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Technolloy Inc manufactures and supplies Nickel 201 Flanges for demanding industrial applications where reliable mechanical performance, corrosion resistance, and long service life are essential. Nickel 201 is a commercially pure nickel alloy with a low carbon content, identified by UNS N02201, and is valued for its excellent resistance to caustic solutions, alkaline media, and several corrosive chemical environments. Nickel 201 Flanges are precision-engineered connecting components used to join pipes, valves, pumps, vessels, and other process equipment while maintaining a secure and dependable flow system.
Nickel 201 Flanges are pipe connection components manufactured from low-carbon commercially pure nickel alloy 201. They are designed to create a strong, serviceable connection between piping and equipment through bolted joints, allowing systems to be assembled, inspected, maintained, and repaired without replacing complete piping sections. Depending on the application, these flanges can be produced in configurations such as weld neck, slip-on, blind, socket weld, threaded, lap joint, and other engineered forms.
The low carbon content of Nickel 201 provides an important advantage in applications involving elevated temperatures and certain chemical environments because it reduces the risk of carbon-related embrittlement associated with higher-carbon commercially pure nickel grades. Nickel 201 Flanges can be manufactured to recognized dimensional and material requirements, including applicable ASTM, ASME, and pressure-class specifications, with dimensions, bore, thickness, facing, and drilling selected according to the piping design.
Nickel 201 Flanges provide dependable mechanical strength for industrial piping systems that require stable bolted connections. Their robust construction helps maintain joint integrity under pressure, vibration, thermal cycling, and routine operating loads. Proper flange selection, gasket compatibility, bolt tightening, and installation practices further support safe and consistent performance.
A major advantage of Nickel 201 Flanges is their resistance to a broad range of corrosive environments. Nickel 201 performs particularly well in caustic and alkaline media and is suitable for many chemical processing conditions. This corrosion resistance helps reduce material degradation and supports dependable operation in systems where ordinary carbon steel or less corrosion-resistant alloys may require more frequent replacement.
Nickel 201 Flanges are engineered for durability in industrial environments where equipment may be exposed to chemicals, moisture, pressure, and repeated maintenance cycles. Their inherent resistance to corrosion and solid mechanical characteristics help maintain the integrity of piping connections over extended periods, making them a practical choice for equipment designed for continuous industrial service.
The relatively good machinability of Nickel 201 compared with many harder nickel-based alloys allows manufacturers to produce accurate flange dimensions, bolt holes, sealing faces, and other critical features. Controlled machining and finishing help achieve the dimensional consistency required for proper alignment and effective sealing in engineered piping assemblies.
Although Nickel 201 is a premium engineering material compared with conventional carbon steel, its corrosion resistance and service durability can contribute to better lifecycle economics. Reduced maintenance requirements, longer component replacement intervals, and dependable performance can offset the initial material investment in applications where corrosion-related failures would otherwise increase operating costs.
The combination of corrosion resistance, durability, low carbon content, and reliable mechanical properties makes Nickel 201 Flanges suitable for long-term industrial service. When correctly specified for the operating environment, pressure rating, temperature, and media, these flanges can provide stable performance throughout the intended service life of the piping system.
Chemical processing plants use Nickel 201 Flanges Manufacturers for piping connections exposed to caustic chemicals, alkaline solutions, and other corrosive process media. The alloy's resistance characteristics help protect critical joints while supporting reliable connection between reactors, process lines, pumps, valves, and storage equipment.
In caustic soda production and handling facilities, Nickel 201 Flanges Suppliers provide components for piping networks that require resistance to alkaline operating conditions. Nickel 201 is particularly valued in these environments because its composition is well suited to applications involving caustic and alkaline solutions, helping maintain dependable piping connections during continuous service.
Specialized processing equipment can use Nickel 201 Flanges Stockists when material compatibility, cleanable connections, and corrosion resistance are important considerations. These flanges can be supplied in suitable dimensions and surface finishes for piping assemblies used around processing vessels, transfer lines, pumps, and other equipment, subject to the specific process conditions and applicable engineering requirements.
Power and utility facilities can source Nickel 201 Flanges Exporters for selected piping and equipment connections where commercially pure nickel provides an advantage over conventional materials. Their application may include chemical treatment systems, utility piping, process support equipment, and specialized service lines where resistance to corrosive media and dependable joint performance are required.
Technolloy Inc supports industrial buyers requiring Nickel 201 Flanges in different sizes, pressure classes, flange faces, schedules, and connection configurations. Manufacturing and supply can be aligned with project drawings and applicable specifications so that the finished flange matches the dimensional and service requirements of the piping system. Material documentation, inspection requirements, testing, marking, and packaging can be arranged according to the purchase specification.
