Splice / Gauge Protectors

Splice & Gauge Protectors: Reliable Protection for Critical Downhole Connections

FET’s splice protectors, part of our trusted Cannon Services product line and MultiLift artificial lift solutions, are engineered to safeguard cable splices from mechanical stress during installation, retrieval, and long-term operation in the wellbore.

With a wide range of configurations and materials, we build our protectors to meet the demands of complex well designs, including high-angle and offshore/subsea environments.

Key Benefits

Prevent costly damage to cable splices during installation and workovers, ensuring uninterrupted performance of ESPs, sensors, and other downhole systems.
Our high-durability designs are reusable across multiple well cycles, helping operators cut costs on recompletions and reduce non-productive time.
From deepwater to deviated wells, our protectors are built to perform in the most challenging environments with a fast, secure installation that minimizes rig time.

Key Features

Flexible Fit: Interchangeable designs for tubing ODs from 2.375″ to 13.75″ +
Versatile Configurations: Flat-to-flat, round-to-round, and flat-to-round splice compatibility
Broad Compatibility: Supports TEC, hydraulic lines, fiber optics, and more
Custom-Built: Tailored to your well’s specifications
Deployment Options: Mid-joint or cross-coupling assemblies
Material Choices: Available in corrosion-resistant alloys and specialty steels
High-Angle Ready: Designed for complex well trajectories

Applications

Electric Submersible Pump (ESP) cable splices
Heater cable splices
Downhole pressure/temperature transducer Y-blocks
TEC and fiber optic splices

Protect your investment below the surface.
FET’s splice protectors deliver the durability, adaptability, and performance your operations demand well after well.

Chemical Injection

Corrosion Protection with Chemical Injection Centralizer

FET’s Chemical Injection Centralizer, part of our Multilift artificial lift solutions portfolio, offers a more innovative, more efficient approach. Installed below the ESP motor, it functions as both a centralizer and a chemical injection system, delivering uniform 360° dispersion for consistent chemical treatment and enhanced ESP performance.

By ensuring even spacing between the motor and casing, the centralizer promotes balanced fluid flow, preventing hotspots and improving motor cooling. This dual functionality not only protects your ESP system but also boosts its reliability and uptime.

FET’s chemical injection centralizers are part of our extensive Multilift artificial lift solutions catalog.

Key Benefits

Optimized Chemical Treatment: Uniform 360° dispersion minimizes corrosion risks associated with uneven injection.
Enhanced ESP Cooling: Equal flow paths improve thermal regulation around the motor.
Improved System Reliability: Reduces the chance of damage during installation and operation.
Increased Uptime: Proper centralization enhances ESP performance and longevity.
Operational Efficiency: Minimizes chemical waste and the risk of emulsion-related issues.

Features

Compatible with all downhole ESP systems
Dual chemical injection line connections
Six nozzles for full 360° spray coverage
Integrated check valve system
Customizable tubing sizes and thread types
Minimum injection pressure: 500 psi
Flow rates: ¼-inch line – up to 3.5 GPM; ⅜-inch line – up to 7 GPM
Withstands differential back pressure up to 5,000 psi

Applications

Casing sizes of 5 inches or larger
Vertical, deviated, and horizontal wells
ESP installations inside liner applications
Point-of-departure chemical injection scenarios

Discover how FET’s Chemical Injection Centralizer can help you achieve more effective corrosion control while improving ESP system performance and operational efficiency.

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Guards

Standoff Guards for Cable and Line Protection

FET’s Standoff Guards, part of the Cannon Services product line and our broader Multilift artificial lift solutions catalog are engineered to protect cables and lines as they pass over large outer diameter (OD) equipment during installation or retrieval. These guards use augmented channels to shield critical components from abrasion and impact, ensuring safe and efficient completions.

Each standoff guard is customized to fit its associated equipment, providing a tailored solution for your specific well configuration. Installation is fast and straightforward, utilizing air-driven hydraulic tools to compress collars and secure taper pins, thereby minimizing rig time and maximizing operational efficiency.

FET’s standoff guards are part of our Cannon Services product line and extensive MultiLift artificial lift solutions catalog.

Key Benefits

Custom Fit: Designed to match specific well designs and equipment profiles.
Refurbishable: Extend product life and reduce secondary workover costs.
Flexible Solutions: Supports both cost-effective and premium configurations to meet budget and performance needs.
Quick Installation: Streamlined setup reduces time on location.

