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    Source globe valves from India's verified manufacturers and exporters on Himalay. Browse industrial globe valves and material globe valves for industrial and export applications.

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    Globe Valves sourcing

    About Globe Valves

    Globe valves across 36,117 listed configurations — T-pattern, Y-pattern, angle and cryogenic extended-bonnet — DN15 to DN300 in 20 body materials. Compare options and submit an RFQ.

    Industrial Globe ValvesGlobe valves designed for flow throttling and regulation in industrial process lines.
    Material Globe ValvesGlobe valves categorized by material for corrosive or general service applications.

    Globe valves are linear-motion valves in which a disc closes against a seat set in the flow path, forcing the fluid through an S-shaped passage. That geometry costs pressure drop but buys precise control: globe valves are the standard choice for throttling, frequent cycling and tight shutoff duty, complementing gate valves, which should only isolate. Himalay lists globe valves in four design families: T-pattern (the standard body), Y-pattern (seat angled to reduce pressure drop, favoured in steam and boiler service), angle pattern (90° inlet-to-outlet, replacing a valve-plus-elbow), and cryogenic extended-bonnet valves for low-temperature duty. The catalogue spans 36,117 configurations from DN15 to DN300. T-pattern valves run PN6–PN40 and ASME 125–1500; Y-pattern and angle valves run ASME 150–1500; cryogenic valves ASME 150–600. Twenty body materials are listed: carbon steels WCB/WCC, low-temperature LCB/LCC, the stainless family (CF8, CF8M, CF3M, CF8C), duplex 2205, chrome-moly grades WC6, WC9 and C12A (P91) for high-temperature steam, cast and ductile iron, and corrosion alloys — aluminium bronze, Alloy 20, Monel 400, Hastelloy C276, titanium Gr 2 and 6Mo. Trim options include 13Cr (Trim 1), SS316 (Trim 10/12), stellite-hardfaced (Trim 5) and bronze/SS410 seat rings. Ends are flanged or butt-weld; operation is handwheel, gear, bare stem or electric actuation. Steel valves follow BS 1873 — the petroleum-industry globe and stop-check standard — with ASME B16.34 ratings, and EN 13709 as the European equivalent; general-purpose valves follow IS 5312/EN 12334; cryogenic valves BS 6364/ISO 28921. State medium, size, class, pattern, body grade, trim and operation in your enquiry.

    Buyer guide

    Specifying Globe Valves: Pattern, Trim, Steam Duty and Class

    01

    Why pattern comes first

    The globe valve's S-shaped flow path is both its strength and its cost. T-pattern gives the tightest control and the biggest pressure drop; Y-pattern recovers most of that drop by angling the seat — the reason boiler-feed and steam mains standardise on it; angle pattern folds a 90° turn into the valve body, saving an elbow and improving drainage on vertical-to-horizontal transitions. Pattern determines layout, pressure budget and price before any material question arises.

    02

    Four catalogue families

    T-pattern spans PN6–PN40 and ASME 125–1500; Y-pattern and angle span ASME 150–1500; cryogenic extended-bonnet valves span ASME 150–600. Sizes run DN15–DN300 across 36,117 configurations.

    03

    Specification checklist

    Hard points: service medium; size; class; pattern; face-to-face standard; end connection (flanged or butt-weld — the two listed options); body grade; trim; operation. Throttling duty adds: normal and maximum flow, allowable pressure drop, and cycle frequency — above roughly 500 cycles/day, upgraded seating is specified.

    04

    Materials against service

    WCB/WCC carbon steel is the process default; LCB/LCC below the −29 °C Charpy threshold; CF8M/CF3M, duplex 2205, Alloy 20, Monel 400, Hastelloy C276, titanium Gr 2, 6Mo and aluminium bronze cover corrosive media; WC6/WC9 above roughly 425 °C and C12A (P91) above roughly 550 °C carry high-temperature steam; cast and ductile iron serve utility duty.

    05

    Trim is the working part

    Throttling concentrates erosion on the seat and disc: 13Cr (Trim 1) for general steam and water; SS316 (Trim 10/12) for corrosion; stellite hardfacing (Trim 5) where steam wire-drawing or abrasive duty would destroy plain trim; bronze/SS410 rings on iron-bodied utility valves. Specify trim against the worst-case throttled condition, not the normal one.

    06

    Steam service notes

    Y-pattern plus chrome-moly body plus stellite trim is the classic high-pressure steam recipe, and all three elements are listed catalogue options. For boiler discharge protection, the stop-check variant — globe closure plus non-return behaviour — falls inside BS 1873's scope (15–400 mm, Classes 150–2500), though the listed catalogue families are T, Y, angle and cryogenic.

