Description

API 6A Valve Removal Plug for Wellhead Side Outlet Valve Replacement

SGPE supplies API 6A Valve Removal Plugs, also known as API 6A VR Plugs, Wellhead VR Plugs and Wellhead Valve Removal Plugs, for mechanical isolation behind oilfield wellhead side outlet valves.

A correctly matched VR Plug engages a dedicated internal preparation inside a casing head, casing spool, tubing head or tubing spool. Qualified personnel install the plug with compatible valve-removal equipment and verify the required barrier under the operator’s approved well-control procedure.

Once verified, the plug creates an internal isolation point between annulus pressure and the external side outlet equipment. This supports planned maintenance when a gate valve develops seat leakage, packing problems, corrosion, erosion, mechanical wear or other service damage.

Valve Removal Plugs are particularly important on mature and brownfield wellheads. If an original equipment manufacturer no longer supports an older wellhead, operators may need a Replacement VR Plug, replacement plug for an existing OEM wellhead, Legacy VR Plug, Obsolete Valve Removal Plug or Custom Wellhead VR Plug that matches both the installed profile and available field tooling.

SGPE supports new wellhead packages, high-pressure projects, sour-service applications, offshore maintenance, workover campaigns, well intervention and wellhead refurbishment.

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Product Overview

The API 6A Valve Removal Plug is a threaded wellhead component designed to create a mechanical isolation point inside a side outlet.

Casing heads and casing spools provide access to casing annuli, while tubing heads and tubing spools provide access to the tubing-casing annulus. Operators use these outlets for pressure monitoring, bleed-off, injection, well integrity work and routine maintenance.

An external API 6A gate valve normally controls the side outlet. After extended field service, that valve may require inspection, repair or replacement.

A compatible Wellhead VR Plug provides an internal isolation point behind the valve. During an approved maintenance procedure, a Valve Removal Plug Lubricator and Running Tool move the plug through the valve bore and engage it with the dedicated internal VR preparation.

The outside gate valve size alone cannot identify the correct VR Plug.

Actual compatibility depends on the VR profile, thread form, major and minor diameters, thread pitch, engagement length, overall length, shoulder position, nose geometry and running-tool interface.

Working pressure, temperature, material class and service fluid also affect final selection.

For that reason, a Replacement Valve Removal Plug should be treated as a wellhead compatibility component, not as a generic threaded spare part.

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API 6A Valve Removal Plug Technical Parameters

Valve Removal Plug Dimensions, Compatibility and Operating Data

The following parameters help buyers confirm whether an API 6A Valve Removal Plug matches the existing wellhead, side outlet and field tooling.

Selection Note: The internal VR preparation controls actual compatibility. External valve size and pressure class alone cannot identify the correct Valve Removal Plug.

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Valve Removal Plug Materials, Inspection and Documentation

Final material, inspection and documentation requirements should follow the approved API 6A wellhead specification, service conditions and purchaser requirements.

For Sour Service VR Plugs, High Pressure VR Plugs and Replacement Valve Removal Plugs, buyers should confirm material class, operating temperature, well-fluid conditions, inspection scope and documentation requirements during the RFQ stage. This helps SGPE align manufacturing and QA requirements before production.

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SGPE Valve Removal Plug Supply Scope

SGPE supports new-build, replacement and mature-wellhead projects. The supply scope can cover the VR Plug alone or a matched package with installation tools and related API 6A wellhead equipment.

This supply approach suits oilfield operators, drilling contractors, production companies, wellhead service companies, EPC contractors and oilfield equipment distributors that need interface matching rather than a generic catalog spare.

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5K, 10K and 15K High Pressure Valve Removal Plugs

Buyers often identify a VR Plug by the working-pressure class of the installed wellhead.

Pressure class describes the project environment; it does not define a universal VR Plug geometry.

Two 10K wellheads can use different VR preparations. The same applies to 15K equipment. Thread form, engagement length, shoulder position and tool connection may all differ.

