Cast Steel Globe Valve Supplier | Class 150 to 900

WCB to Duplex and Nickel Alloy Grades | Bolted or Pressure Seal Bonnet | IBR Certification Available

Class 150 to Class 900 in a single, stocked product line
Plug, Y-type and parabolic disc options for the right throttling curve
Cryogenic (down to -196°C) and high-temperature steam service on request
100% hydrostatic tested per API 598 with EN 10204 3.1/3.2 certification

Aashish Metals supplies cast steel globe valve for throttling duty, where a line needs regular, controlled adjustment rather than a simple full-bore shut-off. Unlike a gate valve, a globe valve pushes flow through an S-shaped path against a disc and seat, which gives it excellent regulation but a slightly higher pressure drop when open. We cast the body in ASTM A216 Gr. WCB as standard, and we can move you up to LCB for low-temperature lines, WC6 or WC9 for elevated temperature, or stainless steel (CF8/CF8M) and duplex or super duplex castings where the media is corrosive or chloride-heavy. Bonnets are available bolted or pressure-seal, discs come in plug, Y-type or parabolic patterns depending on how tight the shut-off needs to be, and every valve is built with an outside-screw-and-yoke rising stem and a backseat arrangement, so gland packing can be replaced without shutting the line down. If your project needs a smaller, high-pressure globe valve instead, our forged globe valves cover that duty, and our angle type globe valves are worth a look wherever a 90-degree turn in the line can double up as the valve body. Every cast steel globe valve we ship is hydrostatically shell- and seat-tested per API 598, comes with an EN 10204 3.1/3.2 mill certificate and full heat-number traceability, and can carry IBR Form III-C certification for steam and boiler duty on request.

What Is a Cast Steel Globe Valve, and When Should You Use One?

A globe valve gets its name from the rounded shape of its body, inside which a movable disc sits against a stationary ring seat. Turning the handwheel raises or lowers that disc, which lets you dial the flow anywhere between fully closed and fully open, not just switch it on or off. That’s the key difference from a cast steel gate valve: a gate valve is built for isolation with almost no pressure drop, while a globe valve is built for throttling, and accepts a bit more pressure drop as the price of that control.

Disc Types and What They’re Good For

Plug type disc: a tapered, cylindrical plug that gives fine control at low flow rates and is the most common choice for general throttling duty
Y-type disc: body and seat set at an angle, so the flow path is straighter and less turbulent, useful where pressure drop needs to be kept down
Parabolic disc: a curved profile that gives a more linear relationship between valve travel and flow, suited to modulating and control-valve style duty

Where Cast Instead of Forged Makes Sense

Casting is the practical choice once a globe valve body needs to be larger than roughly 2 inches, since a forged body at that size would use a lot more raw material to hit the same pressure rating. Below 2 inches, our forged globe valves are usually the more compact, cost-effective option for high-pressure small-bore lines.

Material Specification Chart

Specification	Details
Design Standard	API 600, API 602, ASME B16.34, BS 1873, BS 6755, EN 1266-1
Pressure/Temperature Chart	As per ASME B16.34
Face-to-Face Dimension	ASME B16.10
Testing Standard	API 598 / BS 6755 Part 1 / ASME B16.34
Flange End Details	ASME B16.5
Socket-Weld End Details	ASME B16.11
Butt-Weld End Details	ASME B16.25
Screwed End Details	ASME B1.20.1
Size Range	1″ to 12″ (DN 25 to DN 300)
ASME Pressure Class	150#, 300#, 600#, 900#
Body/Bonnet Materials	A216 WCB, LCB / A217 WC6, WC9, C5, C12A / CF8, CF8M, CF3, CF3M / duplex and super duplex grades
Trims	F6a, F316, F304, F316L, F321, F51, F55 / Stellite overlay for severe service
End Types	Flanged, Socket Weld, Screwed, Butt-Weld

Choosing the body material is really choosing the grade family it belongs to:

A216 WCB, our standard casting, is a general-purpose carbon steel for ambient service
A352 LCB is the low-temperature version, matching our LTCS A350 LF2 fittings for a consistent cold-service hook-up
A217 WC6/WC9/C5/C12A are alloy steel castings for elevated-temperature service
CF8/CF8M/CF3/CF3M are the cast equivalents of stainless steel 304/316 for corrosion resistance
Duplex and super duplex castings step in for high-chloride and sour service, matching our duplex and super duplex steel pipe and fitting range

Related Types Of Cast Steel Globe Valve

Carbon Steel Cast Steel Globe Valve

Stainless Steel Cast Steel Globe Valve

Alloy Steel Cast Steel Globe Valve

Mild Steel Cast Steel Globe Valve

Dimensions (mm), Class 150

Size (Inch)	Size (mm)	Face-to-Face	Flange Dia.	Height
1	25	108	127	260
2	50	152	203	330
4	100	229	292	470
6	150	280	407	570
8	200	343	496	642
10	250	407	623	768
12	300	483	699	770

Class 300, Class 600 and Class 900 dimension tables, plus a labelled GA drawing, are available in our downloadable spec sheet.

