Spesifikasi Kawat Baja GI
| Nominal Dhiameter mm | Dia. Toleransi mm | Min. Massa saka Lapisan seng gr/m² | Elongation ing ukuran 250 mm % min | Tarik kekuwatan N/mm² | Resistance Ω/km maks |
| 0.80 | ± 0,035 | 145 | 10 | 340-500 | 226 |
| 0.90 | ± 0,035 | 155 | 10 | 340-500 | 216.92 |
| 1.25 | ± 0,040 | 180 | 10 | 340-500 | 112.45 |
| 1.60 | ± 0,045 | 205 | 10 | 340-500 | 68.64 |
| 2.00 | ± 0,050 | 215 | 10 | 340-500 | 43.93 |
| 2.50 | ± 0,060 | 245 | 10 | 340-500 | 28.11 |
| 3.15 | ± 0,070 | 255 | 10 | 340-500 | 17.71 |
| 4.00 | ± 0,070 | 275 | 10 | 340-500 | 10.98 |
Proses Gambar Kawat Baja Galvanis
lGalvanizing sadurunge proses drawing:Kanggo nambah kinerja kawat baja galvanis, proses nggambar kawat baja menyang produk rampung sawise annealing timbal lan galvanizing diarani plating sadurunge proses drawing. Aliran proses khas yaiku: kawat baja - quenching timbal - galvanizing - drawing - kawat baja rampung. Proses plating pisanan lan banjur nggambar proses paling cendhak ing cara drawing saka kabel baja galvanis, kang bisa digunakake kanggo galvanizing panas utawa electrogalvanizing lan banjur drawing. Sifat mekanik kawat baja galvanis panas sawise digambar luwih apik tinimbang kawat baja sawise digambar. Loro-lorone bisa diwenehi lapisan seng lancip lan seragam, nyuda konsumsi seng lan entheng mbukak baris galvanizing.
lProses penggambaran post galvanizing intermediate:proses drawing post galvanizing penengah yaiku: kawat baja - quenching timbal - drawing utami - galvanizing - drawing secondary - kawat baja rampung. Fitur saka plating medium sawise drawing iku kabel baja timbal quenched wis galvanis sawise siji drawing lan banjur digambar kanggo produk rampung kaping pindho. Galvanizing antarane loro drawing, supaya disebut medium plating,. Lapisan seng saka kawat baja sing diprodhuksi dening plating medium lan banjur digambar luwih kenthel tinimbang sing diprodhuksi dening plating lan banjur digambar. Total kompresibilitas (saka timbal quenching kanggo produk rampung) saka hot dip galvanis kawat baja sawise plating lan drawing luwih dhuwur tinimbang sing saka kabel baja sawise plating lan drawing.
lProses galvanizing campuran:Kanggo ngasilake kawat baja galvanis kanthi kekuatan ultra-dhuwur (3000 N / mm2), proses "galvanisasi campuran lan gambar" kudu diadopsi. Alur proses khas minangka nderek: timbal quenching - drawing utami - pre galvanizing - drawing secondary - galvanizing final - drawing tersier (drawing garing) - tank banyu nggambar kawat baja rampung. Proses ing ndhuwur bisa ngasilake kawat baja galvanis ultra-dhuwur kanthi kandungan karbon 0,93-0,97%, diameter 0,26mm lan kekuatan 3921N / mm2. Lapisan seng nduweni peran kanggo nglindhungi lan lubricating lumahing kabel baja sak drawing, lan kabel ora bejat sak drawing..
