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Cast Steel Globe Valve

Cast-Steel-Globe-Valve

Cast Steel Globe Valve

Material: Cast steel

Size Range:1/2″-24″

Connection Options:Flanged, Butt-welded, Threaded ends

Working Pressure: Class 150 to Class 2500

Working Temperature:29°C to 427°C

Sealing Options: Metal-to-metal, Soft Seal

Manufacturing Method: Cast, Forged 

Applicable Medium:water, oil, gas, steam, and various chemicals.

Manufacturing Standard: ASME B16.34, API 600, API 598

Product Overview

The Cast Steel Globe Valve stands out as a durable and dependable solution crafted for meticulous control over fluid flow and effective throttling across diverse industrial sectors. Constructed from resilient cast steel, this valve is engineered to endure intense pressures and extreme temperatures, making it an ideal choice for challenging applications in fields such as oil & gas, power generation, and chemical manufacturing. The globe-style configuration facilitates precise modulation of flow, minimizing leakage to uphold safe and efficient operations. This design ensures that fluid passage is not only smoothly regulated but also securely contained, delivering consistent performance in high-stakes environments.

Product Features

• Angle Design: Angle-type globe valves (TG049) provide better flow control in space-constrained environments and are ideal for piping systems with directional changes.
• Oxygen-Safe Design: TG050 Oxygen Valve is designed with oxygen-safe materials to prevent combustion, ensuring safe operation in oxygen systems.
• High Durability: Forged steel and cast steel body options ensure strength and durability in harsh industrial conditions (TG048, TG054, TG055).
• Automated Control: Pneumatic and electric actuated valves provide automated flow regulation and shut-off, suitable for industrial automation.
• Compact Design: Threaded and small-size valves (TG051) are compact and ideal for low-pressure or space-constrained systems.

Specification Parameters

Design and Manufacturing Standards

• Design and Manufacturing: GB/T 12235, API 6D, ASME B16.34 (Covers the design and safety of globe valves)
• Valve Type: Globe Valves (including manual, pneumatic, electric, and worm gear-operated types)

Structural Length
• Standard: GB/T 12221, ASME B16.10

Connection Forms

• Standards:
o Flanged Connections: HG/T 20592-20605, GB/T 9112-9124, ASME B16.5
o Threaded Connections: BSP, NPT, ISO 7-1
o Welded Connections: ASME B16.25
o Butt-welded connections for stainless steel and high-pressure systems

Inspection and Test Standards
• Standard: API 598, GB/T 13927 (Covers pressure testing, sealing, and functional performance of globe valves)

Available Sizes (Caliber)

• Range: 1/2″ ~ 50″ (DN15 ~ DN1250)

Pressure-Temperature Rating

• Standard: GB/T 12224, ASME B16.34
• Pressure Range:
o PN2.5 MPa ~ PN42 MPa
o Class 150 ~ Class 2500
• Temperature Range:
o -40°C to +450°C (-40°F to +842°F), depending on body and seat materials

 

Performance parameters

model J41H-16C~160C J41Y-16C~160C J41W-16P~160P
Work pressure(MPa) 1.6~16.0
proper temperature(℃) ≤425 ≤150
Suitable media Water, steam, oil Weak corrosive medium
material Body, bonnet Carbon steel Chrome nickel-titanium stainless steel
Valve stem Chrome stainless steel Chrome nickel-titanium stainless steel
Sealing surface Surfacing iron-based alloys Hardfacing alloy Body material
filler Asbestos graphite, flexible graphite, PTFE

 

The main shape and connection size

Nominal diameter The main dimensions and connection dimensions
L D D1 D2 b Z-d H D0

J41H-16C

15 130 95 65 45 14-2 4-Φ14 170 120
20 150 105 75 55 14-2 4-Φ14 190 140
25 160 115 85 65 14-2 4-Φ14 205 160
32 180 135 100 78 16-2 4-Φ18 270 180
40 200 145 110 85 16-3 4-Φ18 310 200
50 230 160 125 100 16-3 4-Φ18 358 240
65 290 180 145 120 18-3 4-Φ18 373 240
80 310 195 160 135 20-3 8-Φ18 435 280
100 350 215 180 155 20-3 8-Φ18 500 300
125 400 245 210 185 22-3 8-Φ18 614 320
150 480 280 240 210 24-3 8-Φ23 674 360
200 600 335 295 265 26-3 12-Φ23 811 400
250 650 405 355 320 30-3 12-Φ25 969 450
300 750 460 410 375 30-3 12-Φ25 1145 580
350 850 520 470 435 34-4 16-Φ25 1280 640
400 980 580 525 485 36-4 16-Φ30 1452 640

J41H-25C

15 130 95 65 45 16-2 4-Φ14 170 120
20 150 105 75 55 16-2 4-Φ14 190 140
25 160 115 85 65 16-2 4-Φ14 205 160
32 180 135 100 78 18-2 4-Φ18 270 180
40 200 145 110 85 18-3 4-Φ18 310 200
50 230 160 125 100 20-3 4-Φ18 358 240
65 290 180 145 120 22-3 8-Φ18 373 240
80 310 195 160 135 22-3 8-Φ18 435 280
100 350 230 190 160 24-3 8-Φ23 500 300
125 400 270 220 188 28-3 8-Φ25 614 320
150 480 300 250 218 30-3 8-Φ25 674 360
200 600 360 310 278 34-3

12-Φ25

811 400
250 650 425 370 332 36-3 12-Φ30 969 450
300 750 485 430 390 40-4 16-Φ30 1145 580
350 850 550 490 448 44-4 16-Φ34 1280 640
400 980 610 550 505 48-4 16-Φ34 1452 640

Specification Applications

Power Generation: In power facilities, this valve plays a crucial role in moderating the movement of steam and water, accommodating intense pressure levels and extreme heat with precision and reliability. It acts as a critical control point, ensuring optimal flow management in high-stakes energy systems.

Oil & Gas: Within both upstream extraction and downstream processing operations, this valve is essential for maintaining regulated flow and pressure along pipelines. It provides steadfast control in volatile environments, helping to stabilize transport and processing of hydrocarbons.

Chemical and Petrochemical Processing: In the chemical and petrochemical sectors, this valve oversees the passage of aggressive chemicals and volatile gases, delivering consistent functionality under corrosive conditions. Its robust construction and precise control enable it to withstand the harsh reactions typical in these industries.

Water Treatment: Serving in water treatment facilities, the valve adjusts and directs the flow of water and treatment chemicals, facilitating smooth operation within purification and distribution systems. It ensures that each step in the treatment process proceeds with regulated flow, aiding in the effective cleansing of water supplies.

HVAC Systems: In heating, ventilation, and air conditioning systems, this valve manages the movement of heating or cooling fluids, adjusting flow rates to achieve desired temperature and airflow conditions. It contributes to maintaining balanced environmental control, enhancing comfort and efficiency in both industrial and commercial spaces.

Valve Actuation

Process Optimization

Precision Engineering

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