    07

    Standards map

    BS 1873 governs steel globe and globe stop-and-check valves for petroleum, petrochemical and allied industries — OS&Y, straight, angle and Y-pattern, flanged and butt-weld ends. EN 13709 is the European globe/stop-check standard; ASME B16.34 supplies pressure-temperature ratings; IS 5312/EN 12334 cover general-purpose valves; BS 6364/ISO 28921 govern cryogenic testing — all listed on catalogue SKUs.

    08

    Import conformity

    EU: PED 2014/68/EU category and module, CE marking, EN 10204 3.1 certificates. Saudi Arabia: SABER. UAE: ECAS. Sour service: NACE MR0175. Testing follows API 598 pressures.

    From spec to RFQ

    A complete globe-valve enquiry states: medium, DN/NPS, class, pattern, duty (isolate/regulate), flow and pressure-drop budget, ends, body grade, trim, operation and destination market. Share the line spec or steam conditions with the RFQ and the configuration is matched against the catalogue directly.

    Submit an enquiry →
    Technical guide

    How Globe Valves Work

    Mechanism: a plug closing against a seat inside a body shaped to force a direction change

    "A globe valve is a type of valve used for regulating flow in a pipeline, consisting of a movable plug or disc element and a stationary ring seat in a generally spherical body." The plug is "connected to a stem which is operated by screw action using a handwheel," and "as the plug is moved, more of the openings in the cage are exposed and flow is increased and vice versa" — the throttling behaviour a gate valve's lift-clear gate does not give. Body shape is what changes between the catalogue's listed patterns: straight T-pattern bodies keep inlet and outlet in line; angle bodies have ports set so "the outlet pipe is directed towards the bottom," which "allows the fluid to drain off" and "prevents clogging and/or corrosion of the valve components over a period of time"; and a Y-pattern body is built "straight at the bottom... [to] allow the fluid to pass through without difficulty" and "minimize[s] fluid clogging/corrosion in the long term."

    Industries served: wherever flow needs regulating, not just switching on or off

    Globe valves are "widely used in steam systems for various purposes, including: Isolation, Regulation, Bypass lines," offering "superior shutoff capability compared to other valves like gate valves" that is "crucial in steam systems to prevent leaks and ensure complete isolation." In power generation, "within nuclear power plants, globe valves find application in auxiliary systems like condensate lines, feedwater lines, and various control loops." The chemical industry uses them because they are "essential for managing the flow of diverse fluids such as acids, alkalis, and solvents," and "the oil and gas sector relies on globe valves for the management of crude oil, natural gas, and other fluid flows" across "pipelines, refineries, and petrochemical plants." Himalay's own database carries no application field for this family, so none of this is catalogue sales data — it is the general demand pattern that explains why the range spans T-pattern, Y-pattern and angle bodies at all: each solves a different version of the same regulation problem.

    Standards landscape: one petroleum-industry specification, one European equivalent, both scoped by pattern and pressure class rather than by application

    BS 1873 governs "cast or forged carbon and alloy steel outside screw and yoke globe and globe stop and check valves" in "straight pattern, angle pattern and (oblique) Y pattern, with flanged or butt-welding ends," for "the petroleum, petrochemical, and allied industries," covering "nominal sizes within the range of 15 mm to 400 mm and Classes 150 to 2500." EN 13709 is its European counterpart, specifying requirements for "steel globe and globe stop and check valves which are wrought, cast or fabricated in straight, angle or oblique pattern with end connections flanged, butt welding, socket welding or threaded," for sizes DN 8 to DN 400 across "industrial and general purpose applications" rather than petroleum service specifically. Straight, angle and Y pattern — the coverage of both standards — match the T-pattern, angle and Y-pattern families already listed on catalogue SKUs. Sources: [Wikipedia — Globe valve](https://en.wikipedia.org/wiki/Globe_valve); [Tameson — Globe Valve Applications](https://tameson.com/pages/globe-valve-applications); [BSI Knowledge — BS 1873](https://knowledge.bsigroup.com/products/specification-for-steel-globe-and-globe-stop-and-check-valves-flanged-and-butt-welding-ends-for-the-petroleum-petrochemical-and-allied-industries); [en-standard.eu — EN 13709](https://www.en-standard.eu/bs-en-13709-2010-industrial-valves-steel-globe-and-globe-stop-and-check-valves/)

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    Frequently Asked Questions

    T-pattern, Y-pattern or angle — which globe valve body should I specify?
    Globe or gate valve — when does throttling demand a globe?
    What is a stop-check valve?
    Which trim handles high-temperature steam?
    Are cryogenic globe valves available?
    What conformity documentation applies for EU, Saudi and UAE imports?
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