ISO 9330-5:2000 specifies technical delivery conditions for submerged arc-welded (SAW) circular steel tubes made from unalloyed and alloyed steels with specified low-temperature properties. These tubes are intended for pressure purposes where the material is also used in low-temperature piping systems. ISO confirms ISO 9330-5:2000 as the current published edition; it was last reviewed and confirmed in 2012 and is currently under review. Ladhani Metal Corporation is a manufacturer, supplier, and exporter of ISO 9330-5 Welded Steel Tubes, supplied in required grades, outside diameters, wall thicknesses, lengths, and delivery conditions. Products can be supplied with mill test certificates and strict quality inspection as per international standards. Available Grades PL 21 | PL 23 | PL 25 | PL 26 | 11MnNi5-3 | 13MnNi6-3 | 12Ni14 | X12Ni5 | X10Ni9 Forms of Supply • Submerged Arc Welded Tubes | SAW Steel Tubes | Longitudinally Welded Tubes | Helically Welded Tubes | Pressure Tubes | Low-Temperature Tubes | Circular Steel Tubes | Hot-Finished Tubes | Cold-Finished Tubes | Cut-to-Length Tubes Steel Types • Unalloyed Low-Temperature Steel | PL 21 | PL 23 | PL 25 | PL 26 • Manganese-Nickel Alloy Steel | 11MnNi5-3 | 13MnNi6-3 • Nickel Alloy Steel | 12Ni14 | X12Ni5 | X10Ni9 Chemical Composition – Example Grade X10Ni9 • Carbon (C): Max. 0.13% • Silicon (Si): Max. 0.35% • Manganese (Mn): 0.30–0.80% • Phosphorus (P): Max. 0.025% • Sulfur (S): Max. 0.020% • Aluminium (Al): Min. 0.020% • Nickel (Ni): 8.50–9.50% • Molybdenum (Mo): Max. 0.10% • Vanadium (V): Max. 0.05% The standard specifies fully killed steels and controlled chemical composition for the listed grades. Mechanical Properties • PL 21: Tensile strength 360–480 MPa | Yield strength min. 215 MPa • PL 23: Tensile strength 410–530 MPa | Yield strength min. 235 MPa • PL 25: Tensile strength 360–490 MPa | Yield strength min. 255 MPa • PL 26: Tensile strength 480–580 MPa | Yield strength min. 265 MPa • 11MnNi5-3: Tensile strength 410–530 MPa | Yield strength min. 285 MPa • 13MnNi6-3: Tensile strength 490–610 MPa | Yield strength min. 355 MPa • 12Ni14: Tensile strength 440–590 MPa | Yield strength min. 245 MPa • X12Ni5: Tensile strength 510–710 MPa | Yield strength min. 390 MPa • X10Ni9: Tensile strength 690–840 MPa | Yield strength min. 510 MPa Low-Temperature Properties The grades are specified with Charpy V-notch impact requirements at low temperatures. X10Ni9, for example, is intended for particularly demanding low-temperature service, while the other grades have specified impact requirements according to grade and test temperature. Key Features • Submerged arc welded construction • Suitable for pressure applications • Excellent low-temperature toughness • Good weldability • High mechanical strength • Controlled chemical composition • Full-length heat treatment • Longitudinal or helical welding options • Hot-finished and cold-finished options • Suitable for low-temperature piping systems Material Characteristics ISO 9330-5 steels are designed to maintain suitable strength and toughness at low temperatures. Nickel and manganese-nickel alloy grades provide enhanced low-temperature performance, while the unalloyed grades offer economical solutions for applicable pressure and piping requirements. Applications • Low-Temperature Piping • Pressure Piping Systems • Oil and Gas Equipment • Petrochemical Plants • Chemical Processing • Refrigeration Systems • Cryogenic-Related Equipment • Storage and Process Facilities • Industrial Piping • Low-Temperature Pressure Equipment Conclusion ISO 9330-5 Welded Steel Tubes provide reliable solutions for pressure applications and low-temperature piping systems requiring submerged arc-welded construction, controlled mechanical properties, and specified impact toughness. The standard covers unalloyed and alloyed grades including PL 21, PL 23, PL 25, PL 26, 11MnNi5-3, 13MnNi6-3, 12Ni14, X12Ni5 and X10Ni9. To place an order or make an enquiry for ISO 9330-5 Welded Steel Tubes, contact Ladhani Metal Corporation for your required grade, outside diameter, wall thickness, length, delivery condition, and quantity. #ISO9330-5 #ISO9330 #ISO9330-5SteelTubes #ISO9330-5Steel #ISO9330-5Standard #WeldedSteelTubes #SteelTubes #WeldedSteelPipe #PressureSteelTubes #PressurePurposeSteel #CarbonSteelTubes #AlloySteelTubes #SteelTubeManufacturer #SteelTubeSupplier #SteelTubeExporter #WeldedTubeManufacturer #WeldedTubeSupplier #WeldedTubeExporter #IndustrialSteel #EngineeringSteel #SteelProducts #SteelStockist #SteelDistributor #SteelManufacturer #SteelSupplier #SteelExporter #IndustrialMaterials #InternationalSteelStandards #PressureVesselSteel #LadhaniMetalCorporation #Mumbai #Delhi #Chennai #Kolkata #Bengaluru #Hyderabad #Ahmedabad #Pune #Surat #Jaipur #Lucknow #Kanpur #Nagpur #Indore #Srinagar

