Placa estructural de la hoja de acero de aleación de la caldera/hoja de acero laminada en caliente A345A Q345B Q345C Q345D
Product Details
| Nombre de producto: | Placa de acero estructural de alta resistencia poco aleada | Técnica: | Laminado en caliente |
|---|---|---|---|
| Estándar: | AISI, ASTM, BS, ESTRUENDO, GB, JIS | Superficie: | Ninguna capa |
| Resaltar |
placa del recipiente del reactor,chapas de caldera |
||
Product Description
| Material | A345A Q345B Q345C Q345D Q345E Q390A
|
| Grueso | 8mm-800m m |
| Anchura | 1500mm-4200m m |
| Longitud | 6000mm-18000m m |
| Condición de la entrega | Laminado en caliente, controlado rodó, o normalizó |
| Cortar servicio | La placa de acero grande cortó tamaños de la placa plana de t, o el corte a cualquier tamaño dibujando |
| Proceso profundo | Después de cortar la placa grande en los tamaños generales dibujando, el moler y el pulido, y hacen ángulos, puliendo, y hacen piezas especiales |
| Placa de acero de carbono | A283GR.C/GR.D, ASTMA36, A573GR.58, A573GR.65, A573GR.70. SS400, SM400A, SM400B. SM400C, S235JR, S235J0, S235J2, S275JR, S275J0, S275J2, S275N, S275NL, S275M, S275ML, 250, 250L0, 250L15, Q235A/B/C/D, Q275A/B/C/D, |
| Placa de acero poco aleada | A572GR.50, A572GR.60, SS490, SM490N/NL, S460N/NL, S355M/ML, S420M/ML, S460M/ML, S500Q/QL/QL1, S550Q/QL/QL1, S620Q/QL/QL1, S690Q/QL/QL1, S355G8+N, 350, 350L0, 350L15, Q345A, Q345B, Q345C, Q345D, Q345E, Q390A, Q390B, Q390C, Q390D, Q390E, Q420A, Q420B, Q420C, Q420D, Q420E, Q460C, Q460D, Q460E, Q500C, Q500D, Q500E, Q550C, Q550D, Q550E, Q20C, Q620D, Q620E, Q690C, Q690D, Q690E, 890D, Q890E, Q960D, Q960E, XGCFQ500D, XGCFQ500E. |
| Placa general de la nave de la fuerza, placa de alta resistencia de la nave, placa ultra de alta resistencia de la nave |
, B, C, D, E, A32, D32, E32, F32, A36, D36, E36, F36, A40, D40, E40, F40, A131A, A131B, A131D, A131E, AH32, DH32, EH32, AH36, DH36, EH36, AH40, DH40, EH40, NVA420, D420, E420, NVA460, NVD460, NVE460, NVA500, NVD500, NVE500, NVA550, NVD550, NVE550. |
| Placa del recipiente del reactor de la nave | NV360, NV410, NV460, NV490, NV510, LR360, LR360FG, LR410, LR410FG, LR460FG, LR490FG, LR510FG, |
| Placa del puente | Q235QC/D/E, Q345QC/D/E, Q370QC/D/E, Q42QC/D/E, Q460QC/D/E, Q500QD/E, Q550QD/E, Q620QD/E, Q690QD/E, A709-50T-1/50T-2/50T-3/50F-1/50F-2/50F-3, A709-50W-A/B/C-F1/F2/F3-T1/T2/T3 |
| Placa del recipiente del reactor de la caldera |
Q245R, Q345R, Q370R, 15CrMoR, 18MnMoNbR, 13MnNiMoR, 12Cr1MoVR, 12Cr2Mo1R, 14CrMoR, 16MnDR, 09MnNiDR, 15MnNiDR, 07MnCrMoVR, 07MnNiCrMoVDR/12MnNiVR, Q245R, Q345R, 16MNDR.P235GH, P265GH, P395GH, P355GH, 16Mo3, P275NH/NL1/NL2, P355N/NH/NL1/NL2, P460NH/NL1/NL2, P355M/ML1/ML2, P420M/ML1/ML2, P460m/ml1/ml2, P355Q/QH/QL1/QL2, P460Q/QH/QL1/QL2, P500Q/QH/QL1/QL2, P690Q/QH/QL1/QL2, 10CrMo9-10, 11MnNi5-3, 13CrMo4-5, 13CrMoSi5-5, 13MnNi6-3, 18MnMo4-5, 20MnMoNi4-5. (S) A204Gr.A/Gr.B/Gr.C (S) A285Gr.A/Gr.B/Gr.C (S) A299Gr.A/Gr.B, A302Gr.A/Gr.B/Gr.C/Gr.D, A387Gr.2/Gr.11/Gr.22. ASTMA455 (S) A515Gr.60/65/70, (S) A516Gr.55/60/65/70, (S) A516Gr.60 (HIC), (s) A516Gr.60 (R-HIC) (S) A517Gr.B/Gr.H (S) A533Gr.A/Gr.B/Gr.C (S) A537CL.1/CL.2/CL.3, ASTMA612, (S) A662Gr.A/Gr.B/Gr.C (S) A737Gr.B/Gr.C A738Gr.A/Gr.B/Gr.C (S) A841Gr.A/Gr.B/Gr.C/Gr.D SB410, SB450, SB480, SB450M/480M, SEV245/295/345, SBV1A/1B, SBV2/3, SGV410/450/480, SPV235/315/355/410, SPV450/490, SQV1A/1B/2A/2B/3A/3B |
