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Bridge Plug Running and Setting Tool

Material: Dissolvable Magnesium alloy/Magnesium alloy
Form: Customizable
Dissolution rate: Adjustable by alloy design and test condition
Documents:CNAS Inspection/ COA/COC available.
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  • Product Description

Bridge Plug Running and Setting Tool 

Shaanxi Hagrien Energy Technology Co., Ltd. brings you an expertly engineered Bridge Plug Running and Setting Tool designed for reliable downhole plug deployment. Built from premium magnesium alloy, our tool supports both plug running and setting functions with enterprise-grade precision. We offer customizable forms with adjustable dissolution rates tailored to your specific wellbore conditions. Every unit comes with complete COA/COC documentation and full batch traceability. Backed by our CNAS-accredited laboratory and ISO-certified manufacturing system, we deliver standard tools within 2–4 weeks and customized solutions within 4–8 weeks, ensuring your project timeline stays on track.

oilfield setting toolWhat Makes Our Running and Setting Tool Different

Material Innovation Meets Downhole Reliability

You need equipment that performs under pressure. Our magnesium alloy construction combines high tensile strength with controlled dissolution properties. This matters when you're working in high-temperature, high-salinity environments.

We design each alloy system based on your actual operating conditions. Temperature ranges, fluid chemistry, and required dissolution timelines all factor into our material selection process. This engineering-first approach gives you stable, repeatable performance every time.

Large-Diameter Capability with Zero Compromise

Our extrusion capability reaches up to Ø300 mm. That's not just a number—it means you get uniform microstructure throughout the entire tool body. No weak spots. No dimensional inconsistencies that cause problems during deployment.

Strict process discipline ensures every batch meets the same high standards. Your procurement team will appreciate the reduced scrap rates and predictable lead times.

Technical Specifications

No.

Item Name

*MDM Material Description

Quality Standard

Technical Requirements (Main Parameters)

Lead Time

1

Electrically Controlled Setting Tool, 56 mm

Special setting tool, electrically controlled setting tool, 56 mm, 105 MPa, 17-4PH

SY/T 5158-2020 General Technical Specifications for Petroleum Exploration Imaging Logging Systems
SY/T 5099-2024 Environmental Test and Reliability Requirements for Petroleum Logging Instruments

1. Single-core shock-resistant connector.
2. Tool outer diameter: ≤ φ56 mm.
3. Tool length: ≤ 1150 mm.
4. Temperature and pressure rating: -25℃ to 150℃, 105 MPa.
5. Maximum setting force: ≥ 10 t.
6. Maximum mandrel stroke: ≥ 200 mm.
7. Tensile load capacity: ≥ 200 kN.
8. Panel display: expand the PCP control panel display function so that the real-time displacement and tensile force of the pull rod can be displayed on the control panel, enabling accurate detection of bridge plug setting and release status, while also providing maximum setting-force adjustment.
9. Power supply system: direct 220 V surface power supply through a single-core cable; no battery power supply.
10. Reset mode: one-button automatic retrieval from the surface.
11. Tool operating cycles: maintenance-free service life of 200 runs.

60 days

2

Electrically Controlled Setting Tool, 76 mm

Special setting tool, electrically controlled setting tool, 76 mm, 140 MPa, 17-4PH

SY/T 5158-2020 General Technical Specifications for Petroleum Exploration Imaging Logging Systems
SY/T 5099-2024 Environmental Test and Reliability Requirements for Petroleum Logging Instruments

1. Single-core shock-resistant connector.
2. Tool outer diameter: ≤ φ76 mm.
3. Tool length: ≤ 1400 mm.
4. Temperature and pressure rating: -25℃ to 150℃, 140 MPa.
5. Maximum setting force: ≥ 20 t.
6. Maximum mandrel stroke: ≥ 254 mm.
7. Tensile load capacity: ≥ 350 kN.
8. Panel display: expand the PCP control panel display function so that the real-time displacement and tensile force of the pull rod can be displayed on the control panel, enabling accurate detection of bridge plug setting and release status, while also providing maximum setting-force adjustment.
9. Power supply system: direct 220 V surface power supply through a single-core cable; no battery power supply.
10. Reset mode: one-button automatic retrieval from the surface.
11. Tool operating cycles: maintenance-free service life of 200 runs.
12. Interface: standard Baker No. 10 bridge plug tool interface.

