Sina DC51D ZF Galvanized lamina ferri Coil Manufacturer et Supplier | Ruiyi
Lamina ferrea DC51D galvanized calidum intinge, etiam nomine ascalidum galvanized ferro intinge sheetDC51D+Z et tingui calidum cadmiam bracteam ferream obductis & coil DC51D+ZF. Sub Q/BQB 420 vexillum ferreum, sunt DC51D+Z,DC51D+ZF, quod est curvandi et profilingi qualitatis, DC52D+Z,DC52+ZF quod est ad trahendam qualitatem, DC53+Z,DC53+ZF, quod est ad altam trahendam qualitatem, DC54D+Z,DC54D+ZF, quod est speciale altum trahendi qualitatem, DC56D+Z,DC56D+ZF, quod est extra altam qualitatem trahendi.
DX51D stands pro ferro galvanizato. Prima D significat ferrum plana pro frigido formando. X significat statum volubilem indefinitum. 51 Seritur numerus ferri. Secundum D significat calidum detritum galvanized.
Si X fiet C, nempe DC51D, significat subiectum volubilem statum frigidum esse volubilem. Dum DD51D significat statum volubilem volvens calidum est volvens.
Quid plus est, facile est videre DX51D-Z, DX51D-ZF vel DX51D-AZ. Z significat tunicam galvanizatam esse Zinc. ZF significat tunicam galvanizatam Zn-FE mixturam esse. AZ significat galvanizatam tunicam galvalume esse.
DX51D orbiculi galvanizati producuntur secundum EN 10346. Crassitudo tunicae zinci variat secundum exigentias consumers.
DX51Dgalvanized gyroslate adhibentur ad structuras ferreas, tecta, fenestras, profiles, adficio et evacuatione systemata, viarum claustra, pontes, et adjumenta domestica (casus et partes internae).
DX51D producta ferro producta in orbibus 0.4-1.6 mm crassis et 950-1250 mm latis. Diameter spirae interior est 600± 20 mm et diametri exterior usque ad 1300 mm. Coil pondus est usque ad 8 talenta. Orbi supplentur marginibus incisis (etiam molae marginibus possibilis).
Compositio chemica et proprietates mechanicae iuxta EN 10346
Nota. Tolerantiae pro dimensionibus et figuris in EN 10143 delineatae (tolerantiae latitudinis sunt pro orbibus minimum 0,7 mm crassis);
Nota. Requisita ad formandam et conciliandam effectorum perfectorum rationem considerandae sunt, quando pondus zinci efficiens ordinans.
Applicationes et lineamenta dantur ut sequens tabula
| Steel Gradus | Applicationem | Feature |
|---|---|---|
| DC51D+Z (St01Z, St02Z, St03Z), DC51D+ZF | Commercial rem | Humilis carbonis et/vel ultra-humilis carbonis chalybe |
| DC52D+Z (St04Z), DC52D+ZF | drawing | |
| DC53D+Z (St05Z), DC53D+ZF | Alta drawing | Ultra-humilis chalybe |
| DC54D+Z (St06Z), DC54D+ZF | Extra altum drawing | |
| DD54D+Z (St06ZR) | ||
| DC56D+Z (St07Z), DC56D+ZF | Summum extra altum drawing |
Compositio chemica %:
| bse metallum genus | Gradus | CHEMICAL COMPOSITIONE % | |||
|---|---|---|---|---|---|
| C | Si | Mn | P | ||
| frigus ferro sheet advolvit | DC51D+Z (St01Z, St02Z, St03Z), DC51D+ZF | ≤0.10 | - | ≤0.50 | ≤0.035 |
| DC52D+Z (St04Z), DC52D+ZF | ≤0.08 | - | ≤0.45 | ≤0.030 | |
| DC53D+Z (St05Z), DC53D+ZF | ≤0.08 | - | ≤0.40 | ≤0.030 | |
| DC54D+Z (St06Z), DC54D+ZF | ≤0.01 | ≤0.10 | ≤0.30 | ≤0.025 | |
| DC56D+Z (St07Z), DC56D+ZF | ≤0.01 | ≤0.10 | ≤0.30 | ≤0.025 | |
| calidum advolvit ferro sheet | DD51D+Z (St01ZR, St02ZR) | ≤0.10 | - | ≤0.50 | ≤0.035 |