For a 10K Valve Removal Plug quote, 15K VR Plug price or High Pressure Valve Removal Plug inquiry, send the actual wellhead drawing, VR profile or reliable replacement dimensions together with the pressure requirement.

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How a VR Plug Supports Side Outlet Valve Replacement

The Valve Removal Plug installs inside the wellhead side outlet behind the external gate valve.

During an approved maintenance procedure, technicians connect a compatible Valve Removal Plug Lubricator to the existing side outlet valve. The Running Tool moves the plug through the open valve bore and into the internal VR preparation.

After the plug reaches its intended location, qualified personnel verify the required mechanical barrier before continuing work on the external valve.

This operating arrangement explains one of the most important purchasing points: the external side outlet connection and internal VR Plug profile are separate interfaces.

The external gate valve size can help identify the surrounding wellhead equipment, but it does not define the internal VR thread diameter, pitch, engagement length, shoulder location or Running Tool interface.

A correctly selected Valve Removal Plug may form part of an approved side outlet valve removal under pressure, annulus valve replacement or wellhead remediation procedure, but only when the wellhead, plug, field tooling and well-control program are correctly matched and handled by qualified personnel.

For replacement projects, selection should therefore begin with the actual internal VR preparation.

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API 6A Valve Removal Plug Applications

Casing Head and Casing Spool VR Plug Applications

A Casing Head VR Plug or Casing Spool VR Plug engages the dedicated side outlet preparation of compatible casing-head equipment.

Typical applications include casing-annulus gate valve replacement, annulus pressure-monitoring valve maintenance, casing spool side outlet repair, wellhead integrity work and replacement of a damaged or missing VR Plug.

A purchasing request may describe the component as a Valve Removal Plug for Casing Spool, Casing Spool Valve Removal Plug, Casing Annulus VR Plug, Casing Head Side Outlet Plug or Replacement Casing Spool VR Plug.

For replacement orders, an original wellhead drawing, existing physical plug or verified VR profile dimensions provides the strongest technical reference.

Tubing Head and Tubing Spool VR Plug Applications

A Tubing Head VR Plug or Tubing Spool VR Plug supports side outlet maintenance around the tubing-casing annulus.

Typical projects include production wellhead maintenance, tubing-annulus valve replacement, tubing head side outlet repair, workover, well intervention, offshore wellhead maintenance and mature field refurbishment.

RFQs may describe the component as a Valve Removal Plug for Tubing Head, Tubing Head Side Outlet Plug, Tubing Spool Valve Removal Plug, Tubing Annulus VR Plug or Production Wellhead VR Plug.

Regardless of terminology, the internal wellhead preparation controls final selection.

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Replacement VR Plug for Existing and Legacy Wellheads

Replacement requirements often need more technical review than new-build projects.

A mature wellhead may remain in operation long after the original spare inventory disappears. The original manufacturer may no longer support the equipment, or the field team may only have an old drawing, physical plug, nameplate, part number or set of measurements.

SGPE can review Replacement Valve Removal Plugs, replacement VR Plugs for existing OEM wellheads, Obsolete Valve Removal Plugs, Legacy Wellhead VR Plugs and Custom VR Plugs from the available field information.

An original wellhead drawing or physical VR Plug provides the strongest reference. When neither is available, accurate dimensions, nameplate information, old part numbers and clear photographs can still narrow the required configuration.

A complete replacement review checks two separate interfaces: Wellhead-to-VR-Plug Compatibility and VR-Plug-to-Running-Tool Compatibility.

This distinction becomes especially important for brownfield wellhead spare parts, obsolete oilfield wellhead components and replacement VR Plugs for older casing or tubing spools.

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Why VR Plug Profile Accuracy Matters

A Valve Removal Plug can look simple, but small dimensional differences can determine whether it works correctly in the field.

An incorrect thread pitch may cause binding before full engagement. A different thread form can damage the existing wellhead preparation. If the shoulder position or overall length differs from the original configuration, the plug may stop before reaching the intended location.

The field-tool connection creates a separate compatibility issue. A replacement plug may fit the wellhead correctly but remain unusable because the existing Running Tool cannot engage it.