Features

Fits tubing sizes from 2.375″ to 10.75″ OD and larger
Compatible with tubing and flow couplings
Multiple designs to accommodate various cable and line configurations
Available in corrosion-resistant alloys and specialty steels
Secure taper pin connection ensures a tight, reliable fit

Applications

Safety valves
Chemical injection mandrels
Gas lift mandrels
Flow control valves

Explore how FET’s Standoff Guards can enhance cable protection, reduce equipment wear, and streamline your completion operations.

Motor Lead Extension (MLE) Protectors

MLE Cable Protectors for Enhanced ESP Reliability

Though compact and often overlooked, Motor Lead Extension (MLE) cables play a vital role in downhole operations, serving as the critical link between the main power cable and the ESP motor. To ensure these flat cables perform reliably under demanding conditions, FET’s MLE Cable Protectors are engineered for a precise fit and superior protection.

Designed with a low running profile and optimized deployment location, these protectors reduce the risk of cable damage during installation and retrieval. The result is improved ESP system reliability and a significant reduction in costly MLE and pothead failures.

Part of the Cannon Services product line and the broader FET Multilift Solutions catalog, our MLE protectors are built for performance, durability, and ease of use across a wide range of well environments.

Key Benefits

Enhanced Cable Protection: Shields MLE cables during ESP conveyance to prevent mechanical damage.
Reduced Failure Risk: Low-profile design minimizes snagging and stress points.
Improved Project Economics: High reusability lowers long-term operational costs.

Features

Constructed from 316 stainless steel for corrosion resistance
A special retention clip accommodates up to two capillary tubes
Anti-rotation bolt prevents protector movement during operation
Compatible with all ESP sizes and manufacturers

Applications

Vertical, deviated, and horizontal wells
Conveyance inside liner casing
Steam-Assisted Gravity Drainage (SAGD) wells
Geothermal wells
Offshore and subsea wells

Discover how FET’s MLE Cable Protectors can safeguard your ESP investment and improve system uptime in even the most challenging environments.

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ESP SandGuard

SandGuard® ESP Sand Management System

Developed by FET | Multilift Solutions, SandGuard® is a sand management system designed to address solids fallback—one of the leading causes of Electric Submersible Pump (ESP) failures.

Installed at the pump discharge, SandGuard captures and isolates sand and solids during shutdown events, preventing damage during restart. With thousands of installations, the system has demonstrated the ability to extend ESP run life and reduce failures in sand-laden wells.

The Sand Fallback Problem

ESPs operate in environments where production fluids often contain sand, gas, and water. During shutdown events, solids in the production tubing fall back and settle on top of the pump system.

When the ESP restarts under these conditions:

Sand accumulation causes hard starts (rock starts)
Increased amperage and mechanical stress occur
Damage to internal components can happen, including shafts and electrical systems
Repeated events reduce efficiency and shorten ESP run life

In some cases, these conditions can lead to catastrophic failure and costly workovers.

How SandGuard Works

SandGuard prevents solids fallback damage through a combination of capture, isolation, and controlled flushing:

Captures and isolates solids — A dedicated chamber traps sand and debris above the pump.
Diverts fallback from the pump — A ball seat mechanism redirects solids away from the pump intake.
Self-cleaning during restart — Dynamic flow ports agitate and flush trapped solids back to the surface.

This process ensures a cleaner restart and reduces stress on the ESP system.

DOWNLOAD BROCHURE

KEY BENEFITS

Extends ESP run life in sand-laden environments
Prevents damage caused by solids fallback
Reduces unplanned downtime and workovers
Minimizes startup stress during restart cycles
Protects pump efficiency and production output
Compatible with a wide range of ESP flow rates
Designed for extreme downhole conditions

FEATURES

Cleanable and reusable design
Multiple configurations for various casing sizes
Effective across a wide range of particle sizes
Available with standard or custom connections
Installs at the pump discharge without complex modifications
Eliminates annulus communication

APPLICATIONS

SandGuard is designed for use across multiple well conditions:

ESP installations
Onshore and offshore wells
Horizontal and deviated wells
Sand-producing reservoirs

SYSTEM INTEGRATION

SandGuard is part of FET’s Multilift Solutions sand management portfolio and is designed for seamless integration into existing ESP systems.

Installs directly at pump discharge
Requires no major modifications
Compatible with standard and custom tubing configurations.

