Metallum Overseas supplies cryogenic ball valves designed for reliable shutoff and flow isolation in low-temperature and cryogenic services. These valves are suitable for applications involving liquefied gases and other fluids that operate at extremely low temperatures, where conventional valve designs may require specialized materials, sealing arrangements, and thermal considerations.
As a cryogenic ball valve manufacturer and supplier in India, Metallum Overseas supplies valves for LNG, natural gas, industrial gases, petrochemical plants, gas processing facilities, energy infrastructure, and other applications where dependable isolation is required under cryogenic operating conditions.
Our cryogenic ball valves can be configured with extended bonnets, soft or metal seats, anti-static devices, anti-blowout stems, suitable low-temperature materials, and manual or actuated operating arrangements according to valve size, pressure class, operating temperature, fluid characteristics, and project requirements.
Metallum Overseas supplies cryogenic ball valves for applications where reliable sealing and controlled operation are required at very low temperatures. The valve design takes into consideration the effects of thermal contraction, material behavior, seat performance, and stem sealing during cryogenic service.
An extended bonnet is commonly used for cryogenic ball valve applications to keep the stem packing and operating components away from the coldest portion of the valve. This arrangement helps provide suitable thermal separation between the cryogenic fluid and the stem sealing area.
Depending on the application, cryogenic ball valves can be supplied with soft seats or metal seats, suitable low-temperature body and trim materials, and operating arrangements selected according to the required pressure, temperature, media, and installation conditions.
Our extended bonnet cryogenic ball valves are designed for low-temperature applications where protection of the stem packing and operating mechanism is important. The extended bonnet provides additional distance between the cryogenic process fluid and the stem sealing area, helping maintain suitable valve operation under low-temperature conditions.
The bonnet extension can also provide space for insulation and helps reduce direct exposure of the stem packing to cryogenic temperatures. The required bonnet length can be selected according to valve design, operating temperature, insulation requirements, and project specifications.
Cryogenic ball valves are widely used for isolation in LNG and other low-temperature systems where process fluids may be maintained in a liquefied state. Valve materials, seat construction, stem sealing, and operating arrangements must be selected to suit the temperature and fluid characteristics of the application.
Metallum Overseas can supply cryogenic ball valves for LNG storage and transfer systems, natural gas facilities, industrial gas installations, petrochemical plants, and other low-temperature process applications. The final valve configuration can be selected according to the project operating conditions and applicable standards.
For cryogenic ball valve requirements, technical specifications, pricing, or project enquiries, contact Metallum Overseas at info@metallumoverseas.com.
| Valve Design: | Cryogenic ball valve with extended bonnet for low-temperature and cryogenic service |
| Size Range: | NPS 1 to NPS 30 (DN 25 to DN 750), subject to valve design and project requirements |
| Pressure Rating: | ASME Class 150 to Class 900, depending on valve size, design, material, and service conditions |
| Temperature Range: | Suitable for cryogenic service down to approximately -196°C; actual limits depend on materials, seat design, pressure rating, and operating conditions |
| Face-to-Face: | As per applicable API 6D requirements or customer-specific specifications |
| End Connections: | RF and RTJ flanged connections as applicable; butt-welded ends can be supplied according to project requirements |
| Body Design: | Two-piece or three-piece construction according to valve size, pressure class, and design requirements |
| Bonnet Design: | Extended bonnet designed for low-temperature and cryogenic applications |
| Ball Design: | Floating or trunnion-mounted ball construction according to valve size and application requirements |
| Seat Design: | Soft-seated or metal-seated construction with suitable materials for cryogenic service |
| Bore Design: | Full-bore or reduced-bore configurations according to application and flow requirements |
| Operator: | Manual wrench or gear operator; pneumatic, hydraulic, or electric actuation available according to valve size and operating requirements |
| Extended Bonnet: | Provides thermal separation between the cryogenic process fluid and the stem packing area for suitable low-temperature applications |
| Low Temperature Service: | Designed for applications involving very low operating temperatures and cryogenic fluids |
| Soft or Metal Seats: | Seat construction can be selected according to temperature, pressure, fluid characteristics, and required shutoff performance |
| Anti-Static Construction: | Anti-static devices can be incorporated to provide electrical continuity between relevant valve components |
| Anti-Blowout Stem: | Stem retention design helps prevent stem displacement under applicable operating conditions |
| Low Fugitive Emission: | Low-emission stem packing arrangements can be provided where specified by the project |
| Fire-Safe Design: | Fire-safe construction and testing can be provided where required by the applicable specification |
| Actuation: | Manual, pneumatic, hydraulic, and electric operating options can be selected according to valve size and automation requirements |
| Insulation Compatibility: | Extended bonnet arrangements can accommodate suitable insulation requirements for cryogenic installations |
The seat and sealing system is an important part of a cryogenic ball valve because sealing performance can be affected by very low temperatures and thermal contraction. Metallum Overseas can supply suitable seat configurations based on the operating medium, temperature, pressure, valve design, and required shutoff performance.
