Coil Ferratus
Voluta ex ferro est principale negotium Tianjin Emerson, habemus varios typi volutarum, voluta ferri incalidata, voluta ferri frigide laminata, voluta ferri decocta, voluta ferri zincata, PPGI, voluta aluzinc, voluta ex stanno ferro, voluta ex alluminio et cetera.
1. Volutae ferri incalidatae, possumus suppetere crassitudinem ab 0,8 mm usque ad 25 mm, latitudinem ab 1000 mm usque ad 2000 mm, possumus facere diversos materiales et dimensiones ad mensuram cum celeri distributione.
Dimensio: 0,8–25,4 mm × 800–2150 mm.
|
Nomen mercimoniae |
Gradus |
Nomen mercimoniae |
Gradus |
|
Ferrum Carbonis Lenis |
A36 |
Pulvilli Frenorum Ex Ferro Automobilis Ordinarii |
HR370B |
|
A36M |
HR470B |
||
|
JJ195L |
Ferrum Automobilis Commune - Ferrum Rotae |
Q255PL |
|
|
JJ235L |
330CL |
||
|
JJ235M |
C330CL |
||
|
SAPH400-C |
HZ330CL |
||
|
SS40-ZJ |
Ferrum Automobilis - Ferrum Rotae |
Q355PL |
|
|
A36-C01 |
380CL |
||
|
SS40-FST |
C380CL |
||
|
Q235C |
HZ380CL |
||
|
Q235D |
400CL |
||
|
Laminula Quadrata |
BDQ235B |
HZ400CL |
|
|
BDSS400TS |
420CL |
||
|
BDQ235B-Z01 |
C420CL |
||
|
Ferrum Basis Coldi Volventatum |
Q195 |
HZ420CL |
|
|
SPHC |
HZ330CL-T |
||
|
SPHD |
440CL |
||
|
DD11 |
HZ440CL |
||
|
DD11-HJ |
HZ440CL-T |
||
|
DD11-MD |
490CL |
||
|
DD11-MFG |
C490CL |
||
|
DD11G-KH |
HZ490CL |
||
|
DD12 |
540CL |
||
|
SAE1006 |
HZ540CL |
||
|
SAE1008 |
TCX400 |
||
|
SAE1010 |
590CL |
||
|
SAE1012 |
C590CL |
||
|
SAE1016 |
HZ590CL |
||
|
SAE1018 |
650CL |
||
|
HLC |
HZ650CL |
||
|
HR1 |
HS510 |
||
|
HR1-T |
HZ380LF |
||
|
SS40-AT |
HZ420LF |
||
|
SS40-MFG |
HZ440LF |
||
|
SPHT1 |
HZ490LF |
||
|
SPHT2 |
HZ540LF |
||
|
SAPH310-LZ |
HF1500HS |
||
|
SAPH370-LZ |
QP2 |
||
|
SAPH400-LZ |
780CL |
||
|
S350GD-MFG |
HZ780CL |
||
|
SCR350 |
Ferrum Automotive - Ferrum in forma trabis |
HR600/700CF |
|
|
Ferrum compressum frigore gradus alti |
SAE1001 |
420L |
|
|
SAE1002 |
TC420L |
||
|
SAE1012M |
510L |
||
|
SAE1016M |
TC510L |
||
|
SPHE |
600L |
||
|
IFHR2 |
610L |
||
|
IFHR3 |
C610L |
||
|
DCK-BA |
C610L-CY |
||
|
DCK-CA |
650L-YT |
||
|
Z-DD12-SFL |
700BL |
||
|
Q355B-GZ |
700BL-M01 |
||
|
Stanniferum vulgare ex ferro |
SPHC-S |
700L |
|
|
Stanniferum ex ferro |
MR T-2.5 |
C700L |
|
|
MR T-2.5BA |
C700L-SL |
||
|
MR T-2.5CA |
BD700L |
||
|
MR T-2CA |
750L |
||
|
MR T-3 |
C750L |
||
|
MR T-4 |
800L |
||
|
MR T-5 |
800L-JTM≤16 |
||
|
MR T-1M |
800L-JTM＞16mm |
||
|
MRT2.5 |
ZQS500LE2 |
||
|
MRT3 |
ZQS700LE2 |
||
|
MRT4 |
ZQS355L |
||
|
MRT-3.5 |
ZQS420L |
||
|
MRT-3.5HB |
ZQS500L |
||
|
MRT-2 |
ZQS550L |
||
|
MRT-1 |
ZQS600L |
||
|
TDR-1 |
ZQS650L |
||
|
TDR-2.5 |
ZQS700L |
||
|
TDR-3 |
Ferrum Automobilis - Ferrum Structurale |
S315MC |
|
|
TDR-4 |
S355MC |
||
|
TDR-7 |
S355MH |
||
|
TDR-7M |
S420MC |
||
|
MRT-1BA |
S460MC |
||
|
MRT-1CA |
S500MC |
||
|
Ferrum legale parvum |
Q355B |
S550MC |
|
|
TQ355B |
S600MC |
||
|
JJ355L |
CG600MC |
||
|
JJ355M |
S650MC |
||
|
JJ355H |
S700MC≤12mm |
||
|
Basso Ligatum Alti Roboris |
Q355B-ZH |
S700MC＞12mm |
|
|
Q355B-GG |
CG700MC≤12mm |
||
|
Q355B-LZ |
CG700MC＞12mm |
||
|
Q355B-GC |
HQ460C |
||
|
Q345B |
S460M |
||
|
CG500Z |
SAPH310 |
||
|
Grade50 |
SAPH370 |
||
|
Gr50 |
SAPH400 |
||
|
Gr50-11 |
SAPH440 |
||
|
GR50-GH |
SPFH590 |
||
|
S235jr |
QSTE340TM |
||
|
S235JR-C01 |
QSTE380TM |
||
|
Q355B-Si |
QSTE420TM |
||
|
Q355C |
QSTE460TM |
||
|
Q355B-Ti |
QSTE500TM |
||
|
A572GR50 |
QSTE550TM |
||
|
Gr50-12 |
QStE700TM |
||
|
S275JR |
HR380F |
||
|
S275JR-C01 |
HR500F |
||
|
BDQ355B |
Ferrum Automotive - Ferrum Cortex |
600XT |
|
|
S355jr |
C600XT |
||
|