Potential consequences include incomplete engagement, excessive torque, difficult retrieval, damaged wellhead threads, additional workover time and offshore downtime.

For this reason, profile verification is particularly important for High Pressure VR Plugs, Replacement VR Plugs, Legacy Wellhead Spares and Obsolete Valve Removal Plug projects.

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Standard Service vs Sour Service Valve Removal Plug

Standard service and H2S applications can require different material and quality controls.

For a Sour Service VR Plug quote, H2S Valve Removal Plug inquiry or sour gas wellhead replacement project, provide the required material class, pressure, operating temperature and available well-fluid data.

The base material alone does not establish sour-service suitability. Heat treatment, hardness, chemistry, operating conditions and the approved project specification must also be considered.

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SGPE Manufacturing, Inspection and Documentation

SGPE manufactures Valve Removal Plugs from approved drawings or qualified replacement dimensions.

Projects may specify forged low-alloy steel such as AISI 4130 when the approved material class and operating conditions permit it. Other applications may require different alloy or corrosion-resistant materials according to the purchaser specification.

Manufacturing control focuses on the features that directly affect fit and field use: thread form and pitch, critical diameters, concentricity, effective engagement length, overall length, shoulder position, nose geometry, surface condition, heat treatment, hardness and running-tool interface.

Depending on the purchase specification, the documentation package can include MTR/MTC, dimensional inspection reports, thread inspection records, hardness reports, NDE records and Certificate of Conformity.

Inspection and document requirements should be confirmed during the RFQ stage so they can be incorporated into the manufacturing plan from the beginning.

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Valve Removal Plug Lubricator, Running Tool and Retrieval Tool

The VR Plug is only one component of the complete field installation system.

Depending on the project, SGPE can review a Manual Valve Removal Plug Lubricator, Hydraulic Valve Removal Plug Lubricator, High Pressure VR Lubricator, VR Plug Running Tool, VR Plug Retrieval Tool or complete Valve Removal Plug Tool Package.

If existing field equipment will be reused, provide its tool-interface information with the inquiry.

This avoids a common replacement issue: the new VR Plug matches the wellhead but does not connect correctly to the available installation or retrieval equipment.

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New Wellhead VR Plug vs Replacement VR Plug

New and replacement projects require different selection approaches.

For a new wellhead package, the plug can be coordinated with the casing head, casing spool, tubing head or tubing spool from the design stage.

For a Replacement VR Plug, Obsolete Valve Removal Plug or Brownfield Wellhead Spare, compatibility with the installed equipment takes priority.

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Valve Removal Plug vs Back Pressure Valve, Bull Plug and Plug Valve

Several oilfield components contain the word “plug,” but their installation locations and functions are different.

A Valve Removal Plug is not a Plug Valve.

It also serves a different function from a Back Pressure Valve. A VR Plug normally works inside a wellhead side outlet, while a BPV normally works through a tubing hanger profile.

A Bull Plug closes an external opening rather than providing the same internal side outlet isolation function as a VR Plug.

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API 6A Valve Removal Plug Selection Guide

For replacement orders, the internal VR profile and existing tool interface generally provide more useful matching information than the external appearance of the old plug.

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API 6A Valve Removal Plug Price and Quotation Factors

The API 6A Valve Removal Plug price depends on more than nominal size or pressure class.

A new VR Plug manufactured from a complete approved drawing normally requires less technical matching than an obsolete replacement part with incomplete field information.

Key quotation factors include the VR profile, working pressure, material grade, sour-service requirements, heat treatment, hardness limits, inspection scope, NDE, documentation and order quantity.

Replacement engineering can also affect the commercial scope when a new plug must be matched from a sample, field measurements, old drawings or incomplete legacy data.

If the project also requires a Valve Removal Plug Lubricator, Running Tool, Retrieval Tool, replacement API 6A Gate Valve or complete wellhead spare package, those items can be reviewed in the same technical and commercial proposal.

For an API 6A Valve Removal Plug quote, Wellhead VR Plug price, Replacement VR Plug quotation, legacy wellhead replacement inquiry or custom Valve Removal Plug request, send the available technical information and required quantity.

