Lanolin anhidrat
bubuka:
| INCI | CAS# |
| Lanolin anhidrat | 8006-54-0 |
LANOLIN mangrupakeun konéng bulak, ulet, zat unctuous dicandak tina wol domba, ngabogaan bau samar tapi ciri.Lanolin boga sipat unik nyerep dua kali beurat sorangan cai.Lanolin ngagaduhan sipat fisik ningkatkeun adhesion kana kulit garing, sareng ngabentuk film pelindung dina kulit.
spésifikasi
| Titik lebur ºC 38-44ºC | 42 |
| Nilai Asam, mg KOH/g 1,5 maksimum | 1.1 |
| Nilai saponifikasi mg KOH/g 92-104 | 95 |
| Nilai iodin 18-36 | 32 |
| Résidu on ignition% ≤0,5 maksimum | 0.4 |
| Nyerep cai:% | Ph EUR.1997 |
| Nilai klorida <0,08 | <0,035 |
| Warna ku gardner 12maximum | 10 |
Bungkusan
50kg/drum, 200kg/drum, 190kg/drum
Periode validitas
12 bulan
Panyimpenan
dina kaayaan rindang, garing, sareng disegel, seuneu pencegahan.
Lanolin disarankeun pikeun dianggo dina ieu: Olahan orok, Perlindungan Rambut, Lipstik, Sampo Témpél, Krim Cukur, Tabir Surya, Krim Kaduruk, Sabun Leungeun, Krim Biwir, Makeup, Produk Pet, Plasticizer Semprotan Rambut, Krim Pelindung sareng Lotion.Éta émolién anu épéktip pisan pikeun mulangkeun sareng ngajaga sadaya hidrasi (kasaimbangan uap) anu penting tina stratum corneum, sahingga nyegah kulit garing sareng retakan.Sarua pentingna, éta henteu ngarobih transpirasi normal kulit.Lanolin geus ditémbongkeun ngabalukarkeun cai dina kulit ngawangun nepi ka tingkat normal na 10-30%, ku retarding tanpa sagemblengna inhibiting leungitna Uap trans-épidermal.
| Ngaran produk: Lanolin anhydrous USP35 | ||||
| NO | Barang | Spésifikasi | Hasil tés | |
| 1 | Penampilan | Lilin konéng ngabentuk hal | matuh | |
| 2 | Titik lebur ºC | 36-44 | 42 | |
| 3 | Nilai Asam, mg KOH/g | ≤1.maksimal | 0.7 | |
| 4 | Bau | euweuh bauan | matuh | |
| 5 | Nilai iodin | 18-36 | 33 | |
| 6 | Nilai saponifikasi mg KOH/g | 92-105 | 102 | |
| 7 | Résidu dina ignition% | ≤0.15 | 0.08 | |
| 8 | Amonia | matuh | matuh | |
| 9 | Klorida | matuh | matuh | |
| 10 | Warna Gardner | 10 maksimal | 7 | |
| 11 | Leungitna dina garing:% | ≤0.25 | 0.15 | |
| 12 | Kapasitas nyerep cai | ≥200 | matuh | |
| 13 | Nilai péroxida. | ≤20 maksimum | 7.2 | |
| 14 | Parafin:% | ≤1,0 maksimum | matuh | |
| 15 | Nyerep cai | matuh | matuh | |
| 16 | Leyur cai bisa oksida | matuh | matuh | |
| 17 | Alkalinitas | matuh | matuh | |
| 18 | Zat Asing(ppm) Total | ≤40 | matuh | |
| 19 | Daptar Zat Asing(ppm). | ≤10 | matuh | |
| Analisis résidu péstisida (Rujukan) | ||||
| Alfa 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 | ||
| Béta endosulfan | ≤10ppm | 0,02 ppm | ||
| Alfa BHC | ≤10ppm | 0,01 ppm | ||
| béta BHC | ≤10ppm | 0,01 ppm | ||
| Carbophenothion | ≤10ppm | 0,01 ppm | ||
| propetamphos | ≤10ppm | 0,01 ppm | ||
| ronnel | ≤10ppm | 0,02 ppm | ||
| diklofensi | ≤10ppm | 0,01 ppm | ||
| malathion | ≤10ppm | 0,01 ppm | ||
| heptaklor | ≤10ppm | 0.00 ppm | ||
| klorpirifos | ≤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 | ||
| dieldrin | ≤10ppm | 0,01 ppm | ||
| diazinon | ≤10ppm | 6,3 ppm | ||
| étion | ≤10ppm | 4,1 ppm | ||
| Carbophenothion Sulfoue | ≤10ppm | 0,01 ppm | ||
| Heksachlorobenzena (HCB) | ≤10ppm | 0,01 ppm | ||
| Gamma hexachlorocyclohexane | ≤10ppm | 0,01 ppm | ||
| Méthoxychlor | ≤10ppm | 0,01 ppm | ||
| P, P-DDE | ≤10ppm | 0,01 ppm | ||
| pirimiphos | ≤10ppm | 0.00 ppm | ||
| heptaklorepoksida | ≤10ppm | 0.00 ppm | ||
| bromophosvethyl | ≤10ppm | 0.00 ppm | ||
| P, P-TDE | ≤10ppm | 0.00 ppm | ||