S355JR-C01 |
700XT |
||
|
ZJ500 |
C700XT |
||
|
A572Gr50-C01 |
Q750XT |
||
|
Q355D |
BDQ500TM |
||
|
Q355D-HQ |
BD500XT |
||
|
S275J2 |
BD600XT |
||
|
S380 |
YM600 |
||
|
BDQ355C |
Ferrum Automobilis - Ferrum Bifasce |
H500FB |
|
|
S355J0 |
H550FB |
||
|
S355J2 |
H600FB |
||
|
Q355E |
H650FB |
||
|
Q355ME |
DP590 |
||
|
Q355MC-ZK |
DP680 |
||
|
S355JR-C02 |
HQK750 |
||
|
Ferrum Prime Carbonis/Ferrum Instrumentorum |
20 |
Ferrum Automotive - mixturae vas |
520JJ |
|
20-C01 |
C520JJ |
||
|
25 |
TG520JJ |
||
|
35 |
560JJ |
||
|
45 |
T560JJ |
||
|
S45C |
C610JJ |
||
|
S48C |
620JJ |
||
|
50 |
C620JJ |
||
|
50-C01 |
C700JJ |
||
|
60 |
C750JJ |
||
|
65 |
Ferrum Automobilis - Ferrum Conchae Pontis |
Q345QK |
|
|
45-JT |
Q460QK |
||
|
SK85 |
Q500QK |
||
|
SAE1022 |
C600QK |
||
|
SAE1025 |
HQK600 |
||
|
SAE1050 |
C600QK-CM |
||
|
SAE1065 |
ZQS460QKH |
||
|
20Mn |
Ferrum automotive vulgare - axis transmissionis |
CZ240L |
|
|
40Mn |
CZ355 |
||
|
40Mn-JT |
Ferrum automotive - axis transmissionis |
F240WX |
|
|
50Mn |
F540WX-SAE1518v |
||
|
45Mn |
440QZ |
||
|
60Mn |
CZ440 |
||
|
65Mn |
TS440Z |
||
|
65Mn-HF |
480QZ |
||
|
45Mn-JT |
CZ480 |
||
|
65Mn-YT |
TS480Z |
||
|
65Mn-SM |
500QZ |
||
|
65Mn-RH |
C500QZ |
||
|
20Mn2 |
TS500Z |
||
|
22Mn2B5 |
550QZ |
||
|
22MnTi |
C550QZ |
||
|
35Mn-C01 |
TS550Z |
||
|
30MnB5 |
600QZ |
||
|
20MnB5 |
C620QZ-SC |
||
|
33MnB5 |
CZ650 |
||
|
33MnCrTiB |
CZ700 |
||
|
27SiMn |
700QZ＜6mm |
||
|
40MnV |
700QZ≥6mm |
||
|
20Cr |
C700QZ＜6mm |
||
|
20MnTiB-MG |
C700QZ≥6mm |
||
|
40Cr |
TS700Z＜6mm |
||
|
40Cr-Z01 |
TS700Z≥6mm |
||
|
22HM |
750QZR |
||
|
38MnB5 |
750QZ |
||
|
45Mn-V |
C750QZ |
||
|
75Cr |
Ferrum automotive tubulare barra stabilizans |
22CB |
|
|
75Cr1 |
26MnB5 |
||
|
60Si2Mn |
34MnB5 |
||
|
20CrMnTi |
Ferrum automotive - tamburum freni |
ZDG400 |
|
|
40Mn-M01 |
Ferrum machinarum constructionis |
Q390A |
|
|
22MnB5 |
Q390B |
||
|
22SiMn2 |
Q390C |
||
|
50Mn2V |
Q390D |
||
|
50CrV4 |
Q420A |
||
|
51CrV4 |
Q420B |
||
|
30MnCrB5 |
Q420C |
||
|
SCM415 |
Q420D |
||
|
30CrMo |
Q420E |
||
|
42crmo |
Q420MB |
||
|
Ferrum soldatorium |
HP235 |
Q420MC |
|
|
HP295 |
Q420MD |
||
|
HP295-Z01 |
Q420ME |
||
|
HP325 |
Q420B-JM |
||
|
HP345 |
A572Gr60 |
||
|
Ferrum ad Vas Praessionis |
Q245R |
A572Gr65 |
|
|
Q345r |
Q460B |
||
|
A516gr70 |
Q460C |
||
|
A516Gr60 |
Q460D |
||
|
15CrMo |
Q460E |
||
|
Q235ZGB |
Q460MC |
||
|
Q355ZGB |
Q460MD |
||
|
Ferrum ductilis commune |
H40 |
Q460ME |
|
|
L245 |
Q500C |
||
|
L245M |
Q500D |
||
|
L290 |
Q500MC |
||
|
L290M |
Q550C |
||
|
X42 |
Q550D |
||
|
X42M |
Q550MC |
||
|
L320 |
Q550MD |
||
|
L320M |
Q620C-GC |
||
|
X46 |
Q690D |
||
|
X46M |
Q690MD |
||
|
L360 |
S450J0 |
||
|
L360M |
Ferrum Turris Ferri |
Q420TB |
|
|
X52 |
Q420TC |
||
|
X52M |
Q420TD |
||
|
J55 |
Q420TE |
||
|
L390≤12mm |
Q460TC |
||
|
L390M≤12mm |
Ferrum Turris Ventorum |
Q420FTC |
|
|
L390＞12mm |
Ferrum Containeris |
SPA-H |
|
|
L390M > 12 mm |
C450NH-ZT |
||
|
X56 ≤ 12 mm |
C550NH-ZT |
||
|
X56M ≤ 12 mm |
Ferrum resistentis corrosioni/acidis |
Q235NH |
|
|
X56 > 12 mm |
Q235NHB |
||
|
X56M > 12 mm |
Q235NHRE |
||
|
L415 |
Q295NHB |
||
|
L415M |
Q355NH |
||
|
X60 |
Q355NHB |
||
|
X60M |
Q355NHRE |
||
|
L450≤12mm |
Q315NS |
||
|
L450M≤12mm |
Q345NS |
||
|
L450＞12mm |
Q355NS |
||
|
L450M＞12mm |
09CrCuSb |
||
|
X65≤12mm |
Q345NQR2 |
||
|
X65M≤12mm |
Q415NHB |
||
|
X65＞12mm |
09CuPCrNi-A |
||
|
X65M＞12mm |
Q355GNHE |
||
|
L485≤16mm |
T450NH |
||
|
L485＞16mm |
A588GrA |
||
|
L485M≤16mm |
Q345NQR2-BD |
||
|
L485M＞16mm |
Q355NHC |
||
|
X70≤16mm |
Q450NQR1 |
||
|
X70＞16mm |