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Storage, Thread Protection and Field Inspection

The VR thread, shoulder and tool-engagement surfaces are critical functional areas.

SGPE protects machined surfaces before export packing according to the agreed shipment requirements.

During storage, keep the plugs clean and dry and protect critical surfaces from impact, contamination and corrosion.

When several VR profiles are stored in the same warehouse, each plug should remain clearly identified. This reduces the risk of selecting a visually similar but incompatible spare during urgent maintenance.

Before field use, qualified personnel should check product identification, thread condition, corrosion, visible mechanical damage and tool engagement according to the operator’s approved procedure.

Unexpected running resistance can indicate contamination, damaged threads, corrosion or an incorrect profile. Compatibility should be verified rather than simply applying additional torque.

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Why Choose SGPE as an API 6A Valve Removal Plug Manufacturer and Supplier?

SGPE focuses on oilfield wellhead, drilling, pressure-control and well-intervention equipment.

For a Valve Removal Plug project, successful supply involves more than machining a threaded part. The finished component must match the actual wellhead profile, pressure requirement, operating environment and field tooling.

For new projects, SGPE can manufacture VR Plugs from approved casing head, casing spool, tubing head or tubing spool drawings.

For replacement projects, technical review can start from an original drawing, existing physical plug, field measurements, nameplate, old part number or clear photographs.

SGPE also supports 5K, 10K and 15K High Pressure VR Plugs, Sour Service Valve Removal Plugs, replacement VR Plugs for existing OEM wellheads, Custom VR Plugs, obsolete wellhead spares and Valve Removal Plug tool packages.

When the procurement scope extends beyond the plug, related equipment can include API 6A Casing Heads, Casing Spools, Tubing Heads, Tubing Spools, Gate Valves, Adapter Spools, Back Pressure Valves, Bull Plugs and wellhead service tools.

This coordinated supply approach helps operators, drilling contractors, wellhead service companies, EPC contractors and distributors reduce interface risk when sourcing replacement wellhead equipment.

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What Information Should Be Included in a Valve Removal Plug RFQ?

An accurate quotation starts with the actual wellhead interface.

For a new wellhead project, the approved drawing or specification normally provides the best starting point.

For a replacement order, send the strongest information available. A physical plug, drawing, dimensional sketch, nameplate and clear photographs can significantly reduce compatibility risk.

If some information is missing, send what is already available. SGPE can identify the remaining critical dimensions before final quotation.

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Frequently Asked Questions About API 6A Valve Removal Plugs

1. What is an API 6A Valve Removal Plug and what is it used for?

An API 6A Valve Removal Plug, also called a VR Plug, Wellhead VR Plug or Wellhead Valve Removal Plug, creates a mechanical isolation point inside a wellhead side outlet. The plug engages the dedicated internal VR preparation behind the external side outlet gate valve.

Operators use Valve Removal Plugs for side outlet valve testing, gate valve repair, annulus valve replacement, wellhead maintenance, workover and well intervention. Common installation locations include casing heads, casing spools, tubing heads and tubing spools on oil production wells, gas wells, injection wells and mature-field wellheads.

When an external gate valve requires maintenance, the correct VR Plug helps isolate the side outlet while the surrounding wellhead equipment remains in service. Buyers must match the plug to the actual internal VR profile rather than relying only on the external valve size.

2. Where does a Wellhead VR Plug install?

A Wellhead VR Plug installs inside the horizontal side outlet passage behind the external API 6A gate valve. The wellhead configuration and internal VR preparation determine its exact installation position.

A Casing Head VR Plug or Casing Spool VR Plug normally provides isolation for casing-annulus access, while a Tubing Head VR Plug or Tubing Spool VR Plug supports maintenance around the tubing-casing annulus.

During an approved maintenance operation, the Valve Removal Plug Lubricator and Running Tool move the plug through the open valve bore and engage it with the internal VR profile. Because the external side outlet connection and internal VR preparation form two different interfaces, buyers should confirm both before ordering a replacement plug.