Field Performance and Results

Field deployments have demonstrated measurable improvements in ESP performance and operational efficiency. These results demonstrate the system’s ability to improve reliability and reduce operational costs in sand-affected wells.

Case Study Highlights

Increase in ESP run life of up to 800%+ in active wells
Elimination of common failures such as:
- Broken shafts
- Electrical failures during restart

DOWNLOAD CASE STUDY

Example Performance Data

Run life improvements ranging from 3X to 18X compared to previous runs
Significant cost savings from avoided workovers and deferred production losses

DOWNLOAD PERFORMANCE SUMMARY

Designed to Maximize ESP Reliability

When sand fallback leads to hard starts, increased wear, and premature ESP failures, the cost goes far beyond lost production. SandGuard is designed to help operators protect their investment by reducing startup stress, extending run life, and minimizing costly interventions. With thousands of successful installations and proven field performance, it delivers a practical solution for sand-producing environments.

Talk to Our Team

Every ESP application presents unique challenges. Our team can help determine the right SandGuard configuration for your well conditions and production goals. Whether you’re looking to improve reliability, reduce workovers, or increase runtime, we’re here to help.

Contact us today to learn how SandGuard can protect your ESP system and keep your wells producing longer.

SandGuard is a part of the Multilift Artificial Lift Solutions Portfolio.

GasGuard®

Stop Gas Slugging Before It Slows You Down

Gas slugging rarely stays resolved for long. It can return when conditions change, such as declining reservoir pressure, shifting production rates, or rising gas-liquid ratios. Once it begins, it can quickly affect the well performance.

If you’re running an ESP in a high gas-liquid ratio (GLR) environment, you’ve probably witnessed it firsthand. Gas slugs move through the wellbore, hit the pump intake, and suddenly you’re dealing with gas interference, gas lock, and lost production. What should be a steady system turns into a cycle of shutdowns, restarts, and troubleshooting.

It’s a common problem across artificial lift, but that doesn’t make it any less costly.

What if You Could Stop Gas Slugging at the Source?

Most ESP gas-handling and gas-separation technologies are designed to deal with gas only after it becomes a problem by separating it, venting it, or trying to manage it through the pump.

GasGuard® takes a different approach.

Instead of relying solely on traditional downhole gas separation or gas-handling devices, GasGuard operates earlier in the process, when gas slugs form. It breaks apart large slugs and conditions the flow, so gas stays distributed within the liquid stream.

By the time fluids reach your ESP, you’re not fighting big pockets of gas anymore, because you’ve got a smoother, more stable flow.

What That Means in the Field

When you reduce gas slugging at the pump intake, everything starts working the way it should:

Fewer gas lock events in your ESP
More consistent production from gassy wells
Improved ESP performance and uptime
Better motor cooling from a stronger liquid column
Less wear on equipment caused by gas interference

You’re not just reacting to slugging, you’re preventing it.

Simple by Design. Reliable Where It Counts.

A lot of gas-handling equipment for ESP systems adds complexity with moving parts,
tighter tolerances, and more maintenance.

GasGuard keeps it simple:

No moving parts
No complicated adjustments
Simple installation on the production string
Built for harsh downhole conditions

It’s essentially a downhole flow conditioning tool that does its job without becoming
another problem to manage.

Works Alongside Your Existing ESP Setup

GasGuard isn’t here to replace everything else. It makes what you already have work better.

It integrates easily with:

Vortex gas separators and rotary gas separators
Other ESP gas handling devices
SandGuard™, Cyclone™, and chemical injection systems

In many cases, it can even reduce how hard those systems have to work or how many you need
in the first place.

Where It Makes the Biggest Difference

GasGuard is especially effective in wells where gas slugging and gas lock are ongoing issues:

Unconventional wells with ESPs
SAGD and high-temperature applications
Wells with high GLR or unstable flow regimes

If you’ve been trying to improve ESP performance in gassy wells, this is where you start
to see a real shift.

At the End of the Day

There’s no shortage of tools designed for ESP gas handling or gas separation. But most of them
are built to deal with gas after it disrupts your system.

GasGuard changes that.

It helps prevent gas slugs from reaching your pump, stabilizes your production, and keeps your
ESP running as it was meant to.

Less troubleshooting. Fewer shutdowns. More consistent production.

