{"generatedAt":"2026-04-12T22:15:57.583Z","count":42,"items":[{"id":"ben-ht6","slug":"ben-ht6","name":"BEN-HT6","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Workstring","Production Tubing","High Torque"],"shortDescription":"High-torque 6-pitch connection for demanding downhole environments.","description":"The BEN‑HT6 connection was developed as an improved version of the legacy BTS‑6 connection. Benoit used advanced engineering and manufacturing practices to enhance torque carrying capacity and connection life while maintaining compatibility with BTS‑6 and existing industry two‑step connections. The connection is currently patent pending.","keySpecs":[{"label":"Size range","value":"2.375″ – 5.500″."},{"label":"Tension","value":"100 % – 119 %."},{"label":"Compression","value":"100 % – 149 %."}],"featuresBenefits":["Built off the industry‑trusted two‑step platform, ensuring compatibility with BTS‑6 connections.","Differential lead threads with shoulder adjustments distribute stress more evenly across the connection, raising make‑up torque capacity by >60 % over BTS‑6.","Maintains familiar two‑step geometry and running practices while adding engineered enhancements for extended‑reach wells.","Increased shoulder contact area lowers make‑up stresses, extending connection life.","Integral connection eliminates couplings to reduce leak paths and common running issues.","Metal‑to‑metal seal designed to be stronger than the pipe body and proven to be >100 % gas‑tight through deviated wells."],"testingPerformed":["Torque Validation","Fatigue make‑and‑break validation.","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-ht6"},{"id":"ben-tcx-ht","slug":"ben-tcx-ht","name":"BEN-TCX-HT","category":"threaded-connections","subcategories":["Threaded And Coupled","Semi Premium"],"applications":["Production Casing","Buttress Compatible","High Torque"],"shortDescription":"The BEN-TCX-HT™ takes the proven TCX design a step further with a unique design enhancement that delivers significantly higher torque capacity—pushing the limits of what’s possible with buttress-compatible connections.","description":"The BEN‑TCX‑HT is engineered to deliver high‑torque performance while maintaining Buttress compatibility. It employs a dual‑taper pin with an enlarged torque bearing face and controlled internal diameters to achieve higher make‑up, operating and yield torques. Optimized thread interference and relief groove profiles ensure driftability up to yield torque, making the connection ideal for extended‑reach and casing‑while‑drilling applications.","keySpecs":[{"label":"Size range","value":"4.500″ – 5.500″."},{"label":"Tension capacity","value":"100 %."},{"label":"Compression capacity","value":"100 %."}],"featuresBenefits":["Built off the standard Buttress platform, ensuring compatibility with existing Buttress equipment.","Enlarged pin face increases bearing area, raising torque capacity.","Optimized swaged and bored pin geometry raises make‑up, operating and yield torques while maintaining drift ability.","Dual‑taper pin design reduces stress concentration near the pin face.","Advanced manufacturing and quality control practices reduce thread interference and coupling radial stress."],"testingPerformed":["Torque Validation","Fatigue make‑and‑break validation.","Finite Element Analysis"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-tcx-ht"},{"id":"ben-tcx","slug":"ben-tcx","name":"BEN-TCX","category":"threaded-connections","subcategories":["Threaded And Coupled","Semi Premium"],"applications":["Production Casing","Buttress Compatible"],"shortDescription":"The BEN-TCX™ is a rugged, high-torque production casing connection engineered for unconventional, torque-critical applications.","description":"The BEN‑TCX is a rugged, high‑torque production casing connection engineered for unconventional, torque‑critical applications. Its pin‑to‑pin nose design and robust, API buttress‑compatible thread form deliver enhanced rotating torque capacity while maintaining full compatibility with standard API accessories. Designed for performance, built for efficiency and priced for value, the BEN‑TCX offers a cost‑effective solution without compromising strength, reliability or operational