| DD54D+Z (St06ZR) | ≤0.01 | ≤0.10 | ≤0.30 | ≤0.025 | |
| Mechanica operas et coating tenaces | |||||||
|---|---|---|---|---|---|---|---|
| Gradus | Mechanica operas | Coing Adhesiveness | |||||
| Cede fortitudo MP | Fortitudo distrahentes MP ≥ | Post Breakage Sentio Elongatio (LO=80mm,b=20mm)% ≥ | Inflexio Centrum Diameter in Post coating pondus (g / m2) c (a = laminam crassitudine) | ||||
| L0=80mm,b=20mm | |||||||
| Crassitudo nominis sub his mm | ≤140/140 | >140/140~ 175/175 | >175/175 | ||||
| ≤0.7 | >0.7 | ||||||
| DC51D+Z (St01Z, St02Z, St03Z), DC51D+ZF | - | 270~500 | 20 | 22 | 0a | 1a | 2a |
| DC52D+Z (St04Z), DC52D+ZF | 140~300 | 270~420 | 24 | 26 | |||
| DC53D+Z (St05Z), DC53D+ZF | 140~260 | 270~ 380 | 28 | 30 | |||
| DC54D+Z (St06Z) | 140~220 | 270~ 350 | 34 | 36 | |||
| DC54D+ZF | 32 | 34 | |||||
| DC56D+Z (St07Z) | 120~ 180 | 270~ 350 | 38 | 40 | |||
| DC56D+ZF | 36 | 38 | |||||
| Superficies structurae | Codicis, No. | Features | Applicationem |
|---|---|---|---|
| Conventional spangle | Z | Spangles condensatur in zinci efficiens sub condicionibus normalibus post moveret. | Commercial proposita |
| Parvus spangle | X | Superficies in spangles minor quam conventionales, et ob condensationem zinci moderatae efficiens. | Applicationes ubi conventionales spangles non possunt occurrere speciei superficiei requisita. |
| Transierunt cutis spangle | G | Superficies structura post specialem cutem transeunt curatio. | Applicationes superficies qualitatis altae requiruntur, ut color basi laminae efficiens. |
| Transierunt cutis parva spangle | GX | ||
| Nulla spangle | N | Nullae visibilia in superficie coatingunt propter singularem processum productionis. | - |
| Zn-Fe stannum | R | Non spangle, griseo, regulariter matte | Applicatur adhuc pictura |
| Superficiem curatio | |
|---|---|
| Chromate curatio (L.) | Curatio chromatis chemica curatio est eo fine ne rubiginem albam in superficiebus productis per translationem et repono formatum. |
| Oiling (Y) | Oleum est ne rubiginem albam in superficiebus productis in translatione et repositione formatam. |
| Chromate curatio + Oiling (LY) | Curatio chromatis+ Oiling (LY) Haec curatio unctionis post chromatis superficiem est ut rubiginis albae formationem ulterius evitet. |
Superficies qualitas
| Codicem No. | Features |
|---|---|
| FB (O3) | t conceditur pro existentibus maculis exesis parvis, maculis nigris, notis habenis, defectibus chromatis minoris curationis et particulae zinci minoris. |
| FC (O4) | Nulla macula exesa conceditur. Attamen permissum est ut exsistentiae levium impressionum, exasperationis, zinci fluxus laniatus notas, vitia chromatis minoris curationis minoris ambitus attingat, cum altera parte saltem requisita FB attingere debet. |
| FD (O5) | Una pars bonae qualitas relativae ulterius defectus restringere debet, nempe species qualitatis postquam pictura non patitur, et altera parte saltem requisita FB attingere debet. |
Ferro gradus referentia index signorum, signa citatis et alia signa
| Q/BQB 420-2003 | EN10142:2000 EN10147:2000 EN1029:2000 | EN 10142:1990 EN 10147:1991 | JISG3302-1994 | ASTMA653M-2002 |