DOWNLOAD BROCHURE

GasGuard_Delaware Basin_Case Study_thumbnail

DOWNLOAD CASE STUDY - DELAWARE BASIN

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DOWNLOAD CASE STUDY - PERMIAN BASIN

Contact us today to learn how GasGuard can reduce gas interference, improve pump fillage, and increase rod lift efficiency for more reliable oil well production.

+1 866 943 3265 | [email protected]

GasGuard is Part of the Multilift Artificial Lift Solutions Portfolio

Downhole Rod Pumps

Rod Pumps Built for Real Well Conditions

Reliable production starts downhole. Our rod pumps are engineered to keep your wells producing efficiently with fewer interruptions, even in demanding environments.

Built to meet API 11AX requirements, these pumps combine proven design with material flexibility to help you maximize uptime and reduce operating costs.

Performance You Can Rely On

Every component is designed with one goal in mind—keeping your well running.

Improved pump efficiency and fluid lift
Reduced workovers and downtime
Reliable performance in abrasive, corrosive, and gassy wells
Consistent production across the life of the well

Engineered to Match Your Well

With more than 1,200 configurable options, each pump is matched to your well, not the other way around.

Design advantages include:

Multiple cage configurations to optimize flow and lift
Precision-matched barrels and plungers for higher efficiency
Advanced metallurgy and coatings to resist wear and corrosion
Wide selection of ball and seat materials to minimize leakage

The result is stable pump fillage, less wear, and longer operating cycles.

DOWNLOAD BROCHURE FOR DETAILS

Components Designed for Performance: Every part of the pump is built with durability and precision in mind.

Barrels

Available in carbon steel, alloy, and brass
Inside diameters from 1¼ inch to 3¾ inch
Lengths from 6 to 36 feet

Cages

Offered in carbon steel, brass, stainless steel, alloy, and copper-nickel (CuNi)
Full open, reduced lift, and high flow configurations available

Plungers

Spray metal or nickel-plated finishes
Designed for sealing integrity and long wear life

Ball and Seat Options

Stainless steel
Tungsten carbide
Cobalt alloy
Nickel carbide
Titanium carbide and advanced materials

Ready for Harsh Environments

Rod pumps often fail due to wear, corrosion, or gas interference. We address those issues directly through materials, coatings, and configuration flexibility. Whether you are dealing with high solids, corrosive fluids, or variable production rates, our pumps are built to maintain performance and reduce the frequency of interventions.

Manufacturing You Can Depend On

Our rod pumps are backed by proven manufacturing capabilities with decades of experience and large-scale production capacity. This means you get consistent quality, reliable supply, and equipment you can trust in the field.

Accessories + Custom Options

We also offer a full range of accessories to support your rod lift system, including:

• Stabilizer bars
• Tubing drains
• Top seals
• On/Off tools
• Shear couplings
• Strainers and wipers

Designed to Lower Your Cost per Barrel

At the end of the day, performance is measured in uptime and cost. These pumps are built to:

» Extend run life
» Reduce service calls
» Improve production efficiency
» Deliver reliable lift over time

That is how you lower your cost per barrel and get more out of every well.

Talk to Our Team

Every well has its own challenges. We will help you select the right configuration to keep your production steady and your costs under control.
Contact us today to discuss your well conditions and get a tailored solution.

Downhole Rod Pumps are part of the Multilift Artificial Lift Solutions Portfolio

Extra Severe Duty Induction Motors

Built for Oilfield Reliability When Downtime Isn't an Option

In oilfield operations, every hour of unplanned downtime impacts production, maintenance costs, and profitability. That’s why FET Multilift Solutions now offers Wolong GE-engineered Extra Severe Duty Induction Motors, designed specifically for demanding applications where reliability must come first. These motors are engineered to perform in some of the toughest operating environments found in oil and gas production, delivering dependable power, long service life, and exceptional durability.

Whether you’re operating surface pumping units, PCP driveheads, compressors, blowers, or other critical production equipment, these motors are built to keep your operation moving while reducing the risk of unexpected failures.

Engineered for Harsh Operating Conditions

Oilfield equipment faces constant exposure to vibration, contamination, temperature extremes, and corrosive environments. Every component is selected to withstand the realities of oilfield service and help extend equipment life. Wolong’s Extra Severe Duty motors are designed with these challenges in mind.