| Soft Seat: | Suitable for selected cryogenic applications where the sealing material is compatible with the operating temperature and process medium |
| Metal Seat: | Suitable for selected demanding services where metal-to-metal sealing is required due to operating conditions or application requirements |
| Hardfaced Ball & Seats: | Selected ball and seat surfaces can be hardfaced to improve resistance to wear and erosion in suitable applications |
| Double Piston Seat: | Seat arrangements can be selected to provide the required pressure response and sealing characteristics according to valve design |
| Combination Seat: | Customized seat arrangements can be considered for specific pressure, temperature, and process requirements |
| Stem Sealing: | Suitable packing and sealing arrangements can be selected for reliable stem sealing under low-temperature service |
| Stainless Steel: | TP 304, 304L, 304H, 310, 310S, 316, 316L, 316Ti, 317, 317L, 321, 321H, 347, 347H, 904L, 254 SMO |
| Duplex Steel: | UNS S31803, UNS S32205 (2205) |
| Super Duplex Steel: | UNS S32750, UNS S32760 |
| High Nickel Alloys: | Hastelloy C22, Hastelloy C276, Hastelloy B2, Inconel 600, Inconel 601, Inconel 625, Incoloy 800, Incoloy 800H, Incoloy 800HT, Incoloy 825, Nickel 200, Nickel 201 |
| Monel: | Monel 400, Monel K500 |
| Alloy: | Alloy 20 |
| Titanium: | Titanium Grade 2, Titanium Grade 5, etc. |
| Other Alloys: | Mild Steel, ASTM A350 LF2 and additional alloy and corrosion-resistant materials can be considered according to valve design and project requirements |
| Inspection & Testing: | Inspection and testing can be carried out according to the applicable valve standards and customer-specific requirements |
| Hydrostatic Testing: | Shell and seat testing can be performed according to the applicable valve standard and project requirements |
| Cryogenic Testing: | Cryogenic testing can be considered where specified to verify valve performance under low-temperature operating conditions |
| Fire Safety: | Fire-safe design and testing can be provided according to applicable API requirements where specified |
| Fugitive Emission: | Fugitive emission testing and compliance can be provided according to applicable project specifications and ISO 15848 requirements |
| SIL Certification: | SIL certification can be provided for applicable valve configurations where specified by the project |
| PED: | PED 2014/68/EU compliance can be provided where applicable to the valve design and intended market |
| Non-Destructive Testing: | NDT and additional inspection requirements can be provided according to customer specifications and applicable standards |
Metallum Overseas supplies cryogenic ball valves for applications where reliable isolation is required at very low temperatures. Valve materials, sealing arrangements, bonnet design, and operating systems can be selected according to the specific service conditions.
Our extended bonnet cryogenic ball valves provide increased separation between the cryogenic process fluid and the stem packing area. This design is particularly useful for applications where maintaining suitable stem sealing performance at low temperatures is important.
Material selection is based on the operating temperature, pressure, process medium, corrosion conditions, and applicable project requirements. Stainless steel, low-temperature carbon steel, duplex, super duplex, nickel alloys, and other suitable materials can be considered for different valve components.