60 days

3

Electrically Controlled Setting Tool, 96 mm

Special setting tool, electrically controlled setting tool, 96 mm, 140 MPa, 17-4PH

SY/T 5158-2020 General Technical Specifications for Petroleum Exploration Imaging Logging Systems
SY/T 5099-2024 Environmental Test and Reliability Requirements for Petroleum Logging Instruments

1. Single-core shock-resistant connector.
2. Tool outer diameter: ≤ φ96 mm.
3. Tool length: ≤ 1450 mm.
4. Temperature and pressure rating: -25℃ to 150℃, 140 MPa.
5. Maximum setting force: ≥ 32 t.
6. Maximum mandrel stroke: ≥ 254 mm.
7. Tensile load capacity: ≥ 550 kN.
8. Panel display: expand the PCP control panel display function so that the real-time displacement and tensile force of the pull rod can be displayed on the control panel, enabling accurate detection of bridge plug setting and release status, while also providing maximum setting-force adjustment.
9. Power supply system: direct 220 V surface power supply through a single-core cable; no battery power supply.
10. Reset mode: one-button automatic retrieval from the surface.
11. Tool operating cycles: maintenance-free service life of 200 runs.
12. Interface: standard Baker No. 20 bridge plug tool interface.

60 days

4

Upper Connector

Electric setting tool accessory ETP961032-140A-V10 upper connector

SY/T 5158-2020 General Technical Specifications for Petroleum Exploration Imaging Logging Systems
SY/T 5099-2024 Environmental Test and Reliability Requirements for Petroleum Logging Instruments

1. Single-core shock-resistant connector.
2. Outer diameter: φ89 mm.
3. Connection length: ≤ 100 mm.
4. Temperature and pressure rating: -25℃ to 150℃, 140 MPa.
5. Tensile load capacity: ≥ 550 kN.
6. Absorbed clamping voltage: ≥ 400 V.

45 days

5

Lower Connector

Electric setting tool accessory ETP961032-140A-V10 lower connector

SY/T 5158-2020 General Technical Specifications for Petroleum Exploration Imaging Logging Systems
SY/T 5099-2024 Environmental Test and Reliability Requirements for Petroleum Logging Instruments

1. Single-core shock-resistant connector.
2. Outer diameter: φ89 mm.
3. Connection length: ≤ 100 mm.
4. Temperature and pressure rating: -25℃ to 150℃, 140 MPa.
5. Tensile load capacity: ≥ 550 kN.

45 days

6

Intelligent Controller

Electric setting tool accessory ETP961032-140A-V10 intelligent controller

SY/T 6235 General Technical Specifications for Computerized Surface Logging Units

1. Commitment required that within three months after award, it will be compatible with the perforating surface depth system.
2. Operating temperature: -30℃ to 50℃.
3. Input voltage: AC 220 ± 20 V.
4. Output voltage: DC 0-500 V.
5. Output current: 0-2000 mA.
6. Capable of performing perforating gun connection inspection, positioning, ignition, and detonation without any additional firing unit.
7. Based on the perforating gun connection curve, it shall accurately identify and locate common operational issues such as line pinching, open circuit, low insulation, and poor detonator contact.
8. Compatible with both magneto-electric detonators and high-resistance detonators for firing.
9. Applicable to both single-core cable and 7-core cable.
10. Commitment required that within three months after award, it can be connected to the electrically controlled setting tool and display the setting curve to determine completion of the setting operation.
11. Commitment required that within three months after award, it can be connected to a release sub, which will be automatically hidden during perforating operations to prevent misoperation. Entry into release mode shall require password confirmation, and the perforating function shall be automatically disabled.
12. Commitment required that within three months after award, it can be connected to a tension system and simultaneously output tension and magnetic collar locator signals to the 3000 surface system in real time. The magnetic positioning signal shall not be lost at a logging speed of 7000 m/h.