ISO 9330-3:1997 specifies technical delivery conditions for electric resistance welded (ERW) and induction welded circular steel tubes made from unalloyed and alloyed steels with specified low-temperature toughness properties. It covers tubes with wall thickness up to and including 16 mm and is intended for low-temperature piping systems. The current published edition remains ISO 9330-3:1997; ISO states that it was last reviewed and confirmed in 2012. Ladhani Metal Corporation is a manufacturer, supplier, and exporter of ISO 9330-3 Welded Steel Tubes, supplied in required grades, outside diameters, wall thicknesses, lengths, and delivery conditions. Products can be supplied with mill test certificates and strict quality inspection as per international standards. Available Grades PL 21 | PL 23 | PL 25 | PL 26 | 11MnNi5-3 | 13MnNi6-3 | 12Ni14 | X12Ni5 Forms of Supply • ERW Steel Tubes | Electric Resistance Welded Tubes | Induction Welded Tubes | Hot-Finished Tubes | Cold-Finished Tubes | Circular Steel Tubes | Low-Temperature Tubes | Pressure Tubes | Cut-to-Length Tubes Steel Types • Unalloyed Low-Temperature Steel | PL 21 | PL 23 | PL 25 | PL 26 • Manganese-Nickel Alloy Steel | 11MnNi5-3 | 13MnNi6-3 • Nickel Alloy Steel | 12Ni14 | X12Ni5 Chemical Composition – Example Grade PL 21 • Carbon (C): Max. 0.17% • Silicon (Si): Max. 0.35% • Manganese (Mn): 0.40–1.00% • Phosphorus (P): Max. 0.030% • Sulfur (S): Max. 0.025% • Aluminium (Al): Min. 0.015% The standard requires the steels covered by ISO 9330-3 to be fully killed. Mechanical Properties • PL 21: Tensile strength 360–480 MPa | Minimum yield strength 215 MPa | Elongation min. 24% • PL 23: Tensile strength 410–530 MPa | Minimum yield strength 235 MPa | Elongation min. 22% • PL 25: Tensile strength 360–490 MPa | Minimum yield strength 255 MPa | Elongation min. 21% • PL 26: Tensile strength 460–580 MPa | Minimum yield strength 265 MPa | Elongation min. 21% • 11MnNi5-3: Tensile strength 410–530 MPa | Minimum yield strength 285 MPa | Elongation min. 22% • 13MnNi6-3: Tensile strength 490–610 MPa | Minimum yield strength 355 MPa | Elongation min. 20% • 12Ni14: Tensile strength 440–590 MPa | Minimum yield strength 245 MPa | Elongation min. 16% • X12Ni5: Tensile strength 510–710 MPa | Minimum yield strength 390 MPa | Elongation min. 17% Manufacturing and Delivery Conditions ISO 9330-3 tubes are manufactured using electric resistance or induction welding without filler metal. They may be supplied hot-finished or cold-finished and are suitably heat treated over their full length. Depending on the grade, normalizing, normalizing and tempering, or quenching and tempering may be used. Key Features • ERW and induction welded construction • Specified low-temperature toughness • Good weldability • Suitable for pressure piping • Controlled chemical composition • Reliable mechanical properties • Suitable for low-temperature service • Hot-finished and cold-finished options • Smooth internal and external surfaces • Available in different diameters and wall thicknesses Material Characteristics ISO 9330-3 steels are specifically designed for applications where welded steel tubes must maintain suitable strength and impact toughness at low temperatures. The standard includes Charpy V-notch impact requirements at specified temperatures for the covered grades. Applications • Low-Temperature Piping • Pressure Piping Systems • Refrigeration Systems • Cryogenic-Related Equipment • Petrochemical Piping • Oil and Gas Equipment • Chemical Processing Systems • Cold-Temperature Process Lines • Industrial Piping Systems • General Pressure Applications Conclusion ISO 9330-3 Welded Steel Tubes provide reliable solutions for low-temperature piping systems requiring welded construction, controlled mechanical properties, and specified impact toughness. The standard covers unalloyed and alloyed grades including PL 21, PL 23, PL 25, PL 26, 11MnNi5-3, 13MnNi6-3, 12Ni14 and X12Ni5. To place an order or make an enquiry for ISO 9330-3 Welded Steel Tubes, contact Ladhani Metal Corporation for your required grade, outside