| Placa del edificio alto | Q235GJB/C/D/E. Q345GJB/C/D/E, Q390GJC/D/E, Q420GJC/D/E, SN400A/B/C, SN490B/C |
2. placa de acero estructural de alta resistenciaestructuralde alta resistenciapoco aleada A345A Q345B Q345C Q345D Q345E Q390A de la aleación de laplacade aceroA345AQ345BQ345CQ345DQ345EQ390ALow
| NOMBRE DE LA MATERIA | GRADOS |
| Placas de acero del recipiente de la caldera y del reactor |
Q245R, Q345R, Q370R, 15CrMoR, 18MnMoNbR, 13MnNiMoR, 12Cr1MoVR, 12Cr2Mo1R, 14CrMoR, |
| 16MnDR, 09MnNiDR, 15MnNiDR | |
| 07MnCrMoVR, 07MnNiCrMoVDR/12MnNiVR | |
| SB410, SB450, SB480 | |
| SPV235, SPV315, SPV355, SPV410, SPV490 | |
| SGV41O, SGV450, SGV480 | |
| SBV1A, SBV1B, SBV2, SBV3 | |
| SEV245, SEV295, SEV345 | |
| HI, HII, 10CrMo910,15Mo3,13CrMo44,19Mn6 | |
| BHW35/13MnNiMo54 | |
| 1Cr0.5Mo, 2.25Cr1Mo, 1.25Cr0.5Mo, Q245R|Q345R ()/(DE HIC R-HIC) | |
|
(s) A229M, (s) A515M (Gr.A, B, C), (s) A387M (GR11,12,22), (s) A537M (GL1, GL2), (s) A662M (GrA, B, C), (s) A302M (GraA, B, C, D), (s) A737M (Gr.B, C), (s) A738M (Gr.A, B, C), (s) A533M (Ⅰ, Ⅱ), (s) A285Gr: , B, C, D |
|
| P235GH, P265GH, P395GH, P355GH, 16Mo3 | |
| A42, A52, A48 | |
| 20MnHR, Q245HR, Q345HR, KP42, AISI4140, A48CPR, SA612M | |
| 161G430 | |
| WDB620/Q500FC | |
| Placa de acero de alta resistencia poco aleada | 12Mn, 15MnVN, 16Mn, 15MnV, 14MnNb |
|
Q295 (A, B), Q345 (A, B, C, D, E) Q390 (A, B, C, D, E), Q420 (A, B, C, D, E), Q460 (C, D, E) |
|
| Q500 (D, E), Q550 (D, E), Q620 (D, E), Q690 (D, E) | |
| SM490 (A, B, C), SM490Y (A, B), SM520 (B, C), SM570 | |
| St44-3, St52-3, St50-2, St60-2, St70-2 | |
| StE315, StE355, StE380, STe420, StE460, StE500 | |
| A572M (Gr42.50, 60,65), A633M9 (A, B, C, D, E) | |
| S275 (JR, JO, J2G3, J2G4), S355 (JR, JO, J2G3, J2G4, E395, E355, E360) | |
| S275N, S275NL, S355N, S355NL, S420N, S420NL, S460N, S460NL | |
| 50 (A, B, C, D, DD, EE, F), 43 (A, B, C, D, EE), 55 (C, EE, F) | |
| Fe430 (A, B, C, D), Fe510 (B, C, D) | |
| WH60, WH410LK (BB41BF), WH490LK (BB503), Q550CFC | |
| WDB690, WDB780, WH70, WH80 IE0650, IE1006, SHT60 | |
| Placa de acero de la resistencia de Corrision | 08Cu, 16MnCu, Q245R|Q345R (HIC) (R-HIC) |
| St37-3Cu3 | |
| A588M (A, B, C, K), A242MCL.2 | |
| Corazón-TenB, 10CrMoAL | |
| 16CuCr, 12MnCuCr, 15MnCuCr-QT, 09CuPCrNi | |
|
SMA400 (AW, BW, CW), SMA400 (AP, BP, CP), SMA490 (AW, BW, CW) SMA490 (AP, BP, CP), SMA570W, SMA570P |
|
| Fe235W, Fe355W, WR50B, WR50C | |
| Placa de acero del puente |
16q, 16Mnq, 16MnCuq/15MnVq, 15MnVNq 14MnNbp/Q345q, Q370q, Q420q |
| A709M (Gr36,50,50W, 70W) | |
| Construcción, placa de acero estructural | Q235GJ, Q345GJC.D-Z35, Q390GJ, Q460GJC |
| SN400 (A, B, C), SN490 (B, C) | |
| 275 (D, E, EZ), 355 (D, E, EM), 450 (EM, EMZ) | |
| Placa de acero de la estructura de la aleación |
15CrMo, 20CrMo, 30CrMo, 35CrMo, 20Cr, 40Cr, 20Mn2,40Mn2,20CrMnMo, 12Cr1MoV, 20MnSi 30CrMnSiA, 12CrMoVNi (RQ65), 50Mn2V, 42CrMo |
| 25CrMo4,34CrMo4,42CrMo4 | |
| Placa de acero del desgaste del molde | P20,718, P80, WSM30A |
| S45C-S55C | |
| 45-55,50Mn, SM45-SM55, SM3Cr2Mo, SM3Cr2Mo, SM3Cr2Ni1Mo | |
| NM360, NM400 | |
| Placa de acero de la estructura del carbono | Q235-Q275 |
| 10-55,20Mn-50Mn | |
| SS400/SM400 (A, B) | |
| S10C-S55C | |
| St37-2, St37-3 | |
| A36, A283 (A, B, C, D), 1010-1050 | |
| 40 (A, B, C, D, E) | |
| S235 (JR, JO, J2G3, J2G4) | |
| 1C22,1C25,1C30,1C35,1C40,1C45,1C50,1C55 | |
