Lanolin Hashdrous Cas 8006-54-0
Bubuka:
| Inci | Kas # |
| Lanolin anhidrat | 800614-0 |
Lanolin nyaéta konéng konéng semiri, zat tenzousous, teu pernah diala sareng wol domba, anu gaduh bau anu saé tapi ciri.lanolin ngagaduhan hal unik tina cai anu unik. Lanolin ngagaduhan sipat fisik pikeun naékkeun adhesion ka kulit garing, sareng ngabentuk pilem pelindung dina kulit.
Spésifikasi
| Titik lebur ºC 38-44ºC | 42 |
| Nilai asam, mg KoH / g 1,5mxum | 1.1 |
| Nilai saponformina mg Koh / G 92-104 | 95 |
| Nilai iodin 18-36 | 32 |
| Sesa dina couction% ≤0.5 maksimal | 0,4 |
| Nyerep cai:% | PH EUR.1997 |
| Nilai klorida <0,08 | <0,035 |
| Warna ku Gardward 12MAX | 10 |
Iket
50kg / kendang, 200kg / bedug, 190kg / kendang
Periode validitas
12mon
Neundeun
dina kaayaan habis, garing, sareng disegel, seuneu Pencegahan.
Lanolin disarankeun kanggo dianggo kanggo Ieu: persiapan orok, panyubaran rambut, lipstiks, témpél shint, kéngingkeun krim sareng lotion planci, cuckakan sareng gampang. Éta émosi muhrés pisan dina disimpen teras ngajaga sadayana penting. Kasaimbangan Uap) tina strattum, sareng ngalereskeun kulit. Hal anu penting, éta henteu ngarobah transpirasi normal kulit. Lanolin anu parantos nunjukkeun pikeun nyababkeun cai dina kulit ngawangun kana tingkat normal na 10-30%, ku ngaleungitkeun tanpa rugi Uap ecompal.
| Ngaran Produk: Lanolin Anhydrous USP35 | ||||
| NO | Barang | Spésifikasi | Hasil uji | |
| 1 | Katingali | Lebak filf konéng | Patuh | |
| 2 | Titik lebur ºC | 36-44 | 42 | |
| 3 | Nilai asam, mg koh / g | ≤1. maksimum | 0.7 | |
| 4 | Bau | bau | Patuh | |
| 5 | Nilai iodin | 18-36 | 33 | |
| 6 | Nilai saponformina mOH KOH / G | 92-105 | 102 | |
| 7 | Sesa on countion% | ≤0.15 | 0,08 | |
| 8 | Amonia | Patuh | Patuh | |
| 9 | Klorida | Patuh | Patuh | |
| 10 | Warna kebon | 10MABEBEY | 7 | |
| 11 | Rugi di pengering:% | ≤0.25 | 0,15 | |
| 12 | Kapasitas nyerep cai | ≥200 | Patuh | |
| 13 | Nilai peroksida. | ≤20 maksimal | 7,2 | |
| 14 | Parafin:% | ≤1.0 maksimal | Patuh | |
| 15 | Serangan cai | Patuh | Patuh | |
| 16 | Cai-larut tiasa oksida | Patuh | Patuh | |
| 17 | Alkalina | Patuh | Patuh | |
| 18 | Bahan asing (ppm) total | ≤40 | Patuh | |
| 19 | Bahan asing (daptar PPM) | ≤10 | Patuh | |
| Insisida Unsure Analisis (Rujukan) | ||||
| Unfha endosulfan | ≤10ppm | 0,01 ppm | ||
| Stallin | ≤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 | ||
| Carbophenoth Sulfopodies | ≤10ppm | 0,02 ppm | ||
| TCBN | ≤10ppm | 0,03 ppm | ||
| Beta endosulfuka | ≤10ppm | 0,02 ppm | ||
| Alfa bhc | ≤10ppm | 0,01 ppm | ||
| Beta BHC | ≤10ppm | 0,01 ppm | ||
| Carbofhioth | ≤10ppm | 0,01 ppm | ||
| propetamphos | ≤10ppm | 0,01 ppm | ||
| ronel | ≤10ppm | 0,02 ppm | ||
| Dichlofenthion | ≤10ppm | 0,01 ppm | ||
| kalamat | ≤10ppm | 0,01 ppm | ||
| héphachlor | ≤10ppm | 0.00 PPM | ||
| chlorpyrifos | ≤10ppm | 0,02 ppm | ||
| Alrrin | ≤10ppm | 0,01 ppm | ||
| Klorfen vinfosz | ≤10ppm | 0.00 PPM | ||
| Chechfen vinfose | ≤10ppm | 0,01 ppm | ||
| O, P-DDE | ≤10ppm | 0,02 ppm | ||
| Kidul | ≤10ppm | 0,02 ppm | ||
| Dipikat | ≤10ppm | 0,01 ppm | ||
| dia | ≤10ppm | 6,3 ppm | ||
| etan | ≤10ppm | 4.1 PPM | ||
| Carbophenoth Isoe | ≤10ppm | 0,01 ppm | ||
| Hexachlorobenzenzene (hcb) | ≤10ppm | 0,01 ppm | ||
| Gamma héksachorocyCyHExane | ≤10ppm | 0,01 ppm | ||
| Maksoxychlor | ≤10ppm | 0,01 ppm | ||
| P, P-DDE | ≤10ppm | 0,01 ppm | ||
| Pirimiphos | ≤10ppm | 0.00 PPM | ||
| Hopchlocoorpeide | ≤10ppm | 0.00 PPM | ||
| bromophosvapa | ≤10ppm | 0.00 PPM | ||
| P, P-TDE | ≤10ppm | 0.00 PPM | ||