BDQ450NQR1 |
||
|
X70M≤16mm |
Q550NQR1 |
||
|
X70M＞16mm |
T550NH |
||
|
L555M＜16mm |
Q550NHA |
||
|
L555M≥16mm |
C550NH-GF |
||
|
X80＜16mm |
T700NH |
||
|
X80M＜16mm |
C800NH |
||
|
X80≥16mm |
Q350EWR1 |
||
|
X80M≥16mm |
Ferrum Resistentiae Abrasionis |
NM250XT |
|
|
BMS |
NM300 |
||
|
L245MS |
NM300XT |
||
|
X42MS |
NM360 |
||
|
X46MS |
NM300TP |
||
|
X46NS |
NM360XT |
||
|
L360MS |
NM400XT |
||
|
X52MS |
Nm400 |
||
|
X60MS |
NM400TP |
||
|
X65MS≤12mm |
NM450TP |
||
|
X65MS＞12mm |
Ferrum electricum |
TGW1300 |
|
|
Tabula Navis |
A CCS-A |
HBW1300 |
|
|
B CCS-B |
TGW1000 |
||
|
D CCS-D |
HBW1000 |
||
|
A32 CCS-AH32 |
TGW800 |
||
|
A36 CCS-AH36 |
HBW800 |
||
|
D32 CCS-DH32 |
TGW600 |
||
|
D36 CCS-DH36 |
Ferrum Pontis |
Q345qC |
|
|
Ferrum Emailatum |
Q410HT |
Q345qD |
|
|
Q480HT |
Q345qE |
||
|
Ferrum Purum Industriale |
CT06 |
Q420qD |
|
|
CT05-2 |
Q370qD |
2. Spira Exsolvata Ex Ferro Fregerata
Productum ex spiris exsolvatis ex ferro calore formatis altae qualitatis conficitur, quae acidulantur ut squama ferri oxidati tollatur, deinde in mola frigida deformationi subiciuntur. Lamina frigide exsoluta exactam habet crassitudinem, altam superficiei qualitatem et planitiem, necnon excellentes proprietates mechanicas et elaborandi. Productum late utitur in industria aedificiorum, automobilium, domus apparatus, transportis aliisque.
Possumus suppetere crassitudinem 0,3 mm usque ad 6 mm, latitudinem spira a 1000 mm usque ad 1500 mm, possumusque diversa genera materialium et magnitudines ad mensuram celeriter tradere.
Producta frigide exsoluta late utuntur in industria automobilium, apparatus domesticorum, levis industriae, electromechanica, aedificiorum aliisque. Plata automobilium et apparatus domesticorum est series productorum delicata exemplaris.
Graeciae Spira Exsolvata Ex Ferro Fregerata Dura:
|
Gradus |
Gradus |
|
Q235, DC01-1 |
55#, 60#, 40Mn |
|
SPCC-1BA, DX51D-1 |
HBW1000 |
|
FD3-1 |
HBW800 |
|
SPCC-MK |
HBW600, DC56-1 |
|
TLA-1, CS1, DC51DH-1 |
HC220B-1, HC380LAD-1, H220YD-1, HC260YD-1 |
|
Q275 |
H220BD-1, DC52DL-1, JAC270D-AU, JAC270D-AE, HC420LAD-1 |
|
SPCC-1B, DC51DL-1 |
09CrCuSb-1 |
|
TKZ |
CR340/590DP-1 |
|
SPCD, SPCD-1BA, DX52D-1, CS2, HC7 |
DC57D-1 |
|
CS3, TKDA-1, FD355-1 1050KD-1 |
CR340/590-1 |
|
DC04-L |
HC260LAD-1 |
|
DC04-1, DC53DL-1 |
HC340LA-1 |
|
HC300LA-1, TKDB-1, TKDBJ-1 |
FD235-1 |
|
SPCE, DC06-1, HC300LAD-1, HC180BD-1, HC180B-1 |
FD1-1, SAPH440-1 |
|
HC220Y-1 |
HC420/780DPD-1 |
|
FD2-1 |
65Mn |
|
HC340/590DPD-1 |
HC340LAD-1 |
|
HC550/980DPD-1 |
65#、50Mn、45Mn |
|
1000KD-1、45# |
SCGA440-1 |
|
1100KD-1 |
CR340/590DHD-1 |
|
50# |
HC420/780DPL-1 |
|
TKDC-1，HC220YD-1 |
DC53DA-1 |
|
HBW1300 |
DC56DA-1 |
Volvulus ex stanno refrigeratus recuitus:
|
Graduum |
Graduum |
|
SPCC-SD |
DC03-QC、SPCE、TTC1、 |
|
SPCC-A、SPCC-SR、DC01-D |
55#，DC03EK |
|
60#、40Mn |
|
|
DC01-MD |
SPCD-C1、SPCD-J2 |
|
DC01（03）、DC01-TQC、SPCC-SC、 SPCC-TC、SPCC-YT、THD1、TTC2 |
ST15、45Mn、65# |
|
DC01-NEA、DC01-PE、LQ215、Q235、 Q235B 、 SPCC-FM 、 SPCC-LT 、 SPCC-MS、THD2、THD3、TLA、TS330T、 THS1 |
SPCD-C2 |
|
50-ST |
50-SZ |
|
DC01-QC |
SPCF、65Mn |
|
DC01-B |
|
|
65Mn-ST |
65Mn-SZ |
|
DC01-Q |
DC04-EK, DC04EK |
|
SPCC-CP, DC01-EK, DC03, ST13, SPCD, Q345B, HCD1 |
TC300 |
|
DC05EK |
|
|
DC01-BD, HS1, SPCC-J1 |
SPA-C |
|
TYH |
09CrCuSb |
|
DC01-YT, DC03(O2), DC03-NEA, HS2 |
Q350EWL1 |
|
HS3-DH, HS3, C590, 20 |
HCD3, Q235A |
|
DC04, HCD2 |
700UHS |
|
DC06EK |
780UHS |
|
50# |
HF1500FG |
|
DC03-IF |
C2101NSSL |
3. Spira ex ferro decapato,
Has gradus suppetere possumus, crassitudo 0.8mm-25mm, latitudo 800mm-2000mm.