| Fe360 (A, B, C, D) | |
| Aceite Flatform, placa de acero del puente de la construcción naval |
, B, D, E (Z15, Z25, Z35) AH32-FH32 (Z15, Z25, Z35) AH36-FH36 (Z15, Z25, Z35) |
| D40, E40 | |
| AP1 espec. 2H Gr42, Gr50 | |
| Placa de acero compleja |
TU1/20g 0Cr13Ni5Mo/Q235A 0Cr13Ni5Mo/16Mn |
| Placa de acero de alta resistencia de la producción |
GS80 28Cr2Mo (GY4) 26SiMnMo (GYS) 30CrMnMoRE (603) 30CrNi3MoV (675) |
| Aceite, línea de gas placa de acero |
X42, X46, X52, X56 X60, X65, X70, X80 |
Product Highlights
1.placade aceroestructuralde alta resistenciapoco aleadaA345AQ345BQ345CQ345DQ345EQ390A Material A345A Q345B Q345C Q345D Q345E Q390A Grueso 8mm-800m m Anchura 1500mm-4200m m Longitud 6000mm-18000m m Condición de la entrega Laminado en caliente, controlado rodó, o normalizó Cortar servicio La placa de ...
El carbón modificado para requisitos particulares de soldadura de alta frecuencia encendió piezas de la caldera de vapor apila la bobina del ahorrador
High Frequency Welding Customized Coal Fired Steam Boiler Parts Stack Economizer Coil Boiler economizer Boiler Economizer is the energy improving device that helps to reduce the cost of operation by saving the fuel. The economizer in Boiler tends to make the system more energy efficient. In boilers, economizers are generally designed to exchange heat with the fluid, generally water. The exhaust from the boilers is generally in the temperature range of 200°C – 250°C, so there
Tubo de aleta de soldadura de alta frecuencia del espiral de la caldera para la transferencia de calor del ahorrador
High Frequency Welding Boiler Spiral Fin Tube For Economizer Heat Transfer Boiler economizer Boiler Economizer is the energy improving device that helps to reduce the cost of operation by saving the fuel. The economizer in Boiler tends to make the system more energy efficient. In boilers, economizers are generally designed to exchange heat with the fluid, generally water. The exhaust from the boilers is generally in the temperature range of 200°C – 250°C, so there are a huge
Tipo tubo del cambiador de calor H de las piezas de la caldera para la planta para uso general de la central eléctrica
High Efficient Heat Exchang H Type High Temperature Resistance Boiler Parts For Utility/Power Station Plant Product Introduce H-fin Tubes have two steel discs,with fluorescent tubes symmetrically welded together to form fins(fins of butterfly piece)creating a shape that looks somewhat like the letter"H",creating an efficient energy saving, extension heating surface.H-fin Tubes also have a high rate of fusion welds and weld tensile strength.H-fin Tube is assembled with the H
Tubo de aleta superficial de la caldera de la calefacción de la extensión para la caldera industrial de la central eléctrica
Energy Saving Extension Heating Surface Boiler Fin Tube For Industrial Power Plant Boiler Product Description H-fin Tubes have two steel discs,with fluorescent tubes symmetrically welded together to form fins(fins of butterfly piece)creating a shape that looks somewhat like the letter"H",creating an efficient energy saving, extension heating surface. H-fin Tubes also have a high rate of fusion welds and weld tensile strength.H-fin Tube is assembled with the H economizer,
Please use our online inquiry contact form below if you have any questions, our team will get back to you as soon as possible.