|---|---|---|---|---|
| DC51D+Z (St01Z, St02Z, St03Z), DC51D+ZF | DC51D+Z, +ZF | FeP02GZ, ZF | SGCC | CS type C * |
| DC52D+Z (St04Z), DC52D+ZF | DC52D+Z, +ZF | FeP03GZ, ZF | SGCC | CS type A, typus B |
| DC53D+Z (St05Z), DC53D+ZF | DC53D+Z, +ZF | FeP05GZ, ZF | SGCD1 | FS typus A, typus B |
| DC54D+Z (St06Z), DC54D+ZF | DC54D+Z, +ZF | FeP06GZ, ZF | SGCD2 | DDS |
| DC56D+Z (St07Z), DC56D+ZF | DC56D+Z, +ZF | DX56D+Z, ZF (SEW 021) | SGCD3 | EDDS |
| Q/BQB 420 Calda intinge galvanizata / mixtura zinci magnesii stannum ferro obductis scheda et habena | ||||
| nomen ferro | Calidum intinge galvanized / frigus advolvit subiectum | Calidum intinge galvanized / calidum advolvit subiectum | Stannum ferrum mixturae | Magnesium spodium |
| Mitis ferro vel interstitial-liberum chalybe | DC51D+Z | DD51D+Z | DC51D+ZF | DC51D+ZM |
| DC52D+Z | DC52D+ZF | DC52D+ZM | ||
| DC53D+Z | DC53D+ZF | DC53D+ZM | ||
| DC54D+Z | DC54D+ZF | DC54D+ZM | ||
| DC56D+Z | DC56D+ZF | DC56D+ZM | ||
| DC57D+Z | DC57D+ZF | DC57D+ZM | ||
| Carbo structuralis ferro aut humilis mixturae chalybe | S220GD+Z | S220GD+ZF | S220GD+ZM | |
| S250GD+Z | S250GD+ZF | S250GD+ZM | ||
| S280GD+Z | S280GD+ZF | S280GD+ZM | ||
| S320GD+Z | S320GD+ZF | S320GD+ZM | ||
| S350GD+Z | S350GD+ZF | S350GD+ZM | ||
| S550GD+Z | S550GD+ZM | |||
| Interstitial gratis summus fortitudo ferro | HC180YD+Z | HC180YD+ZF | HC180YD+ZM | |
| HC220YD+Z | HC220YD+ZF | HC220YD+ZM | ||
| B240P1D+Z | B240P1D+ZF | B240P1D+ZM | ||
| B260LYD+Z | B260LYD+ZF | B260LYD+ZM | ||
| HC260YD+Z | HC260YD+ZF | HC260YD+ZM | ||
| coquendum induraverunt chalybe | HC180BD+Z | HC180BD+ZF | HC180BD+ZM | |
| HC220BD+Z | HC220BD+ZF | HC220BD+ZM | ||
| HC260BD+Z | HC260BD+ZF | HC260BD+ZM | ||
| HC300BD+Z | HC300BD+ZF | HC300BD+ZM | ||
| humilis offensionis robore ferro | HC260LAD+Z | HC260LAD+ZF | HC260LAD+ZM | |
| HC300LAD+Z | HC300LAD+ZF | HC300LAD+ZM | ||
| HC340LAD+Z | HD340LAD+Z | HC340LAD+ZF | HC340LAD+ZM | |
| HC380LAD+Z | HC380LAD+ZF | HC380LAD+ZM | ||
| HC420LAD+Z | HD410LAD+Z | HC420LAD+ZF | HC420LAD+ZM | |
| HC460LAD+Z | HC460LAD+ZF | HC460LAD+ZM | ||
| HC500LAD+Z | HC500LAD+ZF | HC500LAD+ZM | ||
| HD550LAD+Z | ||||
| Duplex chalybe | HC250/450DPD+Z | HC250/450DPD+ZF | HC250/450DPD+ZM | |
| HC300/500DPD+Z | HC300/500DPD+ZF | HC300/500DPD+ZM | ||
| HC280/590DPD+Z | HC280/590DPD+ZF | HC280/590DPD+ZM | ||
| HC340/590DPD+Z | HC340/590DPD+ZF | HC340/590DPD+ZM | ||
| B340/590DPD+Z | B340/590DPD+ZF | B340/590DPD+ZM | ||
| HC420/780DPD+Z | HC420/780DPD+ZF | |||
| HC500/780DPD+Z | HC500/780DPD+ZF | |||
| HC550/980DPD+Z | HC550/980DPD+ZF | |||
| HC650/980DPD+Z | HC650/980DPD+ZF | |||
| HC700/980DPD+Z | HC700/980DPD+ZF | |||
| HC740/1180DPD+Z | HC740/1180DPD+ZF | |||
| HC820/1180DPD+Z | HC820/1180DPD+ZF | |||
| transmutatio inducta MOLLITIA ferro | HC380/590TRD+Z | HC380/590TRD+ZF | ||
| HC400/690TRD+Z | HC400/690TRD+ZF | |||
| HC420/780TRD+Z | HC420/780TRD+ZF | |||
| Complexum tempus ferro | HC570/780CPD+Z | HD660/760CPD+Z | ||
| HC780/980CPD+Z | ||||
| induraverunt ductile ferro | HC600/980QPD+Z | |||
| HC600/980QP-ELD+Z | ||||
| HC820/1180QPD+Z | ||||
| HC820/1180QP-ELD+Z | ||||