45 days

7

Surface Reset Box

Electric setting tool accessory ETP961032-140A-V10 surface reset box

SY/T 6235 General Technical Specifications for Computerized Surface Logging Units

1. Operating temperature: -30℃ to 50℃.
2. Input voltage: AC 24 V.
3. Output voltage: DC 0-24 V.
4. Output current: 0-3 A.
5. Capable of inspection, reset, and setting operations for the electrically controlled setting tool.

 45 days

8

Magnetic Collar Locator

Perforating downhole instrument, magnetic collar locator, CCL-73-V10, 73 mm

SY/T 5158-2020 General Technical Specifications for Petroleum Exploration Imaging Logging Systems
SY/T 5099-2024 Environmental Test and Reliability Requirements for Petroleum Logging Instruments

1. Single-core shock-resistant connector.
2. Tool outer diameter: φ73 mm.
3. Tool length: 485 mm.
4. Temperature and pressure rating: -25℃ to 150℃, 140 MPa.
5. Tensile load capacity: ≥ 350 kN.
6. Upper output thread: external thread M54×2-6h; internal thread 13/16-12UN.
7. Lower output thread: internal thread Tr50×4-7H.
8. Interface type: analog signal.
9. Coil resistance (Ω): 4000 DC.
10. Diode forward voltage drop (V): 1.2.

 45 days

9

Electronic Select-Fire Switch

Analog-digital hybrid integrated circuit, electronic select-fire switch, EFS-V30

Q/SY 02866-2020 Technical Specification for Bridge Plug and Perforating Operations

1. Commitment required that within three months after award, it will be compatible with the intelligent controller.
2. Overall dimensions: ≤ 20 mm × 8 mm × 65 mm.
3. Operating temperature: -30℃ to 160℃.
4. Number of lead wires: 5; lead length ≥ 40 mm.
5. *Maximum allowable series stages: 40.
6. Operating voltage: DC 20-500 V.
7. Operating current: DC 1-25 mA.
8. Cascading current: ≥ 15 minutes at 1500 mA.
9. DC withstand voltage: no output under ±600 V for 5 s.
10. AC withstand voltage: no output under 50 Hz / 220 V for 5 s.
11. Electrostatic protection: no output under 25 kV / 500 pF / 5 kΩ conditions.
12. Detonator compatibility: magneto-electric detonators and high-resistance detonators.
13. RF interference resistance: test report to be submitted.
14. Complies with electromagnetic compatibility requirements.

45 days

10

Electronic Select-Fire Switch

Analog-digital hybrid integrated circuit, electronic select-fire switch, EFP-FA11-V10

Q/SY 02866-2020 Technical Specification for Bridge Plug and Perforating Operations

1. Commitment required that within three months after award, it will be compatible with the intelligent controller.
2. Overall dimensions: ≤ 20 mm × 8 mm × 65 mm.
3. Operating temperature: -30℃ to 160℃.
4. Number of lead wires: 5; lead length ≥ 40 mm.
5. Maximum allowable series stages: 40.
6. Operating voltage: DC 20-500 V.
7. Operating current: DC 1-25 mA.
8. Cascading current: ≥ 15 minutes at 1500 mA.
9. DC withstand voltage: no output under ±600 V for 5 s.
10. AC withstand voltage: no output under 50 Hz / 220 V for 5 s.
11. Electrostatic protection: no output under 25 kV / 500 pF / 5 kΩ conditions.
12. Detonator compatibility: magneto-electric detonators and high-resistance detonators.
13. Complies with electromagnetic compatibility requirements.
14. Orientation-selective firing module measurement accuracy: ±3°; multi-stage selective firing capability not less than 20 stages.

 45 days

Why Service Companies Choose Our Tool

Coordinated Completion-Tool Supply

You're managing multiple vendors. We get it. That's why our Bridge Plug Running and Setting Tool integrates seamlessly into coordinated completion projects. Whether you're running dissolvable plugs or conventional systems, our tool adapts to your workflow.

Project-Based Customization

No two wells are identical. We offer engineering-to-spec customization that addresses your specific challenges. Bring us your drawings, and we'll produce tools that match your exact requirements. Our prototype-to-production process reduces your trial-and-error costs significantly.