Bill of Materials

Component	Standard Material	Specification
Body, Bonnet, Gland Flange	Cast Carbon Steel	ASTM A216 Gr. WCB
Disc	13% Cr Stainless Steel	ASTM A182 F6a / AISI 410
Body Seat Ring	13% Cr Stainless Steel, hardened	ASTM A182 F6a / AISI 410
Stem	13% Cr Stainless Steel	ASTM A182 F6a / AISI 410
Back Seat	13% Cr Stainless Steel	ASTM A182 F6a / AISI 410
Yoke Bush	Aluminium Bronze	—
Gasket	SS Spiral Wound with Graphite Filler	—
Gland Packing	Expanded Pure Flexible Graphite	—
Handwheel	Malleable Iron / Ductile Iron	IS 14329 / ASTM A536
Body/Bonnet Studs and Nuts	Alloy Steel / HT Steel	ASTM A193 Gr. B7 / A194 Gr. 2H
Gland Flange	Carbon Steel / Cast Steel	IS 226 / ASTM A182 F6a
Nut & Washer (handwheel)	Mild Steel	IS 1367 / IS 226

Full alternate-material bill of materials for stainless, duplex or nickel alloy trims is issued against the specific PO material class; ask for the complete MOC sheet with your enquiry.

Testing, Quality & Certification

Test Type	Class 150	Class 300	Class 600
Hydro Shell Test (Kg/cm²)	31	78	150
Hydro Seat Test (Kg/cm²)	22	58	110

100% hydrostatic shell and seat test per API 598
Third-party inspection available: BV, SGS, TÜV, Lloyd’s
EN 10204 3.1 / 3.2 mill test certificate with heat-number traceability
100% radiography testing on request
Raw material test certificate and positive material identification (PMI)
IBR Form III-C certification for steam and boiler applications on request

Construction & Design Options

Bonnet: bolted bonnet as standard, pressure-seal bonnet for Class 900 and above, where rising line pressure actually improves the seal
Disc: plug type, Y-type or parabolic, chosen against your flow and control requirement
Seat: renewable seat as standard, hard-faced or Stellite overlay available for erosive or high-cycle service
Stem: outside screw and yoke (OS&Y), rising stem, with a backseat that lets gland packing be replaced while the valve is under line pressure
End connections: flanged, butt-weld, socket-weld or screwed, as per ASME B16.5, B16.11, B16.25 and B1.20.1
Operation: handwheel as standard; gear-operated, or electric, pneumatic and hydraulic actuation on request

Specialised Applications

Beyond standard process duty, we build cast steel globe valves for two demanding services:

Cryogenic service down to -196°C, with extended bonnets and materials qualified for low-temperature toughness
High-temperature steam service above 600°C, where alloy steel or nickel alloy trims hold up better than standard carbon steel
Optional cryogenic testing and fire-safe testing can be arranged where the project specification calls for it

Applications & Industries

Oil & Gas: flow control on process and utility lines
Power Generation: steam and boiler feed throttling, with IBR certification
Petrochemical & Chemical Processing: corrosive and high-temperature duty
Cryogenic & Gas Processing: low-temperature throttling service
Water Treatment, Marine and Pulp & Paper: general flow-regulation duty

Application Of Cast Steel Globe Valve

We Serve

Application Industry

Automotive and aerospace industry, Chemical industry, Heat exchanger, Food processing equipment, Architectural trim and molding, Kitchen benches, sinks, equipmentrtc

For More Information About Cast Steel Globe Valve please call +91-22-66362223 / 66394926 or send an email to export@aashishmetal.com

FAQ’s About Forged Globe Valve

What is a forged globe valve used for?

A forged globe valve is used to throttle or regulate flow in small-bore, high-pressure lines. It can also be used fully open or fully closed like an isolation valve, but its real advantage is fine control of flow rate through partial opening.

What sizes and pressure classes are available?

We supply forged globe valves from 1/2″ to 2″, in pressure classes 800, 1500 and 2500, built to API 602 and ASME B16.34.

Why choose a forged valve instead of a cast valve for small sizes?

A forged body can achieve a very high pressure rating in a compact size without the extra bulk a cast body of the same rating would need. That makes forged construction the more efficient choice for small-bore, high-pressure duty, typically up to around 2 inches.

What is the difference between a renewable seat ring and an integral seat ring?

A renewable seat ring is a separate part that can be replaced during maintenance. An integral seat ring is machined directly into the body and paired with a welded bonnet, which is generally specified for very high-pressure service where a bolted joint is not the preferred option.

What body materials are available?

Our standard body is ASTM A105 forged carbon steel. We also supply LF2 for low temperature, F11/F22 for high temperature, F304/F316/F316L/F321/F347 stainless grades, F51/F55 duplex and super duplex, and Inconel, Monel, Hastelloy and Alloy 20 for severe corrosive service.

Cast Steel Globe Valve Supplier: Class 150 to 900, API 598 / BS 1873 Tested