|
Ferrum carbonis vulgare |
Q215-235A/B、SS330、SS400、HRLC、DD11、DD11-GH、SPHC |
Ferrum structurale vehiculorum |
SAPH400-C |
|
SPHC-ZG |
|||
|
apparatus electrici domestici
|
SPHC-FQ 、SPHC-FQ1、SPHC-A |
SPHC-CC |
|
|
SPHC-XL、SPHC-YS、SPHC-LG、 SPHC-YSJ、SPHC-RL |
SAPH310 |
||
|
SPHC-SB, SPHC-MZ |
SAPH370 |
||
|
DD11-LG |
HR340 |
||
|
SPHC-NDK |
|||
|
SPHD-FQ1 |
QSTE340TM |
||
|
SPHD-YSJ, SPHC-QJ |
SAPH400 |
||
|
Ad formam premendi usus |
DD12, SPHD |
SAPH440 |
|
|
SPHE |
|||
|
DD12-SFL |
|||
|
Paene legatum |
Q355B |
QSTE380TM |
|
|
Gr50-11 |
QSTE420TM |
||
|
SAPH440-CC、 SAPH440-SB |
|||
|
A572Gr50、HQ355B-MNW |
QSTE460TM |
||
|
Q420MC-CX |
QSTE500TM |
||
|
Q690MC-ZX |
|||
|
Ferrum soldatorium |
HP235 |
||
|
HP295 |
QSTE550TM、 QSTE420TM-CJ |
||
|
Ferrum rotatorium |
300CL, HZ300CL |
QSTE600TM |
|
|
QStE650TM |
|||
|
QSTE700TM-CJ |
|||
|
330CL, HZ330CL |
SPFH440 |
||
|
380CL, HZ380CL |
SPFH490 |
||
|
400CL, HZ400CL |
SPFH540 |
||
|
420CL, HZ420CL |
SPFH590 |
||
|
NM250XT |
|||
|
440CL, HZ440CL |
Ferrum fortis formae frigore |
S315MC, S315MC-WX |
|
|
490CL, HZ490CL |
S355MC |
||
|
590CL, HZ590CL |
S420MC |
||
|
780CL |
|||
|
|
TCX420L/420L |
S460MC |
|
|
Ferrum Trabem |
420L-SB |
|
S500MC |
|
TCX510L/510L |
S550MC |
||
|
TCX610L/610L, TCX700L/700L |
S600MC |
||
|
750L |
S420MC-CX |
||
|
Ferrum electricum
|
HBW1300 |
S650MC |
|
|
HBW1000 |
S700MC |
||
|
HBW800 |
Structura ferrea
|
20# |
|
|
HBW600 |
S235jr |
||
|
40#/45#, S275JR |
|||
|
Ferrum foraminis expansi |
HR440/580HE |
40Mn |
|
|
HR600/780HE |
45Mn |
||
|
HR680/800CP |
|||
|
FB780 |
|||
|
ferrum Instrumentarium |
S45C |
65Mn |
|
|
50 |
|||
|
30MnB5 |
|||
|
20Cr |
|||
|
SCM415 |
|||
|
Ferrum calore formatum |
HF1500HS |
||
|
22MnB5 |
Speciale ferrum usus |
SPHC-MHZ |
|
|
MW1500HS |
20 |
||
|
W590X |
|||
|
WL780X1 |
4. Spira ex ferro zincato
Producta zincata et colore coata late utuntur in automobile, apparatu domestico, aedificiis, industria levi, industria electro-mechanica, productis conservatis et aliis industriebus. Producta serie finita ut laminulae pro apparatibus domesticis et laminulae automobilium iam adhibentur in notissimis corporationibus apparatuum domesticorum et plantis automotiveis domesticis, quae ad necessitates personalizatas clientium satisfaciunt.
(0,15–4,5 mm) × (700–2030 mm)
Spira ex ferro zincato ex fredo cum spangle:
|
Categoria |
Gradus |
Categoria |
Gradus |
|
Usus communis |
SGHC, SGCC, BZCL |
Usus Structurae |
320, SS340, SGH340-XLD, S350GD+Z, G350D+Z |
|
HXLC, DX51D+Z-QC, DC51D+Z-T |
SGH440, SGH440-CG |
||
|
|
DX51D+Z, DC51D+Z |
SGC440, SGC340-XLD, SGH440-ZK |
|
|
Impressio usus |
DX52D+Z、DC52D+Z、 SGCD1 |
CS C、SS 50、SS 50-1、 SS Gr50、GR50 |
|
|
DX52D+Z（IF）、 DC52D+Z（IF） |
S390GD+Z、G390D+Z |
||
|
SGCD2 |
SS 55、SS 60、SGC490、SGH490、 SS380、SS410、SS480、SS 70、 HR300LA、S420GD+Z、G420D+Z |
||
|
S450GD+Z, G450 |
|||
|
DX53D+Z, DC53D+Z |
SGH440-YT |
||
|
Structurale |
BGH340, SGH340, Gradus 37 |
S350GD+Z-ZG |
|
|
SS50-CG |
|||
|
BGC340, SGC340, CS A, CS B, SS 33, SSGradus, SS Grade33, Grade33 |
SAPH440+Z |
||
|
S220GD+Z, S250GD+Z, Guobiao 250 |
SGC540, SGC570, SGH540, S500GD+Z, G500GD+Z |
||
|
S280GD+Z, S300GD+Z |
G450-ZG |
||
|
SGC400, SGH400, S320GD+Z |
S550GD+Z, G550 |
||
|
SS 37, SS230, SS255, SS275, 280, SS 40, FS B |
C700HL+Z, HD550LAD+Z |
Producta zinci allimagnesii:
|
Gradus |
Graduum |
|
SGH340D+ZMA |
SGC440D+ZMA |
|
SGC340D+ZMA |
S390GD+ZMA, S390GD+ZM, G390D+ZMA |
|
DX51D+ZMA |
SGC490D+ZMA, SGH490D+ZMA, S420GD+ZMA, S420GD+ZM, G420D+ZMA |
|
S280GD+ZMA, S280GD+ZM, G280GD+ZMA, S300GD+ZMA, S300GD+ZM, G300GD+ZMA |
S450GD+ZMA, S450GD+ZM, G450D+ZMA |
|
SGC400+ZMA, SGH400D+ZMA, S320GD+ZMA, S320GD+ZM, G320GD+ZMA |
SGC540D+ZMA, SGH540D+ZMA, SGC570D+ZMA, S500GD+ZMA, S500GD+ZM |
|
S350GD+ZMA, S350GD+ZM, G350GD+ZMA |
S550GD+ZMA, S550GD+ZM |
|
SGH440D+ZMA |
|
Frigidum Zincatum Feretrum Cochleatum sine Spangle
|
Gradus |
Gradus |
|
JD1+Z, JD2+Z, JD3+Z, DX51D+Z, DX51D+Z-LG, BZCL, DX51D+Z1, DX51D+Z2, DX51D+Z3, SGCC-FSK, |
S450GD+Z, G450 |
