Lanolin Andhydrous CAS 8006-54-0
Pambuka:
| INCI | CAS # |
| Lanolin Andhy | 8006-54-0 |
Lanolin minangka kuning sing sepi, tegang, bahan-bahan wulu sing dipikolehi saka wulu wedhus, duwe ambu ora enak nanging karakteristik.lanolin.lanolin.lanolin. Lanolin duwe sifat fisik nambah adhesion nganti kulit garing, lan mbentuk film pelindung ing kulit.
Spesifikasi
| Nelting Point ºc 38-44ºC | 42 |
| Nilai Asam, MG KOH / G 1.5MAxum | 1.1 |
| Nilai Saponification MG Koh / g 92-104 | 95 |
| Nilai yodium 18-36 | 32 |
| Residu ing kontak% ≤0.5 maksimal | 0,4 |
| Penyerapan banyu:% | PH EUR.1997 |
| Nilai klorida <0,08 | <0.035 |
| Werna dening Gardner 12Maxuma | 10 |
Paket
50kg / drum, 200kg / drum, 190kg / drum
Wektu kesahihan
12Month
Panyimpen
Ing kahanan sing cetho, garing, lan disegel Nyegah.
Lanolin disaranake kanggo nggunakake ing ngisor iki: Persiyapan bayi, protasi bayi, lipstik, tempel krim, cukur cream, cucuk platin, gambar lan losyen. Iki minangka emolient sing efektif banget kanggo mulihake lan njaga kabeh penting .Hydrasi (imbangan kelembapan) saka stratum corneum, lan saengga nyegah pangatusan kulit. Penting penting, ora ngowahi transpirasi normal kulit. Lanolin wis ditampilake kanggo nyebabake banyu ing kulit kanggo nggawe tingkat normal 10-30%, kanthi mundur tanpa nyandhet kerugian kelembapan trans-epidermum.
| Jeneng Produk: Lanolin Andhydp35 USP35 | ||||
| NO | Item | Spesifikasi | Asil Tes | |
| 1 | Penampilan | Bab wax kuning | Netepi | |
| 2 | Nelting Point ºc | 36-44 | 42 | |
| 3 | Nilai asam, mg koh / g | ≤1. maksimal | 0,7 | |
| 4 | Ambu | Ora ana ambu | Netepi | |
| 5 | Nilai yodium | 18-36 | 33 | |
| 6 | Nilai Saponification MG Koh / g | 92-105 | 102 | |
| 7 | Sisa-sisa ing ignition% | ≤0.15 | 0,08 | |
| 8 | Amonia | Netepi | Netepi | |
| 9 | Klorida | Netepi | Netepi | |
| 10 | Werna Gardner | 10MAxAx paling dhuwur | 7 | |
| 11 | Kerugian ing pangatusan:% | ≤0.25 | 0.15 | |
| 12 | Kapabilitas Penyerapan Banyu | ≥200 | Netepi | |
| 13 | Nilai peroksida. | ≤20 maksimal | 7.2 | |
| 14 | Paraffsins:% | ≤1.0 maksimal | Netepi | |
| 15 | Penyerapan banyu | Netepi | Netepi | |
| 16 | Larut banyu bisa oksida | Netepi | Netepi | |
| 17 | Alkalinitas | Netepi | Netepi | |
| 18 | Bahan asing (ppm) total | ≤40 | Netepi | |
| 19 | Dhaptar bahan asing (PPM) | ≤10 | Netepi | |
| Analisis Residu Pestisida (Rujukan) | ||||
| Alpha Endosulfan | ≤10ppm | 0,01 ppm | ||
| Endrin | ≤10ppm | 0,01 ppm | ||
| O, p-ddt | ≤10ppm | 0,01 ppm | ||
| P, p-ddt | ≤10ppm | 0,01 ppm | ||
| O, p-tde | ≤10ppm | 0,01 ppm | ||
| Carbophenothion Sulfoxide | ≤10ppm | 0,02 ppm | ||
| Tcbn | ≤10ppm | 0,03 ppm | ||
| Beta endosulfan | ≤10ppm | 0,02 ppm | ||
| Alpha Bhc | ≤10ppm | 0,01 ppm | ||
| beta bhc | ≤10ppm | 0,01 ppm | ||
| Carbophenothion | ≤10ppm | 0,01 ppm | ||
| Propetamphos | ≤10ppm | 0,01 ppm | ||
| ronnel | ≤10ppm | 0,02 ppm | ||
| dichlofenthion | ≤10ppm | 0,01 ppm | ||
| Malathion | ≤10ppm | 0,01 ppm | ||
| heptachlor | ≤10ppm | 0,00 ppm | ||
| klorpyrifos | ≤10ppm | 0,02 ppm | ||
| Aldrin | ≤10ppm | 0,01 ppm | ||
| Chlorfen vinphosz | ≤10ppm | 0,00 ppm | ||
| Chlorfen Vinphose | ≤10ppm | 0,01 ppm | ||
| O, p-dde | ≤10ppm | 0,02 ppm | ||
| Striphos | ≤10ppm | 0,02 ppm | ||
| iieldrin | ≤10ppm | 0,01 ppm | ||
| diazinon | ≤10ppm | 6,3 ppm | ||
| Ethion | ≤10ppm | 4.1 ppm | ||
| Carbophenothion Sulfoue | ≤10ppm | 0,01 ppm | ||
| Hexachlorobenzene (hcb) | ≤10ppm | 0,01 ppm | ||
| Gamma hexachlorocycloHexane | ≤10ppm | 0,01 ppm | ||
| MeteXYChlor | ≤10ppm | 0,01 ppm | ||
| P, p-dde | ≤10ppm | 0,01 ppm | ||
| Pirimiphos | ≤10ppm | 0,00 ppm | ||
| heptachlorepoxide | ≤10ppm | 0,00 ppm | ||
| bromofosvethyl | ≤10ppm | 0,00 ppm | ||
| P, p-tde | ≤10ppm | 0,00 ppm | ||