flexibility in demanding wells","keySpecs":[{"label":"Size range","value":"4.500″ – 5.500″"},{"label":"Tension","value":"100 %"},{"label":"Compression","value":"100 %"}],"featuresBenefits":["Enhanced Buttress compatible threadform offers improved leak resistance at higher loads","Optimized relief groove in the coupling increases engaged threads further improving leak resistance & load transfer","Pin to pin contact increases torque for deep drilling & extended reach rotating applications","Optimized thread interference paired with detail‑oriented manufacturing practices lowers hoop stress into the coupling & reduces the risk of galling or coupling failures"],"testingPerformed":["Torque Validation","Fatigue make‑and‑break validation.","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-tcx"},{"id":"ben-hsf-ii","slug":"ben-hsf-ii","name":"BEN-HSF-II","category":"threaded-connections","subcategories":["Integral","Semi Flush Joint","Upset","Premium"],"applications":["Refrac Liner","Special Clearance"],"shortDescription":"The BEN-HSF-II™ delivers the ultimate balance of strength and clearance for today’s most demanding refrac and slim-hole applications.","description":"The BEN‑HSF‑II delivers next‑generation performance for refrac liners and slim‑hole completions. Engineered to provide increased connection strength while maintaining clearance inside 4.500″ casing, its upset‑end geometry improves cross‑sectional area for greater load‑bearing capacity under combined axial, pressure and thermal stresses. It is targeted for high‑intensity refrac environments.","keySpecs":[{"label":"Size range","value":"3.500″ – 4.000″."},{"label":"Tension efficiency","value":"86 %."},{"label":"Compression efficiency","value":"86 %."}],"featuresBenefits":["Customer‑driven outside‑diameter solution for tight clearance wells.","Metal‑to‑metal seal stronger than the pipe body and proven +100 % gas tight.","Dual shoulders provide smooth OD and ID for consistent running operations.","Flush inside diameter with mating internal shoulders reduces turbulence.","Low interference threadform allows multiple make‑and‑breaks without galling."],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-hsf-ii"},{"id":"ben-fj","slug":"ben-fj","name":"BEN-FJ","category":"threaded-connections","subcategories":["Integral","Flush Joint","Premium"],"applications":["Refrac Liner","Special Clearance"],"shortDescription":"When clearance and performance are critical, the BEN-FJ™ is the choice for major operators and independents alike.","description":"The BEN‑FJ is a true flush joint connection purpose‑built for recompletions, tiebacks and remediation strings. Its flush outside diameter eliminates clearance issues without compromising structural integrity or gas‑tight sealability. The connection includes internal metal‑to‑metal sealing and internal/external shoulders for torque capacity.","keySpecs":[{"label":"Size range","value":"2.375″ – 5.500″."},{"label":"Tension efficiency","value":"62 %–65 %."},{"label":"Compression efficiency","value":"62 %–65 %."}],"featuresBenefits":["Internal metal‑to‑metal seal optimized and proven to be 100 % gas tight.","True flush outside diameter provides maximum clearance for tight tolerances.","Internal and external shoulders provide high-torque and consistent running operations.","Flush inside diameter with mating internal shoulders provides minimal turbulence and eliminates J‑area."],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-fj"},{"id":"ben-fj-pr","slug":"ben-fj-pr","name":"BEN-FJ-PR","category":"threaded-connections","subcategories":["Integral","Flush Joint","Premium"],"applications":["Injection String","Production Tubing","Special Clearance","Plastic Lined (IPC)"],"shortDescription":"The BEN-FJ-PR™ is a true flush, premium connection featuring a metal-to-metal seal designed for space-limited applications requiring internal plastic coating (IPC) compatibility.","description":"The BEN‑FJ‑PR is a true flush connection featuring a metal‑to‑metal seal specifically designed for space‑limited applications requiring internal plastic coating compatibility. It includes a precision‑machined groove for protective rings to ensure uniform coating coverage and corrosion resistance.","keySpecs":[{"label":"Size range","value":"2.375″ – 5.500″ (same range as standard FJ)."