Key design features include:

Cast iron frame, fan cover, and conduit box for maximum durability
Advanced bearing systems designed for extended operating life
Heavy-duty shaft protection to defend against contaminants
Corrosion-resistant components and protective coatings
Stainless steel breathers and drains
Gasketed conduit boxes and lead connections
Non-sparking, corrosion-resistant cooling fans
Four-point cast lifting lugs for safer handling in the field

Severe Duty Induction Motors_0426_thumbnail

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Designed to Reduce Common Motor Failures

Most motor failures can be traced back to a handful of common issues, including bearing damage, excessive heat, contamination, lubrication breakdown, misalignment, and voltage-related stress.

Wolong’s engineering approach directly addresses these failure points through enhanced bearing protection, improved lubrication systems, robust insulation, and designs that withstand demanding operating conditions. The result is greater reliability, fewer maintenance interventions, and more productive operating hours.

Premium Efficiency for Lower Operating Costs

Reliability matters, but so does energy consumption. The Wolong XSD Ultra platform meets NEMA Premium Efficiency standards, helping operators reduce power usage without sacrificing performance or durability. Lower energy consumption translates directly into long-term operating cost savings, making these motors a smart investment for both new installations and equipment upgrades.

Exceptional Bearing Life

Bearing failures remain one of the leading causes of motor downtime. These Extra Severe Duty motors feature an advanced bearing system designed for up to 130,000-hour L10 bearing life in direct coupled applications.

Features include:

Polyurea lubrication technology
Cast iron bearing caps
Severe duty shaft slingers
Lubrication rated from -40°C to +120°C

This level of protection helps maximize bearing performance and reduce lifecycle maintenance costs.

Built to Meet Industry Standards

When selecting motors for critical production equipment, compliance matters. Wolong motors are designed and tested to meet or exceed major industry requirements, giving operators confidence in both performance and safety.

Standards and certifications include:

NEMA
IEC
IEEE 841
CSA
API 547/541
Division 2 / Zone 2 AEx

These certifications help ensure dependable performance across a wide range of oilfield and industrial applications.

Applications

Rod Pump Systems

Dependable power for surface pumping units operating in continuous production environments.

PCP Driveheads

Built to handle demanding loads and extended run times common in progressing cavity pump applications.

Compressors and Blowers

Reliable performance for critical gas-handling and process-support equipment.

Process Equipment

Designed for industrial applications where durability and uptime are essential.

Why FET | Multilift Solutions?

FET combines the strength of Wolong’s global motor engineering expertise with decades of real-world oilfield experience. We understand the challenges operators face and provide solutions that improve reliability, reduce downtime, and lower total operating costs.

When your production depends on equipment performance, you need a motor built for more than standard industrial duty. You need a motor engineered for the realities of the oilfield.

Contact us today to learn how Extra Severe Duty Induction Motors can improve reliability across your rod lift and artificial lift operations.

Extra Severe Duty Induction Motors are part of the Multilift Artificial Lift Solutions Portfolio

PumpDown SandGuard

PumpDown SandGuard™

Pump Harder. Pump Faster. Keep the Sand Where It Belongs.

When pump-down operations demand higher flow rates, traditional sand control equipment can become a limiting factor. The PumpDown SandGuard™ was developed to remove those constraints, enabling operators to pump at significantly higher rates while maintaining the sand-control performance they depend on every day.

Based on the proven SandGuard platform with more than 20,000 installations worldwide, the PumpDown SandGuard expands operational flexibility without requiring changes to your existing procedures.

Increase Pumpdown Performance Without Sacrificing Sand Control

The PumpDown SandGuard is engineered for operators who need greater treatment efficiency, faster interventions, and improved fluid delivery through tubing. Its optimized flow path reduces hydraulic restriction, allowing higher pump-down rates while minimizing surface pressure buildup. The result is a larger operating window, improved treatment execution, and more efficient well interventions.

Key Benefits

Up to 3X higher pump-down rates
Approximately one-third the back pressure compared to conventional designs
Improved efficiency for chemical treatments and through tubing operations
Proven sand control performance based on the trusted SandGuard platform
No changes required to existing run or pull procedures

DOWNLOAD BROCHURE

Built for Demanding Well Conditions

The PumpDown SandGuard is an ideal solution for operators facing pressure limitations, aggressive treatment programs, or challenging sand production environments.

Applications

High-rate chemical treatments
Through tubing interventions
Well with pressure constraints
Sand-sensitive production environments
ESP completions requiring reliable solids control and increased flow capacity

Higher Flow. Lower Resistance.

At the core of the PumpDown SandGuard is an expanded flow area designed to reduce hydraulic restriction and maximize fluid movement through the system.