3. Can a VR Plug support side outlet valve removal under pressure?

Yes. A correctly selected Valve Removal Plug can form part of an approved side outlet valve removal under pressure, annulus valve replacement or wellhead remediation procedure. The plug creates a mechanical isolation point behind the external side outlet valve.

The VR Plug, Valve Removal Plug Lubricator, Running Tool and wellhead preparation must match one another. Qualified personnel must install the plug, verify the required barrier and follow the operator’s approved well-control procedure before starting external valve work.

Operators should treat the VR Plug as one mechanical barrier within the complete well-control plan, not as a replacement for the full operating procedure. This application commonly appears in offshore wellhead maintenance, workover operations and mature-field valve replacement projects.

4. Can the same VR Plug fit both a Casing Spool and a Tubing Spool?

Not necessarily. A Casing Spool VR Plug and a Tubing Spool VR Plug may require different thread diameters, thread forms, pitches, engagement lengths, shoulder locations, overall lengths and Running Tool interfaces.

Even two 5K, 10K or 15K wellheads can use different internal VR preparations. The external gate valve size also cannot confirm the correct VR Plug profile.

For replacement projects, compare the actual internal profile with the original drawing, an existing physical plug or verified dimensional data. This step becomes especially important for older wellheads, brownfield equipment and obsolete spare-part replacement projects.

5. How do I identify the correct Valve Removal Plug size and VR profile?

Identify the correct Valve Removal Plug size and VR profile from the internal wellhead preparation rather than from the external gate valve alone.

Key dimensions include thread major diameter, thread minor diameter, pitch or TPI, thread form, effective engagement length, overall length, shoulder diameter, shoulder position, nose geometry and Running Tool interface. Buyers should also confirm the working pressure, wellhead type, material class, operating temperature and service fluid.

For a Replacement VR Plug, the original wellhead drawing or an existing physical plug usually provides the best reference. When these are unavailable, clear photographs, nameplate information, an old part number and accurate field measurements can help SGPE identify the required configuration.

6. Can SGPE supply 5K, 10K and 15K High Pressure Valve Removal Plugs?

Yes. SGPE supports 5K, 10K and 15K High Pressure Valve Removal Plug requirements for compatible API 6A wellhead projects. These pressure references equal approximately 34.5 MPa, 68.9 MPa and 103.4 MPa.

Typical applications include high-pressure oil production wells, gas wells, water injection wells, gas injection projects, offshore wellheads, workover operations and well intervention systems.

Pressure class alone does not determine VR Plug geometry. Two 10K wellheads, for example, may use different threads, shoulder positions or tool interfaces. For a 10K Valve Removal Plug quote or 15K VR Plug inquiry, send the wellhead drawing or verified internal profile whenever possible.

7. Can SGPE supply Sour Service or H2S Valve Removal Plugs?

Yes. SGPE supports Sour Service Valve Removal Plugs and H2S VR Plugs for oil, gas and injection wellhead applications.

Sour-service projects may require specific API 6A material classes, heat-treatment procedures, hardness limits, material traceability and applicable NACE MR0175 / ISO 15156 requirements. Operating temperature, H2S content, CO2, chlorides and well-fluid conditions can also affect material selection and inspection requirements.

For a Sour Service VR Plug quotation, send SGPE the available service data and project specification. A material grade such as AISI 4130 alone cannot confirm sour-service suitability; the complete material, heat-treatment and manufacturing route must meet the approved project requirements.

8. Can SGPE manufacture a replacement VR Plug for an older, legacy or obsolete wellhead?

Yes. SGPE manufactures Replacement VR Plugs, Legacy Wellhead VR Plugs, Obsolete Valve Removal Plugs and custom replacement plugs for existing OEM wellheads.

Mature oilfields often need these products when the original manufacturer no longer supports the equipment or the original spare part is no longer available. SGPE can start technical matching from an existing plug, original drawing, field measurements, wellhead nameplate, old part number or clear photographs.

