625565/fullTextXML), section "Fatty acids composition and physico-chemical characteristics of raw materials": FHCSO saponification value 198 +/- 2, iodine value 6 +/- 2, melting point 59 +/- 1 C, stearic 72 +/- 0.8 %, palmitic 20 +/- 0.5 %, oleic 4 +/- 0.3 %.

USP 35-NF 30 NF monograph 'Hydrogenated Cottonseed Oil': the product obtained by refining and hydrogenating oil obtained from seeds of Gossypium hirsutum or other species of Gossypium; it consists mainly of triglycerides of palmitic and stearic acids. Melting range (Class II <741>): between 57 and 70 C; acid value not more than 0.5; peroxide value not more than 5.0; unsaponifiable matter not more than 1.0 %. Fatty acid composition (<401>), carbon-chain length / double bonds / percentage: <14/0 <=0.2; 14/0 <=1.0; 16/0 19-26; 18/0 68-80; 20/0 <=1.0; 22/0 <=1.0; 24/0 <=0.5; 18/1 <=4.0; 18/2 <=1.0. The '<=' signs are images (images/chars/le.gif) on the HTML pages of the USP 29-NF 24 (pharmacopeia.cn) and USP 35/38 (drugfuture.com) mirrors and U+2264 characters in the USP 35 page-scan PDF (dropped by pdftotext unless run with -enc UTF-8), which is why a plain text conversion shows 0.2, 1.0 ... as bare numbers; the 16/0 and 18/0 entries are the only ranges. USP 29-NF 24 and USP 38-NF 33 print the identical table and limits. The USP 35 page scan (pp. 1772-1773) also carries the unhydrogenated 'Cottonseed Oil' table (e.g. 16/0 18.0-26.4, 18/2 46.7-58.3), which pdftotext interleaves with this one; rows were read from the HTML. Ph. Eur. monograph 1305 (BP 2024 text) gives the same limits in words: saturated fatty acids of chain length less than C14 max. 0.2 %; myristic max. 1.0 %; palmitic 19.0-26.0 %; stearic 68.0-80.0 %; oleic acid and isomers max. 4.0 %; linoleic acid and isomers max. 1.0 %; arachidic max. 1.0 %; behenic max. 1.0 %; lignoceric max. 0.5 %; melting point (2.2.14) 57-70 C; acid value max. 0.5; peroxide value max. 5.0; unsaponifiable matter max. 1.0 %. Not mapped: saturated acids shorter than C14 as a group, <=0.2 %. 'Oleic acid and isomers' and 'linoleic acid and isomers' are totals and are mapped to oleic and linoleic under the isomer rule; they include the trans and positional isomers formed in hydrogenation, and no trans share is printed. Representative total 105.0 % (limits counted at their maxima). Neither pharmacopoeia prints a saponification or iodine value. sapKohMgPerG and iodineValue are single measurements from Imran & Nadeem 2015 (Lipids Health Dis 14:138) on refined, bleached and deodorized fully hydrogenated cottonseed oil (FHCSO) from a vanaspati manufacturer (United Industries Ltd, Faisalabad, Pakistan), mean +/- SD, number of replicates not stated: saponification value 198 +/- 2 (AOCS Cd 3-25), iodine value 6 +/- 2 (AOCS Cd 1d-92), melting point 59 +/- 1 C (AOAC Method No. 920-157, as printed), free fatty acids 0.098 +/- 0.003 %, stearic acid 72 +/- 0.8 %, palmitic acid 20 +/- 0.5 %, oleic acid 4 +/- 0.3 %; that composition lies inside the pharmacopoeial ranges. The published 198 is 2.9 % above the 192.3 implied by the representative profile recorded here, and 2.8 % above the 192.6 implied by the paper's own 72/20/4. The same paper gives FHCSO a refractive index of 1.472 +/- 0.003 and a specific gravity of 0.918 +/- 0.001, with methods stated as Abbe refractometer at room temperature and pycnometer at 25 C, which cannot be applied as written to a fat melting at 59 C; those two figures are not used, and they are a reason to treat the single SAP and IV measurement with some caution. Degree of hydrogenation: fully hydrogenated (iodine value 6 +/- 2; oleic at most 4.0 %). Producer data sheets were not citable: ABITEC's Sterotex NF (hydrogenated cottonseed oil) data sheets are behind a customer login, and JRS Pharma's Lubritab page (made from hydrogenated cottonseed oil) prints no specification. meltingPointC is the USP <741> Class II melting range (the Ph. Eur. 2.2.14 melting point is the same 57-70 C). CosIng lists no saponified name for hydrogenated cottonseed oil.

Dieser Datensatz ist Teil der offenen Zutatendatenbank (ODbL). Einen Fehler oder eine bessere Primärquelle gefunden? Der Datenbestand liegt auf GitHub; Korrekturen mit Link auf das Dokument sind willkommen.