This enhanced design helps operators:

Achieve faster pump-down operations
Improve treatment placement efficiency
Reduce surface pressures
Maintain operational control during high-rate pumping events

Unlike conventional solutions that force a tradeoff between flow capacity and filtration, the PumpDown SandGuard delivers both.

Enhanced Filtration Performance

Increasing flow capacity should never come at the expense of equipment protection. The PumpDown SandGuard incorporates optimized filtration technology that captures fine formation solids while maintaining efficient fluid flow.

Filtration Advantages

Designed for effective 100 mesh sand control
Captures finer formation solids
Slot sizing optimized to match flow requirements
Helps protect ESP systems and production equipment from damaging sand ingress

Proven Reliability from Materials You Trust

The PumpDown SandGuard is manufactured using corrosion-resistant materials selected for durability in demanding downhole environments.

Construction Features

304 stainless steel construction
Available in L80 and 13Cr materials
Butt-welded fittings for added strength and stability
Premium and standard connection options available

Built using FET|Variperm’s proven proWRAP® technology and manufactured as a self-supporting assembly without base pipe, the PumpDown SandGuard combines performance, durability, and ease of installation in a single solution.

Seamless Integration with Existing Operations

One of the biggest advantages of the PumpDown SandGuard is how easily it fits into current field practices.

There are:

No new procedures to learn
No changes to work instructions
No modifications to run and pull methods

Your crews can install and operate the tool using the same processes they already know, making adoption simple while delivering a measurable improvement in pumpdown performance.

Why Choose PumpDown SandGuard?

The PumpDown SandGuard was designed for operators who refuse to choose between flow efficiency and sand control. It expands what is possible during pump-down operations by providing:

✅ Higher flow capacity for faster operations

✅ Reduced hydraulic restriction and lower back pressure

✅ Effective sand management and filtration

✅ Proven reliability based on the established SandGuard platform

✅ Easy integration into existing completion and intervention programs

Ready to Improve Pumpdown Efficiency?

Whether you’re executing chemical treatments, conducting through tubing interventions, or looking to maximize performance in sand-producing wells, the PumpDown SandGuard helps you move more fluid, reduce pressure limitations, and maintain reliable sand control throughout the operation.

Contact us today to learn how the PumpDown SandGuard can improve your next pumpdown program.

PumpDown SandGuard is part of the Multilift Artificial Lift Solutions Portfolio

PCP SandGuard

Protect Your Artificial Lift Investment with Proven Sand Management Solutions

Extend Equipment Life. Minimize Downtime. Maximize Production.

Sand fallback is one of the most common and costly causes of artificial lift failure. It leads to broken shafts, excessive stator wear, and stress on electrical systems. That’s why operators around the world trust the SandGuard® solution to deliver fail-safe sand protection that keeps their systems running longer and more efficiently.

Industry-Leading Sand Protection for ESP and PCP Systems

The SandGuard has set the standard for combating sand fallback in ESP systems. Now, the PCP SandGuard brings that same trusted performance to progressive cavity pump (PCP) applications, explicitly engineered to meet the demands of through-tubing installations.

Key Benefits of the PCP SandGuard

Complete Isolation of Sand Fallback: Prevents sand from re-entering the pump during shutdown, protecting internal components and extending equipment life.
Effective Abrasion Avoidance & Diversion: Our advanced diverter system redirects sand into a dedicated chamber, shielding the stator and rotor from abrasive wear.
Self-Cleaning on Startup: Built-in self-flushing features ensure a clean, smooth start every time—reducing the risk of clogging and performance loss.
PCP Rotor Passage Through Tool: Allows the rotor and coupling (up to 2” in diameter) to pass through the tool without pulling the entire string—saving time and reducing intervention costs.
Simple, Quick Installation: Designed for ease of use in the field, the PCP SandGuard streamlines installation and retrieval, minimizing rig time and labor.
Comprehensive System Protection: Reduces the risk of broken shafts, excessive stator wear, and electrical stress, delivering longer run life and lower total cost of ownership.

Engineered for Through-Tubing Installations

The PCP SandGuard is purpose-built to meet the demands of through-tubing PCP installations. Its expandable diverter system accommodates larger diameters during installation and then automatically conforms to the rod for optimal sand diversion during production.

Downhole PCP Sandguard Informational Sheet

Download Datasheet

Download Performance Summary