About Steamlok Piston Industrial Water Valves
We offer high-class Steamlok piston industrial water valves. These valves, which are flow-regulating devices, control the fluid flow inside a pipeline. They are typically used in situations where a fluid must operate completely open or fully closed, as in the case of water pipelines. For its size, the piston valve offers a sizable sealing area and generates extremely dependable shut-offs. The piston valve is incredibly easy to use, adjust, and keep up with. Since the valve is large and has a large sealing area, it shuts off the flowing fluid reliably. The valve can be operated without the expertise of a skilled worker because the actuation process is so simple.
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Product Type - Steamlok Piston Industrial Water Valves
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Material - Stainless Steel
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Media - Water
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Size - 15 NB
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Pressure - Medium
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Usage - Industrial & Commercial
Reliable Design for Versatile ApplicationsSteamlok Piston Industrial Water Valves offer superior control in water, steam, and oil pipelines. Their robust construction and self-lubricating operation ensure longevity, while the anti-corrosive painted finish and ISI-grade material provide durability for high-pressure and high-temperature environments. These valves are suitable for industrial use, including boiler feed and steam line systems.
Compliant and Safe Fluid ManagementManufactured to the IS 1538 and IS: 14846 standards, Steamlok valves guarantee safety and performance. With PN16 pressure rating and Class VI leakage class, users benefit from reliable sealing and consistent operation, reducing the risk of leaks and maintenance downtime.
Effortless Operation and MaintenanceThe manual handwheel actuation and bolted bonnet design provide easy access for inspection and maintenance. The renewable seat allows parts replacement, extending the valve's service life. Bidirectional flow capability and flanged mounting simplify integration in new or existing pipelines.
FAQ's of Steamlok Piston Industrial Water Valves:
Q: How is the Steamlok piston type valve installed in an industrial pipeline?
A: The Steamlok valve features flanged ends conforming to IS 1538 standards, enabling secure and straightforward installation between two flange connections within your pipeline. Proper alignment and bolting ensure leak-free operation and reliable integration.
Q: What media can the Steamlok piston industrial valve handle safely?
A: This valve is designed for use with water, steam, and oil. Its robust cast iron construction, anti-corrosive coating, and high-temperature tolerance (up to 220C) make it suitable for various industrial fluid applications.
Q: When should the renewable seat be replaced in these valves?
A: Renewable seats should be replaced during routine maintenance or if significant leakage or wear is detected. This design feature allows timely part replacement to restore optimal sealing without requiring a full valve replacement.
Q: Where is the Steamlok piston type valve commonly used?
A: These valves are primarily used in industrial fluid control systems, boiler feed lines, steam distribution, and oil pipelines, serving industries such as manufacturing, power generation, and process engineering.
Q: What is the benefit of the bolted bonnet construction?
A: Bolted bonnet construction ensures secure containment of high-pressure fluids and facilitates easy disassembly for inspection, repair, or seat renewal, contributing to enhanced operational reliability and simplified maintenance.
Q: How does the valve handle high operating pressures and temperatures?
A: With a pressure rating up to 20 Bar and operating temperature up to 220C, the ISI-grade cast iron body, anti-corrosive finish, and robust design allow the valve to perform reliably in intense industrial environments, preventing leakage and premature wear.
Q: What are the advantages of manual handwheel actuation for this valve?
A: Manual handwheel operation provides precise flow control and is cost-effective for facilities that require frequent or periodic manual adjustments without the complexity or expense of automated actuators.