Depending on the application, cryogenic ball valves can be supplied with soft or metal seats. Seat materials and sealing arrangements are selected according to the required temperature range, pressure, fluid characteristics, and shutoff requirements.
Metallum Overseas can supply cryogenic ball valves with manual operators as well as pneumatic, hydraulic, or electric actuators. The operating arrangement can be selected according to valve size, operating torque, automation requirements, and customer specifications.
Cryogenic ball valves can be supplied with inspection and testing requirements covering applicable standards such as API 6D, BS 6364, ISO 28921-1, ISO 5208, API 598, API 607, ISO 15848, IEC 61508, and PED, depending on the valve design, application, certification requirements, and project specifications.
Cryogenic ball valves are suitable for LNG facilities, natural gas systems, industrial gas plants, petrochemical facilities, gas processing units, storage and transfer systems, energy infrastructure, and other applications where fluids are handled at very low temperatures.
Metallum Overseas supplies cryogenic ball valves for industrial and energy applications where dependable shutoff is required under low-temperature operating conditions.
A cryogenic ball valve is a ball valve designed to provide reliable isolation in applications involving extremely low temperatures. It incorporates suitable materials, sealing components, and design features such as an extended bonnet for low-temperature service.
An extended bonnet provides additional distance between the cryogenic fluid and the stem packing area. This helps limit direct exposure of the stem sealing components to very low temperatures and provides space for suitable insulation where required.
Cryogenic ball valves can be designed for very low temperatures, including applications around -196°C. The actual temperature rating depends on the valve materials, seat construction, pressure rating, sealing system, and specific project requirements.
Common material options include stainless steel, low-temperature carbon steel, duplex steel, super duplex steel, and nickel alloys. The final material selection depends on operating temperature, pressure, fluid characteristics, corrosion conditions, and customer specifications.
Yes. Soft-seated cryogenic ball valves can be supplied for applications where the selected sealing material is compatible with the operating temperature and process medium. Metal-seated configurations are also available for suitable applications.
Cryogenic ball valves can be supplied in different pressure classes, including ASME Class 150 through Class 900, depending on valve size, design, materials, temperature, and project requirements.
Cryogenic ball valves can be supplied in various sizes, including configurations from NPS 1 to NPS 30 (DN 25 to DN 750), subject to the selected design, pressure class, materials, and application requirements.
Depending on the valve design and project requirements, cryogenic ball valves can be supplied with RF or RTJ flanged connections as well as butt-welded ends according to applicable standards.
Yes. Cryogenic ball valves can be supplied with manual, pneumatic, hydraulic, or electric operators. The operator selection depends on valve size, operating torque, automation requirements, and project specifications.
Depending on the valve design and project requirements, cryogenic ball valves may be designed, inspected, and tested according to standards such as API 6D, BS 6364, ISO 28921-1, ISO 5208, API 598, API 607, and ISO 15848. The applicable standards should be confirmed according to the project specification.
Cryogenic ball valves are used in LNG facilities, natural gas systems, industrial gas plants, petrochemical facilities, gas processing units, cryogenic storage and transfer systems, and other low-temperature process applications.
To request a quotation, please provide the required valve size, pressure class, operating temperature, process medium, body and trim material, end connection, seat requirement, and operating arrangement. Contact Metallum Overseas at info@metallumoverseas.com for technical assistance and project-specific requirements.
For technical drawings, material certificates, inspection requirements, or a project-specific quotation, please contact Metallum Overseas at info@metallumoverseas.com, or reach out through our contact page.
Metallum Overseas provides Cryogenic Ball Valve at reasonable prices in the market. You can Contact us to get the updated price list of Cryogenic Ball Valve. Our prices are best for all types of Cryogenic Ball Valve.
Metallum Overseas is a large stockist of Cryogenic Ball Valve. We maintain a huge stock of Cryogenic Ball Valve in different sizes, types, standards & other specifications to fulfill the demand of our clients across the globe. We can deliver Cryogenic Ball Valve on time for urgent requirements.
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