POLYETHYLENEIMINE CAS 9002-98-6 karo NW 600-20000000
Produk iki minangka cairan kenthel dhuwur sing ora ana warna utawa kuning.Larut ing banyu, etanol, higroskopis, ora larut ing benzena lan aseton.Presipitasi bakal kedadeyan nalika ketemu asam sulfat kanthi nilai pH luwih murah tinimbang 2,4.Solusi banyu diisi kanthi positif, lan penambahan formaldehida ngasilake kondensasi.Kang digunakake minangka agen kekuatan udan saka kertas AMBEGAN non ukuran, lan agen penylametan lan ngantem agen ing proses papermaking bisa nyuda jurusan ngantem saka pulp.Ngapikake kapasitas dewatering kertas.Kekeringan kertas tambah 1% - 4%.Kapasitas produksi tambah 5% - 20%.
| Kemurnian Opsional | ||||
| MW 600 | MW 1200 | MW 1800 | MW 2000 | MW 3000 |
| MW 5000 | MW 7000 | MW 10000 | MW 20000 | MW 20000-30000 |
| MW 30000-40000 | MW 40000-60000 | MW 70000 | MW 100000 | MW 270000 |
| MW600000-1000000 | MW 750000 | MW 2000000 | ||
| POLYETHYLENEIMINE CAS 9002-98-6 saka MW3000 | |
| ITEM | WATES STANDAR |
| Penampilan | Cairan ora ana warna utawa kuning pucet |
| Assay | 30% |
| Gravitasi spesifik (25 ℃ g/cm3) | d425=1,0385 |
| PH | 10-12 |
| Indeks bias | 1.3785 |
| Viskositas kinematik | 30-80 |
| Bobot molekul | 3000-3500 |
1. Digunakake minangka agen kekuatan udan saka kertas breathable non ukuran, agen penylametan lan agen ngantem ing proses papermaking, kang bisa nyuda jurusan ngantem saka pulp.Ngapikake kapasitas dewatering kertas.Kekeringan kertas tambah 1% - 4%.Kapasitas produksi tambah 5% - 20%.
2. Digunakake kanthi akeh ing bidang tinta cetak, lapisan, adesif lan liya-liyane.
3. Digunakake ing perawatan banyu papermaking, solusi electroplating lan dispersant.
4. Digunakake minangka reagen resin epoksi, adsorben aldehida lan fiksatif pewarna.
Dikempalken ing drum 25kgs lan tetep adoh saka cahya ing suhu ngisor 25 ℃.
Polyethyleneimine, branched, MW1800,99%;Polyethyleneimine, branched, MW70,000,30%w/vaq.soln.;Polyethyleneimine, kira-kira.MW 60.000, 50 wt% aq.solusi, cabang;Polyethyleneimine, linear, MW 25.000;Polyethyleneimine (30% ing Banyu);Etilena iMine polyM;PolyethyleneiMine ing manik silika, resin penukar anion, 20-40 Mesh;PolyethyleneiMine ing manik silika, resin penukar anion, 40-200 Mesh;PolyethyleneiMine ing manik silika, resin penukar anion, benzylated, 20-40 Mesh;PolyethyleniMine, Cabang, Av.Mn (dening GPC) Kira-kira.10.000;Solusi Poly(ethyleneiMine) ~50% ing H2O;Poly(ethyleneiMine) solusi rata-rata Mn ~1,200, rata-rata Mw ~1300 dening LS, 50 wt.% ing H2O;Poly(ethyleneiMine) solusi rata-rata Mn ~1,800 dening GPC, rata-rata Mw ~2,000 dening LS, 50 wt.% ing H2O;Poly(ethyleneiMine) solusi rata-rata Mn ~60.000 dening GPC, rata-rata Mw ~750.000 dening LS, 50 wt.% ing H2O;PolyethyleniMine, rata-rata bercabang Mw ~25.000 dening LS, rata-rata Mn ~10.000 dening GPC, bercabang;Polyethylenimine, linear;Polyethylenimine hydrochloride linear, rata-rata Mn 20.000, PDI <=1.2;Polietilenimin hidroklorida linier, rata-rata Mn 4.000, PDI <=1.1;Polyethylenimine, rata-rata linier Mn 10.000, PDI <=1.2;Polyethylenimine, rata-rata linier Mn 5,000, PDI <1,2;PolyethyleneiMine ing manik silika, resin penukar anion, benzylated, 40-200 Mesh;PolyethyleniMine, rata-rata linier Mn 2,500, PDI <1,2;polyethylenimine(35.000);polyethylenimine (40.000);solusi polimer etilena imina;solusi polimer ethyleneimine;resin ethyleneimine (50%);polyethylenimine 50% (W/V) larutan banyu;PEI-7;PEI-15;PEI-30;PEI-45;PEI-250;PEI-275;PEI-700;PEI-1000;PEI-1400;Polyethyleneimine, branched, MW 50.000 - 100.000, 30% w/w aq.soln.;Polyethyleneimine;Polyethyleneimine (ca. 30% ing Banyu) [kanggo Riset Biokimia];Polyethyleneimine (ca. 30% ing Banyu)