Verification Before Deployment

Our CNAS-accredited lab tests every batch under real downhole conditions. You receive complete documentation packages before the tool ever reaches your wellsite. This verification-first approach minimizes non-productive time and keeps your frac schedule moving.

Key Applications in Energy Operations

Multi-Stage Hydraulic Fracturing

Horizontal shale plays demand speed and reliability. Your wireline crew needs tools that set plugs rapidly between frac stages without premature activation. Our tool's balanced design prevents atmospheric pressure interference during high-flow pump-down operations.

Zonal Isolation and P&A Operations

During permanent well closure, you need a setting tool that positions plugs with absolute precision. The cement column weight places enormous loads on the isolation device. Our high-load capacity design ensures your plug stays anchored exactly where you set it.

High-Pressure Re-completion Projects

Mature fields present unique challenges. Scaled casing. Corrosion. Deviated wellbores. Our tool's customizable design accommodates specialized adapter kits that ensure secure grip even in compromised tubulars.

Manufacturing Excellence You Can Verify

Closed-Loop Production System

From alloy melting to final machining, we control every production step in-house. This vertical integration gives you consistent quality across every order. You won't see batch-to-batch variations that cause field failures.

Material Performance Engineered for Your Well

We don't use off-the-shelf alloys. Our metallurgy team designs material systems based on your wellbore chemistry. Salinity levels, CO2 content, and temperature profiles all influence our alloy formulation. This application-oriented approach delivers optimal strength, toughness, and machinability.

Quality Control That Meets Industry Standards

Every tool undergoes dimensional verification with precision micrometers. We conduct non-destructive testing on all load-bearing components. Material test reports verify chemical composition and hardness levels that meet NACE requirements for sour service environments.

How We Support Your Tool Planning

Fast Response Times

You need quotes quickly. We respond to RFQs within 24 hours and deliver detailed quotations within 1–3 business days. Weekly project updates keep you informed throughout production.

OEM and ODM Capabilities

Private labeling? Custom configurations? We support both. Our engineering team collaborates with you on material and structural co-design. This partnership approach accelerates your product commercialization timeline.

Global Service Network

With operations in Xi'an and the United States, we align with North American schedules. Our U.S. entity handles coordination, so you're never waiting for answers across time zones.

Frequently Asked Questions

Q: What dissolution rate options are available?

A: We adjust dissolution rates through alloy design and can test performance under your specific fluid conditions. Our lab simulates your wellbore environment to predict accurate dissolution timelines.

Q: Can you manufacture to our existing tool drawings?

A: Absolutely. Send us your specifications, and we'll produce tools that match your dimensional and performance requirements. We support both prototype development and scaled production.

Q: How do you ensure batch-to-batch consistency?

A: Our closed-loop manufacturing system maintains strict process discipline. Every batch receives identical metallurgy control, extrusion parameters, and machining procedures. Full traceability documentation proves consistency.

Q: What documentation comes with each order?

A: You receive Certificate of Analysis (COA), Certificate of Conformance (COC), and Safety Data Sheets (SDS). Material test reports include chemical composition, mechanical properties, and hardness verification.

Q: Do you maintain safety stock?

A: Yes, for standard sizes. This reduces lead times when you need expedited delivery. Custom configurations require the full production timeline.

Q: How does your tool interface with different conveyance methods?

A: Our design accommodates wireline, coiled tubing, and jointed pipe deployment. We can customize connection types to match your specific conveyance equipment.

Your Partner in Downhole Tool Innovation

Service companies choose HAGRIEN because we reduce program delivery risk. You get consistent quality, predictable lead times, and engineering support that solves real wellsite challenges. Our 7+ years of continuous production experience means we understand what works downhole—and what doesn't.

The Bridge Plug Running and Setting Tool represents our commitment to manufacturing excellence. From material formulation through final inspection, every step focuses on delivering reliable performance in your toughest wells.

Contact Us

Ready to discuss your project requirements for Bridge Plug Running and Setting Tool? Reach out to our team at cyrus@us-hagrien.com.

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