},{"label":"Tension efficiency","value":"62 %–65 %."},{"label":"Compression efficiency","value":"52 %–55 %."}],"featuresBenefits":["Internal metal‑to‑metal seal optimized and proven 100 % gas tight.","True flush outside diameter provides maximum clearance for tight tolerances.","External shoulders provide high-torque with a positive stop for consistent compression of protective rings.","Flush inside diameter creates consistent coating thickness and minimizes turbulence.","Optimized protective ring and groove design provides corrosion resistance without sacrificing tension or internal pressure performance."],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-fj-pr"},{"id":"ben-sf","slug":"ben-sf","name":"BEN-SF","category":"threaded-connections","subcategories":["Integral","Semi Flush Joint","Premium"],"applications":["Refrac Liner","Special Clearance"],"shortDescription":"The BEN-SF™ is a high-performance, semi-flush connection engineered for tight-clearance and pressure-critical applications.","description":"The BEN‑SF is a semi‑flush connection designed for unconventional wells, including refrac liners and slim‑hole casing operations. It features a metal‑to‑metal seal, mid‑connection torque shoulder and precision‑machined run‑in/run‑out threads to deliver strength, gas‑tight integrity and consistent make‑up. Its galling resistance supports trouble‑free multiple make‑and‑breaks.","keySpecs":[{"label":"Size range","value":"3.500″ – 4.000″."},{"label":"Tension efficiency","value":"86 %."},{"label":"Compression efficiency","value":"86 %."}],"featuresBenefits":["Two‑step tapered design offers maximum tension and compression performance.","Slim connection outside diameter for tight‑clearance wells.","Center metal‑to‑metal seal optimized and proven 100 % gas tight through deviated wells.","Center shoulder provides consistent running operations with a positive stop.","Flush inside diameter with mating internal shoulders minimizes turbulence.","Low interference threadform enables multiple make‑and‑breaks without galling."],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-sf"},{"id":"ben-igt","slug":"ben-igt","name":"BEN-IGT","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Production Tubing","Special Clearance"],"shortDescription":"The BEN-IGT™ is a high-performance, gas-tight connection engineered to deliver premium sealing capability without the cost and complexity of couplings or heavy upsets.","description":"The BEN‑IGT is a high‑performance gas‑tight connection built on Benoit’s EUI platform. It delivers premium sealing without the cost or complexity of couplings or heavy upsets. The connection features a metal‑to‑metal seal, proprietary threadform and dual torque shoulders. Designed for pressure‑critical environments, it offers a smart cost‑effective solution for gas‑tight applications.","keySpecs":[{"label":"Size range","value":"2.375″ – 4.500″."},{"label":"Tension efficiency","value":"100 %."},{"label":"Compression efficiency","value":"100 %."}],"featuresBenefits":["Metal‑to‑metal seal stronger than the pipe body and proven +100 % gas tight.","Slimmer connection outside diameter than API coupling for improved clearance.","Integral design reduces leak paths versus API and eliminates coupling‑based running issues.","Dual torque shoulders provide high-torque with smooth OD and ID profiles.","Flush inside diameter with internal shoulders reduces turbulence and eliminates the J‑area.","Low interference threadform reduces hoop stress and enables multiple make‑and‑breaks without galling."],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-igt"},{"id":"ben-igt-pr","slug":"ben-igt-pr","name":"BEN-IGT-PR","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Injection String","Production Tubing","Special Clearance","Plastic Lined (IPC)"],"shortDescription":"The BEN-IGT-PR™ is a premium, gas-tight connection designed for use with Internal Plastic Coating (IPC) systems.","description":"The BEN‑IGT‑PR is a premium, gas‑tight connection designed for use with Internal Plastic Coating (IPC) systems. Building on the proven BEN‑EUI platform, it features a precision‑machined groove