|
DX51D+Z-ZG, DX51D+Z-D, DC51D+Z-D |
JD5+Z-DC |
|
BGC340, CS A, HXLC, SGC340, DX51D+Z-YT |
DC53D+Z, DX53D+Z, DX53D+Z-ZG, SCG2+Z, DX53D+Z-MD, SGC570, DX53D+Z-LG, DX53D+Z-CD, DX53D+Z1 |
|
DX51D+Z-DT2 |
DC54D+Z, DX54D+Z, DX54D+Z-MD, S500GD+Z |
|
DX51D+Z-DT1 |
DX53D+Z-XY, HDX53D+Z-SN, S550GD+Z |
|
CS C, SS 37, SS230, SS255 S220GD+Z, S250GD+Z, DX51D+Z-MD DX51D+Z-HB, DX51D+Z-WL |
DZ15+C600 |
|
S280GD+Z, S300GD+Z |
HC340LAD+Z |
|
DC51D+Z-Q |
HC220YD+Z |
|
SGC400, SS275, DX51D+Z-XY, DX51D+Z1M, DX51D+Z3M, HDX51D+Z-SN, DC51D+Z-CC, S320GD+Z, |
JD6+Z |
|
280, FS B, SS 40 |
JD6+Z-TCL |
|
320, JD2+Z-XY, SCG1+Z, SS340, DC51D+Z-CC2, S350GD+Z |
DC56D+Z, DX56D+Z, HC260/450DPD+Z |
|
S280GD+Z-DT, DC52D+Z, DX52D+Z, DX52D+Z-MD, DX52D+Z-LG |
HC340/590DHD+Z, HC340/590DPD+Z, |
|
SGC440 |
DX57D+Z |
|
SS 50, SS50-1 |
S900GD+Z |
|
JD4+Z-DC |
HC420/780DPD+Z |
|
DC52D+Z (IF), DX52D+Z (IF), SS380/SS55, HDX52D+Z-SN |
HC550/9880DPD+Z |
|
280, FS B, SS 40 |
JD6+Z-TCL |
|
320, JD2+Z-XY, SCG1+Z, SS340, DC51D+Z-CC2, S350GD+Z |
DC56D+Z, DX56D+Z, HC260/450DPD+Z |
|
S280GD+Z-DT, DC52D+Z, DX52D+Z, DX52D+Z-MD, DX52D+Z-LG |
HC340/590DHD+Z, HC340/590DPD+Z, |
|
SGC440 |
DX57D+Z |
|
SS 50, SS50-1 |
S900GD+Z |
|
JD4+Z-DC |
HC420/780DPD+Z |
|
DC52D+Z (IF), DX52D+Z (IF), SS380/SS55, HDX52D+Z-SN |
HC550/9880DPD+Z |
|
S390GD+Z |
HC700/980DPD+Z |
|
SGCD2 |
HC820/1180DPD+Z |
|
JD5+Z, SS 60, SS410, SS480, SS70, SGC490, SGC540, S420GD+Z |
|
|
SGC440 |
DX57D+Z |
Producta ex Zincum Alluminio Magnesia
|
Gradus |
Gradus |
|
DX51D+ZM3M, HDX51D+ZM-CY, Q235B+ZM |
S420GD+ZM |
|
DC51D+ZM-D |
S450GD+ZM |
|
S250GD+ZM、DX51D+ZM-WL、 DX51D+ZM-MD |
DC53D+ZM、DX53D+ZM、DX53D+ZM-MD |
|
S280GD+ZM、S300GD+ZM |
DC54D+ZM、HC260LAD+ZM、DX54D+ZM、 S500GD+ZM |
|
DX51D+ZM-MK |
S550GD+ZM, HC300LAD+ZM |
|
S320GD+ZM |
HC180YD+ZM, HC340LAD+ZM |
|
TSGC400, S350GD+ZM |
HC220YD+ZM |
|
DC52D+ZM, DX52D+ZM, HDX52D+ZM-CY |
DC56D+ZM, HC260YD+ZM |
|
S390GD+ZM |
HC340/590DHD+ZM, HC340/590DPD+ZM, S900GD+ZM |
Producta e lamina alluminata
|
Gradus |
Gradus |
|
DC51D+AS, DX51D+AS |
DC52D+AS, DX52D+AS |
|
DC53D+AS, DX53D+AS |
DC54D+AS, DX54D+AS |
|
HC300LAD+AS, HX300LAD+AS |
HC340LAD+AS, HX340LAD+AS |
|
HC420LAD+AS, HX420LAD+AS |
|
Producta Silicio Allata Aluminio
|
Gradus |
Materia |
|
T550HS+AS |
T1000HS+AS |
|
T1500HS+AS |
T1800HS+AS、CR2000HS+AS、 CR1200/2000HS+AS |
|
Classification |
Classification |
Specificatio |
Gradus typicalis |
Standardus |
|
Galvanizatus |
Lamina automobilis |
Ferrum legatum altae fortitudinis Ferrum durabile per coctionem Ferrum IF trahendi profundum |
HC340LAD+Z HC220BD+Z DX54D-DX56D+Z |
EN 10130-1999 EN10628 |
|
Lamina apparatus domesticorum |
Ferrum carbonis parvi IF ferrum |
DX51D+Z-MD DX51D+Z-HR DX52D-DX53D+Z |
GB/T2518-2008 EN 10327-2004 |
|
|
Lamina structura ferrea |
Ferrum structurale |
SGH340 SGC340 SGH440 S350GD+Z S550GD+Z |
JIS G3302-2010 Q/HG007-2016 GB/T2518-2008 |
|
|
Lamina commercialis |
Ferrum carbonicum parvum |
SGCC DX51D+Z |
Q/HG007-2016 GB/T2518-2008 |
|
|
COLORE TINCTUM |
Structura ferrea |
Plata colorata |
CGC340 CGC400 CGC440 |
Q/HG008-2014 Q/HG064-2013 GB/T12754-2006 |
|
Lamina commercialis |
Plata colorata |
DX51D+Z CGCC CGCD1 TDC51D+Z |
Q/HG008-2014 Q/HG064-2013 GB/T12754-2006 |
|
|
Lamina stannifera |
Plumbum stannatum ad conplendum (inclusa ciborum conplexura) |
Lamina stannifera |
SPCC MR |
|
5. Tabula colorata aenea, PPGI, tabula colorata aenea est productum quod fit per tractationem chimicam superficiei laminarum aeneorum (galvanizatarum, zinci alluminioque coopertarum, magnesium aluminio galvanizatum, ex acciaio inox), deinde applicando (per compressuram) tincturam, et postea coquendo ad altam temperaturam. Habet vim mechanicam et formabilitatem laminarum aeneorum, simul ac bonam decorationem et resistentiam corrosioni. Tinctura validam adhaesionis facultatem habet et colorem novum diu servare potest. Productum late utitur in variis artibus sicut aedificandi, domesticis machinis, mobilibus, facilioribus publicis et transporti.
