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A351 CF8 Stainless Steel Globe Valve
A351 CF8 Stainless Steel Globe Valve

A351 CF8 Stainless Steel Globe Valve

MOQ : 5 Units

A351 CF8 Stainless Steel Globe Valve Specification

  • Sealing
  • PTFE/Metal
  • Connection
  • Flanged
  • Material
  • A351 CF8 Stainless Steel
  • Power
  • Manual
  • Pressure
  • Class 150 / PN16
  • Media
  • Water, Oil, Gas, Steam
  • Working Temperature
  • -29C to 200C
  • Port Size
  • 1/2 inch to 12 inch
  • Surface
  • Polished
  • Shape
  • Globe
  • Application
  • Industrial Pipeline, Chemical, Petrochemical
  • Color
  • Silver/Grey
  • Body Material
  • A351 CF8 Stainless Steel
  • Testing Standard
  • API 598
  • Face to Face
  • ASME B16.10
  • Stem Type
  • Rising Stem
  • Bonnet Type
  • Bolted Bonnet
  • Corrosion Resistance
  • Excellent
  • Operation
  • Handwheel
  • End Connection
  • Flanged Ends ANSI B16.5
  • Leakage Class
  • Class VI
  • Disc Type
  • Plug Disc
  • Design Pressure
  • 16 Bar
 

A351 CF8 Stainless Steel Globe Valve Trade Information

  • Minimum Order Quantity
  • 5 Units
  • Supply Ability
  • 200 Units Per Month
  • Delivery Time
  • 7 Days
 

About A351 CF8 Stainless Steel Globe Valve

A351 CF8 Stainless Steel Globe Valve

The BS 1873 Globe Valves is exceptionally sturdy, rugged and durable, with a reputation for quality, integrity and long service.

They are designed for tight sealing and ease of operation. The valves are available flanged & butt-weld ends in pressure rating from ASME Class 150 to Class 2500, and in a variety of materials of construction.

 Globe Valves feature a ball-type disc, outside screw-and-yoke and bolted-bonnet construction. They conform to BS 1873 and also meet the general requirements of API 600, including shell wall thickness and stuffing box dimensions.

Main features

         Bolted body-bonnet design,seal welded & Valves with pressure seal bonnet

         Bellows-sealed Globe valves available

         Bolted body-bonnet joints provided with spiral-wound stainless steel gasket and graphite filler for maximum protection against leaks

         Die-formed graphite inner packing rings and braided graphite end rings with Inconel wire reinforcement and corrosion inhibitor

         Rolled ACME thread on stem for smooth operation

         Tapered shoulder on the stem for back seating

         Self-aligning type gland assembly with stud-and-nut tightening

         Integral hard-faced body seat for globe and check valves

         Spring-loaded disc on check valves suitable for no horizontal applications too

         Gate and globe valves can be offered with electrical actuators

         Austenitic SS forging for body and bonnet of Cryogenic valves, resulting in excellent impact strength, minimal heat loss and resistance to corrosion

         Valves can be offered to NACE MR-0175 and other special NACE requirements

 

Cast steel ASME B16.34 T Type & Y Type Globe Valves Pressure Seal Bonnet design  

The ASME B16.34 series of T Type & Y Type Globe Valves features a pressure seal bonnet design for high pressure services. These valves are extensively used in high pressure and high temperature steam, oil, gas, chemical and water applications in thermal power plants, fertiliser plants, petrochemical plants and refineries. These valves are available in butt weld ends in pressure ratings of Classes 900, 1500 and 2500, and come in carbon steel and alloy steel construction.


Cast Steel Cryogenic Globe Valves

Specially-adopted, extended-bonnet globe valves provide the right solution for such low-temperature and cryogenic services. We offer a range of globe valves (as well as check valves) for low temperature and cryogenic services, used in processing, storage and transportation of liquefied gases such as Ethylene, LPG,LNG, Hydrogen, Helium, Oxygen, Nitrogen and Argon. Low temperature services of up to -460 C are covered by low-temperature carbon steels like LCB and LCC materials. Cryogenic Globe Valves are available in ASME Classes 150 to 1500. Extended Bonnet Optional extended bonnet with vapour column length according to BS 6364 and / or customer specifications will be provided



Superior Corrosion Resistance

Manufactured from A351 CF8 stainless steel, the valve offers excellent resistance against corrosive media. This makes it ideal for use with water, oil, gas, and steam in harsh environments, ensuring longevity and minimal maintenance requirements.


Secure Flanged Connections

Featuring ANSI B16.5 flanged ends, the globe valve provides reliable installation on industrial pipelines. The connection type minimizes leakage and is suited for high-pressure applications, supporting operational stability and safety.

FAQ's of A351 CF8 Stainless Steel Globe Valve:


Q: How is the A351 CF8 Stainless Steel Globe Valve installed on pipelines?

A: The valve is installed using its flanged ends, designed to match ANSI B16.5 specifications. This ensures a secure connection to compatible pipeline flanges, allowing for straightforward assembly and disassembly during maintenance.

Q: What types of media can the A351 CF8 Stainless Steel Globe Valve handle?

A: This globe valve is suitable for water, oil, gas, and steam. Its excellent corrosion resistance and robust sealing options make it effective in a variety of chemical, petrochemical, and industrial applications.

Q: When should a bolted bonnet globe valve be used?

A: A bolted bonnet globe valve is recommended when frequent internal maintenance or inspection is anticipated. The bolted bonnet design allows easy access to internal components without compromising sealing integrity.

Q: Where is the globe valve most commonly applied?

A: The valve is widely used in industrial pipeline systems, especially within chemical and petrochemical plants. It is also suitable for other applications requiring precise flow regulation under varying pressures and temperatures.

Q: What is the process for testing the valve's integrity?

A: Each valve undergoes rigorous testing as per API 598 standards. This includes pressure and leakage tests to ensure it meets operational safety and leakage Class VI requirements before delivery.

Q: How does using a rising stem design benefit operation?

A: The rising stem allows operators to visually gauge the valve's position, enabling precise flow regulation. This provides enhanced control compared to non-rising stem designs.

Q: What are the main advantages of using this globe valve in an industrial setting?

A: The key benefits include high durability due to stainless steel construction, reliable high-pressure sealing, excellent corrosion resistance, and compatibility with a wide range of media and temperature conditions.

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