to accommodate protective rings, ensuring a smooth, secure fit that preserves the integrity of internal coatings during connection make‑ups and production. With a metal‑to‑metal seal, proprietary threadform and no need for couplings, the BEN‑IGT‑PR offers a cost‑effective, high‑performance solution for pressure‑critical, corrosion‑sensitive environments","keySpecs":[{"label":"Size range","value":"2.375″ – 4.500″"},{"label":"Tension","value":"100 %"},{"label":"Compression","value":">80 %"}],"featuresBenefits":["Metal‑to‑metal seal designed to be stronger than the pipe body & proven to be +100 % gas tight through deviated wells","Flush inside diameter enables easy coating operations","Optimized groove & protective ring that does not sacrifice tension or internal pressure","Flush inside diameter with mating internal shoulders reduces turbulence & eliminates “J‑area” along with its associated corrosion, abrasion and erosion tendency","Slimmer connection O.D. than an API coupling","Integral connection design reduces leak paths compared to API & eliminates coupling based running issues","Dual shoulders provide smooth O.D. & I.D. for consistent running operations with no chance of getting stuck","Low interference thread form reduces hoop stress & allows for multiple make‑and‑breaks without galling"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-igt-pr"},{"id":"ben-igt-fgl","slug":"ben-igt-fgl","name":"BEN-IGT-FGL","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Injection String","Special Clearance","Fiberglass Lined (FGL)"],"shortDescription":"The BEN-IGT-FGL™ is a gas-tight, premium connection designed for smooth integration with Fiber Glass Liner (FGL) and Glass Reinforced Epoxy (GRE) systems.","description":"The BEN‑IGT‑FGL is a gas‑tight, premium connection designed for smooth integration with Fiber Glass Liner (FGL) and Glass Reinforced Epoxy (GRE) systems. Featuring a metal‑to‑metal seal, proprietary threadform and a groove to accommodate associated corrosion rings or flanges, it delivers dependable sealing and strength—without the added cost or complexity of couplings or heavy upsets","keySpecs":[{"label":"Size range","value":"2.375″ – 4.500″"},{"label":"Tension","value":"100 %"},{"label":"Compression","value":"80 %"}],"featuresBenefits":["Metal‑to‑metal seal designed to be stronger than the pipe body & proven to be +100 % gas tight through deviated wells","Flush inside diameter enables easy lining operations","Optimized groove & lining assembly that does not sacrifice tension or internal pressure","Slimmer connection O.D. than an API coupling","Integral connection design reduces leak paths compared to API & eliminates coupling based running issues","Dual shoulders provide smooth O.D. & I.D. for consistent running operations with no chance of getting stuck","Low interference thread form reduces hoop stress & allows for multiple make‑and‑breaks without galling"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-igt-fgl"},{"id":"ben-eui","slug":"ben-eui","name":"BEN-EUI","category":"threaded-connections","subcategories":["Integral","Upset","Semi Premium"],"applications":["Production Tubing","Special Clearance"],"shortDescription":"The BEN-EUI™ is Benoit’s semi-premium tubing connection engineered as a high-performance alternative to API EUE 8RD.","description":"The BEN‑EUI is Benoit’s semi‑premium tubing connection engineered as a high‑performance replacement for API EUE 8RD. Its integral joint design eliminates the coupling and J‑area complications and simplifies supply chain logistics while delivering increased pressure, torque and bending capacity for deviated and horizontal wells. A modified buttress thread form reduces radial stress, and the connection’s smooth OD and ID transitions make it ideal for jet pump or annular flow operations. With a consistent internal diameter, the BEN‑EUI is well‑suited for injection and coated applications, including IPC and fiberglass‑lined tubing","keySpecs":[{"label":"Size range","value":"2.375″ – 4.500″"},{"label":"Tension","value":"100 %"},{"label":"Compression","value":"79 % – 86 %"}],"featuresBenefits":["Slimmer connection OD than an API coupling","Integral connection design reduces leak paths compared to API