|
Crassitudo |
0.16-1.6mm |
|
Latitudo |
750-1260mm |
|
Diametro interno |
508/610mm |
|
Ponderatio Coil |
3T-5T |
|
Graduum |
TDC51D-TDC54D, TS250GD, TS280GD, TS300GD, TS350GD, TS420GD, TS450GD, TS550GD. |
Tabula colorata communis
Tabula colorata ex polyestero (PE)
Tabula colorata ex polyestero silicio modificato (SMP)
Placa colorata cooperta altae resistentiae ad meteorum (HDP)
Placa colorata cooperta ex poliester specialiter reforciato (SRP)
Placa colorata cooperta ex fluorocarbonio (FEVE)
Placa colorata cooperta ex fluorocarbonio (PVDF)
Placa colorata cooperta ex acciaio inox
Placa colorata functionalis
Serie insulatio thermica
Serie auto-purgans
Serie animalium domestica
Serie resistentis ad peroxydum hydrogene
Series Manrou
Series anti statica
Series antibacterialis
Series antiviralis
Tabula colorata speciali superficie
Series impressa
Series reticulata
Series Suede
Series Colorum Lapidum Sculpendorum
Series Chamæleon
Series pellicularis calida
6. Spira ex acciaio inox
|
Classification |
Gradus |
Standardus |
Dimensio |
Partus conditio |
||
|
Crassitudo |
Latitudo |
Longitudo |
||||
|
Spira et lamina ex acciaio inox (2B) |
301 |
ASTM A240/A240M ASME SA-240/SA-240M |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 mm vel spira |
Decapatio solutio solida |
|
304, 304L |
ASTM A240/A240M ASME SA-240/SA-240M |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 mm vel spira |
Decapatio solutio solida |
|
|
316, 316L |
ASTM A240/A240M ASME SA-240/SA-240M |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
316Ti |
ASTM A240/A240M ASME SA-240/SA-240M |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
410S |
ASTM A240/A240M ASME SA-240/SA-240M |
0.3~3.0 |
1000 vel 1219 |
spiralis |
Pickling recens |
|
|
410 |
ASTM A240/A240M ASME SA-240/SA-240M |
0.3~3.0 |
1000 vel 1219 |
spiralis |
Pickling recens |
|
|
430 |
ASTM A240/A240M ASME SA-240/SA-240M |
0.3~3.0 |
1000 vel 1219 |
2000 vel 2438 vel coil |
Pickling recens |
|
|
SUS301 |
JIS G 4305 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
SUS304, SUS304L |
JIS G 4305 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
SUS316, SUS316L |
JIS G 4305 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
SUS316Ti |
JIS G 4305 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
SUS321 |
JIS G 4305 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
SUS410S |
JIS G 4305 |
0.3~3.0 |
1000 vel 1219 |
spiralis |
Pickling recens |
|
|
SUS410, SUS420J1, SUS420J2 |
JIS G 4305 |
0.3~3.0 |
1000 vel 1219 |
spiralis |
Pickling recens |
|
|
SUS430 |
JIS G 4305 |
0.3~3.0 |
1000 vel 1219 |
2000 vel 2438 vel coil |
Pickling recens |
|
|
SUH409L |
JIS G 4312 |
0.3~3.0 |
1000--1250 |
spiralis |
Pickling recens |
|
|
X10CrNi8-8(1.4310) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
X5CrNi18-10(1.4301) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
X2CrNi18-9(1.4307) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
X5CrNiMo17-12-2(1.4401) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
X2CrNiMo17-12-2(1.4404) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
X6CrNiMoTi17-12-2(1.4571) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000 vel 1219 |
1000 vel 2438 vel spira |
Decapatio solutio solida |
|
|
X6CrNiTi18-10 (1.4541) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000 vel 1219 |
Coil Ferratus |
Pickling recens |
|
|
X6Cr13(1.4000) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000 vel 1219 |
Coil Ferratus |
Pickling recens |
|
|
X12CR13(1.4006), X20Cr13(1.4021), X30Cr13(1.4028) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000 vel 1219 |
2000 vel 2438 vel coil |
Pickling recens |
|
|
X6Cr17(1.4016) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000 vel 1219 |
1000 aut 2438 aut fascis ex ferro |
Pickling recens |
|
|
X2CrTi12(1.4512) |
EN 10028-7 EN 10088-2 |
0.3~3.0 |
1000--1250 |
Coil Ferratus |
Pickling recens |
|
|
Lamina et fascia ex ferro inoxidiabili |
301 |
ASTM A240/A240M ASME SA-240/SA-240M |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
304, 304L |
ASTM A240/A240M ASME SA-240/SA-240M |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
316, 316L |
ASTM A240/A240M ASME SA-240/SA-240M |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
316Ti |
ASTM A240/A240M ASME SA-240/SA-240M |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
410S |
ASTM A240/A240M ASME SA-240/SA-240M |
3.0~8.0 |
1000 aut 1219＞1500~2000 |
Coil Ferratus |
Pickling recens |
|
|
410 |
ASTM A240/A240M ASME SA-240/SA-240M |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Coil Ferratus |
Pickling recens |
|
|
405 |
ASTM A240/A240M ASME SA-240/SA-240M |
2.5~6.0 |
1000~1500 |
Coil Ferratus |
Pickling recens |
|
|
430 |
ASTM A240/A240M ASME SA-240/SA-240M |
2.5~7.0 |
1000~1250 |
Coil Ferratus |
Pickling recens |
|
|
SUS301 |
JIS G 4304 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
SUS304, SUS304L |
JIS G 4304 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
SUS316, SUS316L |
JIS G 4304 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
SUS316Ti |
JIS G 4304 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
SUS321 |
JIS G 4304 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
