CS Globe Valves Manufacturer

Controtek Global is a recognized producer of carbon steel globe valves, providing trustworthy, excellent valve solutions for a variety of uses in industry. CS Globe Valves are made by Controtek Global, a valve manufacturer with years of experience, and are made to deliver great performance, longevity, and precise flow control even in the most challenging settings. The valves are strong and resistant to wear, corrosion, and high pressure since they are built from superior carbon steel materials like A105 and WCB.

The CS Globe Valves from Controtek Global have been created according to the demands of the industry and offer a range of sizes, pressure ratings, and end connection types to suit different piping systems and needs of customers. These valves offers flexible solutions with choices for handwheel, gear, or actuator operation, whether for automated or manual operation. Controtek's globe valves are widely used in vital industries like water management, chemical processing, oil and gas, and power plants because of its durability, reliable sealing, and low water infiltration.

To assure the greatest levels of performance, safety, and reliability, Controtek Global, which is dedicated to quality and customer satisfaction, makes sure that every CS Globe Valve goes through thorough testing and quality control in order to meet international standards like API 598 and ISO 5208. Controtek Global is your reliable source for excellent carbon steel globe valves, whether you need them for complex high-pressure structures or for general flow control.



Technical Specification of CS Globe Valves

Specification Details
Material Carbon Steel (A105, WCB, etc.)
Size 1/2" to 24" (15mm to 600mm)
Pressure Rating Class 150, 300, 600
End Connections Flanged (ANSI B16.5), Butt Weld, Threaded
Temperature Range -29°C (-20°F) to 450°C (850°F)
Design Standard ASME/ANSI B16.34, API 602
Valve Type Standard Globe or Y-Pattern
Flow Characteristic Linear (Throttling)
Seat Type Integral or Renewable, Metal-to-Metal/Soft Seat
Leakage Class Class IV (Metal-to-Metal), Class VI (Soft Seat)
Operation Manual (Handwheel), Pneumatic/Electric Actuated
Testing Standard API 598, ISO 5208

Salient Features of CS Globe Valves

  • Precise Flow Control
  • Durable Construction
  • Versatility in Applications
  • Wide Range of Sizes and Pressure Ratings
  • Minimal Leakage
  • Multiple End Connection Options
  • Manual or Automated Operation
  • Corrosion Resistance
  • Compact and Space-Saving
  • Reliable Performance

Why Choose CS Globe Valves?

There are multiple advantages to using carbon steel (CS) globe valves, particularly in conditions that call for durability and trustworthy flow control. The capacity of CS globe valves to precisely throttle is one of the main reasons for selecting them. Globe valves are perfect for systems were precise flow regulation is necessary since they can be used to control the flow of liquids, gases, or steam. Compared to other valve types, their linear flow features provide superior control over the flow rate, which is especially valuable in systems where flow needs to be precisely regulated.

These valves are a great option for high-pressure locations and high-temperature settings due to the strength and longevity of carbon steel. In sectors like chemical processing, power generation, and oil and gas, materials like WCB and A105 offer the strength required for handling tough conditions. Because of their extensive lifespan, these valves require fewer substitutes over time, guaranteeing stability over time in vital systems.

The adaptability of CS globe valves is an additional justification for their use. They can be tailored to suit distinct piping systems and satisfy particular application needs because they can be found in a variety of diameters, pressure ratings, and connection styles (flanged, threaded, butt weld, or socket weld). Additionally, CS globe valves provide low leakage, particularly if equipped with metal-to-metal seating or premium seals, preserving system security and effectiveness by halting fluid loss.


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