Y TYPE CONTROL VALVE
Y Type Flanged Control Valve
Y Type Flanged Control Valve is designed for precise flow regulation and…
APPLICATION
High Temperature Application Solutions
Engineered for Safety, Reliability & Performance in Demanding Process Applications
Alis Valves manufactures premium industrial valves for high-temperature applications, High Temperature Valves Manufacturer in India engineered to deliver reliable flow control in steam systems, boilers, furnaces, refineries, power plants, chemical processing, steel manufacturing, and thermal process industries. Our comprehensive range of ball valves, gate valves, globe valves, butterfly valves, check valves, control valves, pressure reducing valves, pneumatic actuated valves, and electric actuated valves is designed to withstand extreme temperatures while ensuring leak-free operation, superior durability, and long service life. Built to international standards, our valves provide dependable performance in the most demanding industrial environments.
Extreme Temperature Resistance
Leak-Free Performance
Heavy-Duty Construction
Automation Ready
Valve Solutions for High Temperature
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Product Categories for High Temperature
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Engineered Control Valves engineered for superior reliability and severe service performance.
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HIGH TEMPERATURE SOLUTIONS
High Temperature Process & Steam Applications
ALIS Valves offers industrial valve solutions for high-temperature process systems, steam networks and heat transfer applications. Selection depends on operating temperature, pressure, process media, material compatibility and sealing requirements.
High Temperature Process Systems
Valve solutions for high-temperature process lines in refineries and chemical plants, supporting reliable flow control under demanding thermal conditions.
Steam & Boiler Applications
Industrial valve solutions for steam distribution, boiler systems and high-temperature utility lines, selected for the required pressure and temperature ratings.
Thermal Oil & Heat Transfer
Valve solutions for thermal oil circuits, process heaters and heat transfer systems, designed around application-specific temperature, pressure and media requirements.
Engineered For High Temperature Application
- Engineered for continuous high-temperature industrial service
- Heat-resistant materials for superior durability
- Reliable sealing under elevated temperatures
- Suitable for steam, thermal oil, hot gases, and process fluids
- Available with pneumatic and electric automation
- Manufactured according to API, ASME, and ISO standards
- Low maintenance with extended operational life
Key Application Features
- Steam Distribution Systems
- Industrial Boilers
- Thermal Oil Systems
- Refineries
- Petrochemical Plants
- Steel & Metal Processing
- Cement Plants
- Glass Manufacturing
- Heat Treatment Furnaces
- Chemical Processing Plants
- Industrial Utility Systems
- Power Generation Plants
Built for Demanding Conditions
Pressure Rating
Up to Class 2500 (ASME B16.34)
Temperature Range
Up to +650°C
Size Range
1/2" to 20"
DN 15 to DN 500
End Connections
Flanged, Butt Weld, Socket Weld, Threaded, RTJ
Materials
WCB, CF8, CF8M, SS304, SS316, Chrome Moly Alloy Steel, Duplex Stainless Steel
Standards
API 6D, API 600, API 602, API 608, API 598, ASME B16.34, ANSI, DIN, BS, ISO
Got Questions?
Frequently Asked Questions
Common questions about valve design, performance, and automation for this application.
Ball valves, gate valves, globe valves, butterfly valves and control valves may be used in high-temperature applications, depending on their design and temperature limits. Selection depends on the process medium, operating pressure, temperature, flow requirements and required isolation performance.
Check the maximum and minimum operating temperatures, design pressure, process fluid, valve material, seat and seal limitations, and applicable standards. Verify the manufacturer's pressure-temperature ratings for the complete valve assembly before selecting a model.
Material selection depends on temperature, pressure, fluid composition and corrosion conditions. Carbon steel, alloy steel and stainless steel may be considered for different applications, but their suitability must be confirmed against the applicable material specifications and operating limits.
Suitable gate valves, globe valves, check valves and other designs may be used in steam systems. Selection depends on steam pressure, temperature, flow conditions, isolation or regulation requirements, and the applicable piping and valve specifications.
Some ball valves are suitable for elevated temperatures, depending on their body material, seat design, seals and construction. Standard soft-seated ball valves may have temperature limitations, so verify the specific model's pressure-temperature rating before use.
Elevated temperatures can affect seat materials, seals, packing and other internal components. Thermal expansion and repeated heating and cooling can also influence clearances and sealing performance. Select components designed for the actual operating conditions and required leakage limits.
Valve components expand and contract as temperatures change. These changes can affect clearances, operating torque, alignment and sealing. The valve design, installation arrangement and piping supports should account for the expected temperature range and thermal movement.
High-temperature valves may be used in power generation, refineries, petrochemical plants, chemical processing, cement manufacturing, steel production and industrial steam systems. The required valve design depends on each process's temperature, pressure, fluid and safety requirements.
Select a valve with suitable body materials, seats, seals and packing for the operating temperature and pressure. Correct installation, proper operation, periodic inspection and maintenance can help reduce leakage and premature component wear. Follow the manufacturer's recommended service procedures.