SUS410S |
JIS G 4304 |
3.0~8.0 |
1000~1250 |
Coil Ferratus |
Pickling recens |
|
|
SUS410, SUS420J1, SUS420J2 |
JIS G 4304 |
3.0~14.0 |
1000~1250 |
Coil Ferratus |
Pickling recens |
|
|
SUS430 |
JIS G 4304 |
2.5~7.0 |
1000~1250 |
Coil Ferratus |
Pickling recens |
|
|
SUH405 |
JIS G 4304 |
2.0~6.0 |
1000~1250 |
Coil Ferratus |
Pickling recens |
|
|
X10CrNi8-8(1.4310) |
EN 10028-7 EN 10088-2 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
X5CrNi18-10(1.4301) |
EN 10028-7 EN 10088-2 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
X2CrNi18-9(1.4307) |
EN 10028-7 EN 10088-2 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
X5CrNiMo17-12-2(1.4401) |
EN 10028-7 EN 10088-2 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
X2CrNiMo17-12-2(1.4404) |
EN 10028-7 EN 10088-2 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
X6CrNiMoTi17-12-2(1.4571) |
EN 10028-7 EN 10088-2 |
3.0~14.0 |
1000 vel 1219 1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
X6CrNiTi18-10 |
EN 10028-7 |
3.0~14.0 |
1000 aut 1219＞1500~2000 |
Fascis aut lamina sub 6m |
Decapatio solutio solida |
|
|
X6Cr13(1.4000) |
EN 10028-7 EN 10088-2 |
3.0~8.0 |
1000~1250 |
Coil Ferratus |
Pickling recens |
|
|
X12CR13(1.4006), X20Cr13(1.4021), X30Cr13(1.4028) |
EN 10028-7 EN 10088-2 |
3.0~14.0 |
1000~1250 |
Coil Ferratus |
Pickling recens |
|
|
X6Cr17(1.4016) |
EN 10028-7 EN 10088-2 |
2.5~7.0 |
1000~1250 |
Coil Ferratus |
Pickling recens |
|
|
X6CRAL13(1.4002) |
EN10088-2 |
2.0~6.0 |
1000~1500 |
Coil Ferratus |
Pickling recens |
|
7. Spira ex alluminio
3105, 5005, 5182, 3004, 3104, 1100, 3003, 1060, 1050, 5052, 6061, 5754, 5083
spira ex alluminio 3105 ad materiem alligati manganiferi ex alluminio pertinet, materia spire alluminii seriei 3xxx, quae paulo maiorem vim habet quam alluminium purum industriale, et usque ad certum punctum deformationem tractilem sine fractura sustinere potest. Materia spire alligati alluminii 3105 levi, altam conductibilitatem thermicam, facilem elaborationem, corrosionis resistentiam, bonam conductibilitatem electricam atque proprietates mechanicas habet.
spira ex alluminio 5005 e materia alligati seriei 5xxx composita est, alligatum magnesium-alluminicum, quod bonam formabilitatem, corrosionis resistentiam et soudabilitatem habet. Magnam vim tractilem et elongationem habet, et pellicula eius anodizata splendidiorem est quam pellicula oxydi in alligato 3003.
characteres spire alluminii 5182
Fortitudo et resistentia corrosioni: 5182 laminatum e alluminio est ex lega magno magnesio, quae non tractabilis calore est et bona fortitudine ac resistentia corrosioni gaudet. Excellentem habet resistentiam corrosioni, secari potest, et superficiem bene politam habet, ideoque valde idoneum est ad ulteriorem elaborationem, ut findendum vel scindendum.
Proprietates physicae: Leve, resistentiae caloris, bona conductivitate et rutilationis resistentia praeditum. Simul nec toxicum est nec odoris, cum bono impressionis effectu, alta vi ductilis et vi tensili, necnon optima perfomantia soldandi.
specificata 3 seriei/4 seriei composita ex laminis alluminii secundum desiderium formari possunt
Lega alluminii: 3003 * 4343 compositum 3003 * 4045 compositum
Spissitudo: 0.02-10mm Specificata secundum desiderium Foliolum compositum singulare Bilaminar compositum ex alluminio
Emolumenta functionum: levis pondus, densitas alluminii parva, fortitudo magna, facilius elaborari et formari, excellentissima resistentia corrosioni
Late usitatum in radiatoribus, aletis, laminis aqua refrigeratis, apparatibus technicis, vehiculis technicis, etc.
folia alligati 3004 ad seriem alligatorum manganis aluminii pertinet, maiorem vim, optimam formabilitatem et bonam resistentiam corrosioni habet quam alligatum 3003. Componentes requirit cum maiore vi quam alligatum 3003.
folium alligati 3004 bonam formabilitatem, soudabilitatem et resistentiam corrosioni habet. Ad elaborandum partes quae bonam formabilitatem, altam resistentiam corrosioni et bonam soudabilitatem requirunt, vel opus quod utrasque proprietates et maiorem vim quam alligata 1XXX requirit, utitur.
Quae sunt praestantiae functionales cochleae aluminii 3004?
1. Bonam formabilitatem et bonas characteristics elaborandi habet.
2. Alta resistentia corrosioni et bona soudabilitas.
3. Bona trahentia profunda et alta plasticitas.
3104 aluminii laminate habet bonam ducibilitatem et idoneus est ad deliquescendum, extendendum et levigandi ad materiae usum minuendum. Requisita pro singulis processibus materiae tanti sunt stricta, et nostra societas singulos processus rigide moderatur ut productum convenientem vim et formabilitatem habeat.
Praecepta 3104 laminati e aluminio:
1. Continet minimas quantitates elementi contaminantis Fe, quod crystallina crassa durante recalentatione format reficere potest, ad mechanicas et qualitates technicas 3104 laminati e aluminio servantibus.
2. Magna plasticitas, facile elaborari et figurari potest.
3. Bonam ductilitatem et excellentem corrosionis resistentiam habet.
4. Productum finitum planum est forma et nullis defectibus manifestis in superficie, et secundum petitionem produci potest.
