SandGuard™ is a breakthrough multi-lift solution developed by Forum Energy Technologies to address one of the most common causes of ESP failure—sand fallback. This innovative technology captures and isolates fallback sand during pump shutdowns, ensuring smooth and reliable restarts. With thousands of successful installations, SandGuard has consistently demonstrated its ability to dramatically extend ESP run times in sandy well environments.

Designed for versatility, SandGuard supports a wide range of applications including ESP installations in horizontal, deviated, offshore, and onshore wells. Its flushable and cleanable design allows for repeated use, and it can be configured to fit specific casing sizes without compromising performance.

SandGuard improves ESP life by up to 1,200 percent by preventing sand accumulation through a continuous auto-flush feature. It ensures a clean start every time by capturing all sand and debris that would otherwise fall onto the pump after shutdown. This results in softer starts that significantly enhance pump longevity. By eliminating communication with the annulus, SandGuard removes the risk of fluid recirculation and failure, while maintaining compatibility with all ESP-produced flow rates and enduring the harshest downhole conditions.

Installation is simple and efficient, positioned directly at the pump discharge. SandGuard embodies the core of Forum’s multilift sand management system, offering advanced sand control in a compact, reliable package. It’s a proven solution for operators seeking to maximize ESP performance and minimize downtime in sand-prone wells.

SecuraSeal™ by FET Davis-Lynch is a game-changing packer stage cementing collar that combines two essential tools—an inflatable packer and a stage collar—into one streamlined solution. This integration simplifies cementing operations, reduces costs, and enhances well integrity across a wide range of well environments.

By replacing multiple tools with a single, technician-friendly system, SecuraSeal™ cuts down on labor, equipment, and procurement complexity. It’s designed for fast deployment, helping operators eliminate flat time and reduce non-productive time (NPT), while improving overall efficiency.

SecuraSeal™ delivers superior zonal isolation by sealing off pressurized or gas-prone zones and isolating hydrostatic pressure between cement stages. This minimizes gas migration and surface issues, while supporting safer, more compliant cementing operations in challenging zones.

Engineered for reliability, the tool features a spring steel-reinforced inner tube, oil-resistant rubber outer layer, and a built-in ratchet mechanism for mechanical backup. It expands via fluid injection to create a full-length seal in both cased and open holes, ensuring consistent performance even in complex wells.

Manufactured in Texas under API-Q1 certified standards, SecuraSeal™ is compatible with most casing grades and threads, supports up to 30° well deviation, and operates in temperatures up to 375°F with special seals. Its patented Inflatagrip® element and robust valving system ensure secure inflation and closure, while its composite seat remains stable up to 350°F.

Whether you're looking to reduce remedial work, meet regulatory standards, or simplify your cementing process, SecuraSeal™ offers a smarter, safer, and more cost-effective solution. Visit our booth to learn how SecuraSeal™ can transform your well construction strategy.

In refinery operations, consistent oil-to-water mixing is vital for effective desalting and dehydration. Yet, conventional inline mixers, static mixers, and mixing valves often fall short—leading to uneven water dispersion, overly stable emulsions, and separation challenges. These inefficiencies can result in erratic voltage readings, increased water carry-over, and excessive solids in produced water.

The consequences of poor mixing ripple through downstream processes, driving up energy consumption, maintenance costs, and corrosion risks. That’s why selecting the right mixer isn’t just important—it’s essential.

Introducing ForuMix™, the industry’s most advanced adjustable multiphase mixer, engineered specifically for dual-fluid mixing. Unlike traditional static mixers that create extreme local shear forces—either forming tight emulsions or inefficiently large water droplets—ForuMix™ delivers uniform shear across the entire flow cross-section. The result? Even droplet distribution and superior mixing performance.

This breakthrough technology enhances downstream separation, improves coalescence inside the desalter, and reduces power usage—making ForuMix™ a smart investment for reliable, cost-effective refinery operations.

Until now, the most common mitigation method for electric shock risks is shorting out the cable at the surface – leading to many vulnerable risks during installation and pulling. The ABS MagneGuard automatically provides a reliable and efficient elimination of all risk, without the need for manual interventions or special procedures.

At FET, we understand that catwalks are more than just staging platforms—they're integral to your rig’s safety and operational success. Our hydraulic catwalks are engineered to reduce tubular handling and mitigate operational hazards, creating safer, more efficient rig sites across the globe.

As the exclusive manufacturer of the trusted Pipe Wranglers™ line, FET brings over 20 years of innovation and field-proven reliability to drilling operations in every environment. Our catwalks combine cutting-edge engineering with precision fabrication to deliver unmatched performance, durability, and safety.

Whether you're operating in harsh conditions or remote locations, FET catwalks are built to support your crew, protect your assets, and enhance profitability—one rig at a time.

This advanced coiled tubing product enhances fatigue life and reliability, while offering superior resistance to preferential corrosion and Microbial Induced Corrosion (MIC). Its performance in high-pressure environments sets a new standard, and with SMARTaper™ and continuous taper options, DURACOIL enables optimized string designs tailored to specific well conditions.

At the heart of DURACOIL is Global Tubing’s patent-pending Halo Induction Technology™—a cutting-edge quench and temper process that ensures a uniform microstructure throughout the tubing length. This innovation represents the most modern, efficient, and reliable approach to manufacturing quench and tempered coiled tubing available today.

Since 2014, we have been manufacturing Coiled Line Pipe at our state-of-the-art facility in Dayton, Texas. Our continuous pipe mill—featuring the industry’s first in-line coating capability—enables us to deliver superior quality and efficiency in every product.

Engineered for both offshore and onshore applications, our CLP solutions are ideal for permanent and temporary installations. We offer a wide range of sizes, from 3/4-inch to 5-inch outer diameters, with wall thicknesses between 0.087 and 0.337 inches, ensuring flexibility and strength for diverse operational needs.

As a U.S.-based manufacturer, Global Tubing remains committed to innovation, reliability, and customer satisfaction. We continue to expand our capabilities and services to maintain our position as a trusted partner in the coiled tubing pipeline industry.

Discover the FR120 Series Iron Roughnecks from FET—engineered with approximately 50% fewer components than others in their class, delivering a streamlined design that ensures long-term reliability and ease of service. Known for the lowest cost of ownership in their category, these roughnecks minimize maintenance and simplify repairs, making them a smart investment for any operation.

All FR120 models are hydraulically powered, lightweight, and equipped with high-torque spinning motors for efficient tubular spin-up. Featuring three clamping cylinders and industry-standard 4-inch dies, they provide precise torque application while protecting tool joints from damage or deformation.

The FR120’s innovative thread compensation system allows for ±5 inches of spinner travel, optimizing spinner efficiency and ensuring the most accurate torque delivery in its class.
Built to meet API 7K specifications with a minimum 2.25:1 design safety factor, FET Iron Roughnecks combine performance, safety, and durability—making them a trusted choice for demanding drilling environments.