Nickel 201 Flanges can be manufactured in accordance with applicable standards and project specifications, including ASTM B564 requirements for nickel alloy forgings and relevant ASME flange dimensional and pressure-class requirements. Depending on the application, engineers may specify ASME B16.5 for pipe flanges and flanged fittings or ASME B16.47 for larger-diameter steel flanges where applicable. The final standard should always be selected according to the material, flange type, size, pressure rating, temperature, and piping design.
Technolloy Inc serves industrial customers seeking Nickel 201 Flanges for domestic and international projects. Availability depends on required size, quantity, configuration, manufacturing specification, and delivery schedule. Buyers can request project-specific quotations for standard or customized flange requirements, including special dimensions and documentation. Indicative pricing can vary substantially according to raw material market conditions, flange dimensions, pressure class, machining requirements, quantity, testing, and shipping destination.
| Specification Chart Of : | Nickel 201 Flanges |
|---|---|
| ASTM/ ASME Standard Materials | Cast Iron, Inconel, Mild Steel, Stainless Steel, Alloy Steel, Carbon Steel, Duplex Steel & Super Duplex Steel, Hastelloy, Copper Nickel, Wrought Iron. |
| Thickness Calculation AS Per ASME | NPS ≤ 18 |
| Length Chart | (1/2") To (48") |
| Manufacturing Process For Flanges |
|
| High Temperature Chart | Above 200° Celsius (400°F) For 150 Class Or Above 400° Celsius (750°F) |
| JIS Standards Manufacturer | 5K, 10K, 40K, 16K 20K 30K, 63K |
| Minimum Size Of Bore Diameter | NPS ≤ 10 |
| Dimensions | ASME B16.36, DIN, AWWA C207, B16.47 Series A & B, BS1560-3.1, EN-1092, ASME B16.48, API605, BS4504, EN1092, UNI, ISO, MSS S44, IS 2062, ISO70051, API, API7S-43, ANSI/ASME B16.5, API7S-15 |
| Pressure Test | 150 LB To 2500 LB |
| Different Face Type | Groove And Small Tongue Groove, RTJ, Flat Face, Lap-Joint Face, Raised Face, Large Tongue & Large Male-Female And Small Male-Female |
| Accept All Small And Large Order Of Type | Blind, Threaded, Lap Joint, Slip-On, Socket-Weld, Weld Neck |
| Application Use In Various Industry | Power Plants Industry Food Processing And Manufacturing Waterworks Systems Nuclear Power Application Municipal Pipe Systems Fossil Fuel Power Plants Oil And Gas Industry |
| Flange Making Format | Forged/ Plate/ Threaded |
| Grade | C | Mn | Si | S | Cu | Fe | Ni |
|---|---|---|---|---|---|---|---|
| Nickel 201 | 0.15 max | 0.35 max | 0.35 max | 0.01 max | 0.25 max | 0.40 max | 99.0 min |
| Element | Yield Strength (0.2%Offset) | Elongation | Density | Melting Point | Tensile Strength |
|---|---|---|---|---|---|
| Nickel 201 Flanges | Psi – 21500 , MPa – 148 | 45 % | 8.9 g/cm3 | 1446 °C (2635 °F) | Psi – 67000 , MPa – 462 |
Nickel 201 Flanges are used to connect pipes, valves, pumps, vessels, and process equipment in systems requiring corrosion resistance and dependable mechanical performance, particularly in caustic, alkaline, chemical processing, and specialized industrial environments.
Nickel 201 Flanges are manufactured from Nickel 201, a low-carbon commercially pure nickel alloy designated UNS N02201. Its low carbon content makes it suitable for applications where the characteristics of Nickel 201 are required.
Depending on the flange design and project specification, Nickel 201 Flanges may be manufactured to ASTM B564 material requirements and applicable ASME dimensional and pressure standards such as ASME B16.5. Large-diameter requirements may call for other applicable standards.
Yes. Nickel 201 offers strong resistance to many corrosive environments, particularly caustic and alkaline solutions. Suitability should be confirmed against the exact process chemistry, concentration, temperature, pressure, and operating conditions.
The price of Nickel 201 Flanges depends on size, pressure class, flange type, quantity, machining, testing, documentation, raw material costs, and delivery location. An indicative reference price may start around USD 1850 per flange for selected standard configurations, while customized or larger flanges can cost considerably more. A project-specific quotation is recommended for accurate pricing.
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