For replacement manufacturing, SGPE checks both the wellhead-to-VR-Plug interface and the VR-Plug-to-Running-Tool interface. This process reduces the risk of supplying a plug that fits the wellhead but does not match the customer’s existing installation and retrieval tools.

9. What is the difference between a Valve Removal Plug, Back Pressure Valve, Bull Plug and Plug Valve?

A Valve Removal Plug or VR Plug normally sits inside a wellhead side outlet and creates mechanical isolation behind the external gate valve.

A Back Pressure Valve or BPV normally installs in a tubing hanger profile and provides a mechanical barrier in the tubing flow path. A Bull Plug closes an external threaded opening, while a Plug Valve controls flow in flowlines, manifolds and pressure-pumping systems.

Although all four products contain the word “plug” in common industry terminology, they serve different functions and installation positions. Before requesting a quotation, buyers should confirm whether the requirement involves a side outlet, tubing hanger profile, external opening or flowline.

10. Does a Valve Removal Plug require a Lubricator, Running Tool and Retrieval Tool?

Field operations normally use a compatible Valve Removal Plug Lubricator, VR Plug Running Tool and Retrieval Tool.

The lubricator creates the pressure-containing working space required to move the plug through the side outlet valve. The Running Tool positions the VR Plug and engages it with the internal preparation, while the Retrieval Tool removes the plug after the approved maintenance operation.

Projects may use manual or hydraulic Valve Removal Plug Lubricators depending on the wellhead configuration and operating requirements. If the operator plans to reuse existing field tooling, send the relevant tool-interface dimensions with the VR Plug inquiry so SGPE can check compatibility before manufacturing.

11. What affects API 6A Valve Removal Plug price?

The API 6A Valve Removal Plug price depends on the VR profile, working pressure, material specification, service conditions, manufacturing complexity, inspection requirements, documentation and order quantity.

A project with a complete approved drawing usually requires less technical matching than a Replacement VR Plug for an obsolete or legacy wellhead. Sour-service requirements, hardness control, NDE, dimensional inspection, special documentation and custom tool interfaces can also influence the quotation.

If the project also requires a Valve Removal Plug Lubricator, Running Tool, Retrieval Tool, API 6A Gate Valve or other wellhead spare parts, SGPE can review these items together and include them in one technical and commercial proposal.

12. What information should I send for an API 6A Valve Removal Plug quotation?

For a new API 6A Valve Removal Plug quotation, send SGPE the available wellhead drawing or specification together with the working pressure, material class, temperature range, service conditions and required quantity.

For replacement projects, provide the existing VR Plug sample or photographs, wellhead type, nameplate, original or field drawing, old part number and available profile dimensions. Thread diameter, pitch, thread form, engagement length, overall length, shoulder position and Running Tool interface can help reduce compatibility risk.

If your project also requires Casing Spool VR Plugs, Tubing Head VR Plugs, 10K or 15K High Pressure VR Plugs, Sour Service VR Plugs, Valve Removal Plug Lubricators or other API 6A wellhead spare parts, include them in the same RFQ. If you do not have complete technical data, send SGPE the information currently available, and our team will identify the remaining points required for the quotation.

Request an API 6A Valve Removal Plug Quote from SGPE

Applications include 5K-15K wellheads, side outlet gate valve replacement, annulus valve maintenance, workover, offshore wellhead repair and legacy wellhead replacement.

For new projects, provide the wellhead drawing, working pressure, VR profile, material, service conditions and quantity. For replacement VR Plugs, send available dimensions, photographs, nameplate, part number, drawing or physical sample.

SGPE can also supply compatible Valve Removal Plug Lubricators, Running Tools, Retrieval Tools and related API 6A wellhead spare parts.

SGPE supplies API 6A Valve Removal Plugs, Wellhead VR Plugs, High Pressure VR Plugs, Sour Service VR Plugs, Replacement VR Plugs and Custom Valve Removal Plugs for casing heads, casing spools, tubing heads and tubing spools. Send us your available technical data and project requirements. SGPE will confirm the suitable configuration and provide the corresponding quotation.

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