3104 materiae spira alluminii profunde trahendae habent altam tenacitatem et bonam extensionem, idoneae ad elaborationem profundam trahendam. Usus populares spirae alluminii gradus cibi 3104: facile trahere operculi materiam, materiam fundi, vasculum nidi avis, capsulam caffei, vasculum alluminii nidi avis, poculum cerevisiae, poculum potus, poculum caffei, etc.
spira alluminii 1100 ad seriem alluminii pertinet, cum vi relativiter bassa, sed ductilitate, formabilitate, sibilitate et resistentia corrosioni excellentibus; Anodizatio ulterius resistere corrosioni potest et pulchrum superficiem efficit; Sed per tractationem caloris non potest confirmari.
Introductio producti
spira alluminii 3003 est typicum alligatum Al Mn. Tabula alluminii 3003 a Mingtai Aluminium producta saepe in productione cassidum batteriarum electricarum, laminarum refrigeratarum soldatarum, separatorum batteriarum, utensiliorum coquendarum, machinarum servandorum ciborum, canistrorum et horreorum in vehiculis transportis, vase metallorum pressionis et tubis in automobilis levigatis utitur.
Praeclara momenta 3003 laminarum e alluminio:
1. Parva plasticitas, bona resistentia corrosioni
2. Bona formabilitas, solubilitas et resistentia corrosioni
3. Bona aptitudo ad soldendum
Usus vulgares 3003 laminarum e alluminio:
1. Cassis bateriae: cassis, lamina superior, septum pro batteriis vehiculorum novae energiae, quae in formam quadratam vel rotundam sterni possunt.
2. Lamina refrigerans aquae: laminas e alluminio 3003mod, 3003 * 4343/3003 * 4045 ad usum in laminis refrigerantibus per brasura coniungendis aut in apparatus condensantibus/refrigerantibus pro batteriis electricis vehiculorum novae energiae.
3. Aletae refrigerantes: saepe in machinis refrigerantibus utuntur.
4. Insulatio tuborum: Mingtai Aluminium 3003 lamina e alluminio ad usum in insulatione tuborum idonea. In fabricis chemicis communiter utitur, meliorem functionem praestat contra rubiginem quam laminas seriei 1.
5. Folium alluminii 3003: folium alluminii ad nuclei favillari, folium alluminii ad casulas cibarias, et folium alluminii ad continentia.
laminæ e alluminio 3003 etiam frequenter utuntur ut materia navium, vehiculorum, partium soldatarum ad automata et alas aeroplanorum, vasis pressionis quae severam praeventionem ignis requirunt, apparatus frigoris, turricum TV, apparatuum perfundendi, equiparum transportis, tegumentorum omnibus, horreorum, capsularum antenna, laminarum parietum tendinorum latiarum, laminarum tectorum latiarum, etc.
volvulus alluminii 1060 superficiem planam et summae puritatis habet, aptus ad soldaturam polymerorum. Productum bonam extensionem et vim tractionis habet, et omnino convenit requisitis tractationis conventionalis (pulsandi, trahendi). Formabilitas eius alta est et late utitur in campis ut connexiones molles batteriarum electricarum, plagulis alumini-plastica, lucernis, et signis.
requisita specificationis materiae volvuli alluminii 1060:
Usus: Cista alluminia et operculum alluminium
Status materiae volvuli alluminii: H24 H26
Spissitudo volvuli alluminii: 0.2-0.5mm
Vis tractionis MPa: >95
Praestantia materiae volvuli alluminii: facile trahi, praestantia stabilis, superficies lene et tenuis
1050 aluminii laminateum est productum in serie puri aluminum. 1050 aluminii laminateum proprietates habet altam plasticitatem, corrosionis resistentiam, bonam conductibilitatem electricam et thermicam, sed vim humilem. Per tractamentum thermicum non roboratur et machinari pauca patitur. Sustinet iuncturam contactu et iuncturam flamma. Processus productionis comparate simplex est et pretium comparate vilis, ita ut sit series maxime communis in industria conventionali.
1050 aluminii striae consuetudinarie adhibentur in rebus cotidianis, luminariis, reflectoribus, ornamentis, vasis chemicae industriae, radiatoribus, signis, electronicis, lampadibus, titulis, electricis, partibus pressis et aliis productis. In quibusdam casibus ubi tam resistentia corrosioni quam formabilitas requiruntur, sed vis non est magna, apparatus chimicus est usus typicus.
Introductio producti
5052 malleorum alluminii ad seriem alligati Al Mg pertinet et late applicatur, itaque alluminii alligatio bene promittens est. Bona resistentia corrosioni, excellentia soldabilitas, bona ductibilitas frigida, et mediocris vis. 5052 alligatio malleorum alluminii altiorem vim habet, praesertim altam resistentiam fatico, altam plasticitatem et resistentiam corrosioni, bonam soldabilitatem, infirmam machinabilitatem, et politi possunt.
Praecepta laminarum alluminii 5052:
1. Ad medium usque ad altum alligata alluminii fortitudine pertinet, cum densitate parva et fortitudine maior quam in alligationibus alluminii seriei 1 et 3.
2. Plastica bona, effectus formandi eximius, et facile elaborari potest.
3. Bona functio contra laborem, contra coniunctionem, et valida resistentia corrosioni atmosphaerae marinae.
6061 aluminii laminam significat laminam alluminalem cuius crassitudo est 0,3 mm - 8 mm. Mingtai Aluminum producit 6061 aluminii laminam usque ad 0,3 mm crassitudinem. Haec lamina aluminaris multas habet praerogativas, ut bonum oxidationis effectum, parvam deformationem post elaborationem, mediocrem premitium quinchi et bonam stabilitatem. Habet bonam famam et opinionem in campis telephonicorum tegumentorum, rotarum automotive, sarcinarum baculorum trahentium, productorum 3C, etc.
5754 aluminii lamina pertinet ad AL-MG aluminium antirusticum, quod characteristics mediam vim, bonam corrosionis resistentiam, soldabilitatem et facilem elaborationem et formandam habet. Est typicus ligatura in serie Al Mg ligaturarum. 5754 cum diversis statibus calefactionis tractandis est materia principalis in industria fabricationis automotive (ostia automobilorum, matrices, obsignationes) et industria conservarum (materia corporis vehiculi citandi).
5083 alluminium helix est alea valde promittens, et eius praestans resistentia corrosioni eam late adhiberi facit in applicationibus maritimis, ut naves, itemque in partibus soldandis pro automotive, aeroplano, subterranee, ratis levi, et vasibus pressionis quae strictam praeventionem ignis requirunt (ut cisternae liquidorum, camiones frigorifici, continentis frigorifici), apparatus refrigerationis, turribus TV, apparatibus perforandi, aluminium transportis, etc.