diameter, wall thickness, length, delivery condition, and quantity. #ISO9330-3 #ISO9330 #ISO9330-3SteelTubes #ISO9330-3Steel #ISO9330-3Standard #WeldedSteelTubes #SteelTubes #WeldedSteelPipe #PressureSteelTubes #PressurePurposeSteel #CarbonSteelTubes #AlloySteelTubes #SteelTubeManufacturer #SteelTubeSupplier #SteelTubeExporter #WeldedTubeManufacturer #WeldedTubeSupplier #WeldedTubeExporter #IndustrialSteel #EngineeringSteel #SteelProducts #SteelStockist #SteelDistributor #SteelManufacturer #SteelSupplier #SteelExporter #IndustrialMaterials #InternationalSteelStandards #PressureVesselSteel #LadhaniMetalCorporation #Mumbai #Delhi #Chennai #Kolkata #Bengaluru #Hyderabad #Ahmedabad #Pune #Surat #Jaipur #Lucknow #Kanpur #Nagpur #Indore #Srinagar #Aurangabad #Dhanbad #Amritsar #NaviMumbai #Allahabad #Ranchi

Titanium Clad Plate is a composite metal plate manufactured by bonding a layer of titanium to a base metal, typically carbon steel or alloy steel. It combines the excellent corrosion resistance and lightweight properties of titanium with the strength, structural support, and cost efficiency of the base steel. Ladhani Metal Corporation is a manufacturer, supplier, and exporter of Titanium Clad Plates, available in different titanium grades, base materials, thicknesses, widths, lengths, and cladding configurations. The plates can be supplied for demanding industrial applications requiring corrosion resistance and structural strength. Forms of Supply • Titanium Clad Plates | Titanium Clad Steel Plates | Titanium Bonded Plates | Titanium Clad Sheets | Titanium Clad Strips | Custom Clad Plates | Cut-to-Size Plates Titanium Cladding Materials • Grade 1 Titanium • Grade 2 Titanium • Grade 5 Titanium • Grade 7 Titanium • Grade 12 Titanium Base Materials • Carbon Steel • Low-Alloy Steel • Pressure Vessel Steel • Structural Steel • Alloy Steel Manufacturing Methods Titanium clad plates can be produced using controlled bonding processes such as explosion bonding, hot rolling, or other qualified metallurgical cladding methods. The selected process depends on the required plate dimensions, titanium grade, base material, bond strength, and service conditions. Key Features • Excellent corrosion resistance • High resistance to seawater and chloride environments • High strength-to-weight ratio • Metallurgically bonded construction • Good resistance to many chemical environments • Lower material cost compared with solid titanium plates • Suitable for pressure equipment • Excellent service performance • Customizable titanium and base-metal thickness • Suitable for fabrication and welding with appropriate procedures Material Characteristics Titanium provides the corrosion-resistant surface while the carbon or alloy steel backing provides structural strength and stiffness. This combination allows titanium clad plates to be used where solid titanium would be technically suitable but economically or structurally excessive. Applications • Chemical Processing Equipment • Heat Exchangers • Pressure Vessels • Condensers • Desalination Equipment • Petrochemical Equipment • Oil & Gas Equipment • Power Generation • Chlor-Alkali Equipment • Seawater Applications • Marine Equipment • Storage Tanks • Process Equipment Conclusion Titanium Clad Plates provide an effective combination of titanium's excellent corrosion resistance and steel's structural strength. They are suitable for demanding chemical, marine, petrochemical, power generation, heat-exchanger, and pressure-equipment applications. To place an order or make an enquiry for Titanium Clad Plates, contact Ladhani Metal Corporation for your required titanium grade, base material, thickness, dimensions, cladding method, and quantity. #TitaniumCladPlate #TitaniumCladPlates #TitaniumCladding #TitaniumPlate #TitaniumSteelPlate #CladPlate #CladdedPlate #TitaniumBondedPlate #TitaniumCompositePlate #TitaniumMetal #TitaniumMaterials #TitaniumSheet #TitaniumAlloyPlate #TitaniumCladSteel #CladSteelPlate #TitaniumSupplier #TitaniumManufacturer #TitaniumExporter #CladPlateSupplier #CladPlateManufacturer #CladPlateExporter #IndustrialMaterials #SpecialtyMetal #TitaniumProducts #MetalSupplier #LadhaniMetalCorporation #Mumbai #Delhi #Chennai #Kolkata #Bengaluru #Hyderabad #Ahmedabad #Pune #Surat #Jaipur #Lucknow #Kanpur #Nagpur #Indore #Srinagar #Aurangabad #Dhanbad #Amritsar #NaviMumbai #Allahabad #Ranchi #Howrah #Jabalpur #Gwalior @Mumbai @Delhi @Chennai @Kolkata @Hyderabad @Bengaluru