alternatives & eliminates coupling‑based running issues","Dual shoulders provide smooth OD & ID for consistent running operations with no chance of getting stuck","Flush inside diameter with mating internal shoulders reduces turbulence & eliminates the “J‑area” along with its associated corrosion, erosion or abrasion tendency","Low interference thread form reduces hoop stress & allows for multiple make‑and‑breaks without galling"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-eui"},{"id":"ben-eui-pr","slug":"ben-eui-pr","name":"BEN-EUI-PR","category":"threaded-connections","subcategories":["Integral","Upset","Semi Premium"],"applications":["Injection String","Production Tubing","Special Clearance","Plastic Lined (IPC)"],"shortDescription":"The BEN-EUI-PR™ is a semi-premium tubing connection designed as a high-performance alternative to API EUE 8RD, optimized for Internal Plastic Coating (IPC) applications.","description":"The BEN‑EUI‑PR is Benoit’s semi‑premium tubing connection engineered as a high‑performance replacement for API EUE 8RD, with design modifications for the application of Internal Plastic Coatings (IPC). The integral joint design eliminates the coupling and J‑area complications, and a precision‑machined internal groove accommodates protective rings used in IPC installations, ensuring proper make‑up and maintaining coating integrity across the connection. With smooth OD and ID transitions and a consistent internal diameter, the BEN‑EUI‑PR is ideally suited for injection, coated service and other corrosion‑sensitive operations","keySpecs":[{"label":"Size range","value":"2.375″ – 4.500″"},{"label":"Tension","value":"100 %"},{"label":"Compression","value":"60 % – 70 %"}],"featuresBenefits":["Flush inside diameter enables easy coating application","Optimized groove & coating assembly that does not sacrifice tension or internal pressure","Slimmer connection O.D. than an API coupling","Integral connection design reduces leak paths compared to API & eliminates coupling based running issues","Dual shoulders provide smooth O.D. and I.D. for consistent running operations with no chance of getting stuck","Low interference thread form allows for multiple make‑and‑breaks without galling","Flush inside diameter with mating internal shoulders reduces turbulence & eliminates “J‑area” along with its associated corrosion, abrasion and erosion tendencies"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-eui-pr"},{"id":"ben-eui-fgl","slug":"ben-eui-fgl","name":"BEN-EUI-FGL","category":"threaded-connections","subcategories":["Integral","Upset","Semi Premium"],"applications":["Injection String","Production Tubing","Special Clearance","Fiberglass Lined (FGL)"],"shortDescription":"The BEN-EUI-FGL™ is a semi-premium tubing connection engineered as a high-performance alternative to API EUE 8RD, specifically designed for use with Fiberglass Liner (FGL) and Glass Reinforced Epoxy (GRE) systems.","description":"The BEN‑EUI‑FGL is Benoit’s semi‑premium tubing connection engineered as a high‑performance replacement for API EUE 8RD, specifically designed for use with Fiber Glass Liner (FGL) and Glass Reinforced Epoxy (GRE) systems. The integral joint design eliminates the coupling and J‑area complications, and a precision‑machined internal groove allows proper engagement with liner rings and flanges to ensure the integrity of the corrosion barrier. The BEN‑EUI‑FGL offers the same smooth OD and ID transitions as the standard BEN‑EUI, making it suitable for injection operations where connection clearance and lined tubing are required","keySpecs":[{"label":"Size range","value":"2.375″ – 4.500″"},{"label":"Tension","value":"100 %"},{"label":"Compression","value":"60 % – 70 %"}],"featuresBenefits":["Flush inside diameter enables easy lining operations","Optimized groove & lining assembly that does not sacrifice tension or internal pressure","Slimmer connection O.D. than an API coupling","Integral connection design reduces leak paths compared to API & eliminates coupling‑based running issues","Dual shoulders provide smooth O.D. & I.D. for consistent running operations with no chance of getting stuck","Low interference thread form reduces hoop stress & allows for multiple make‑and‑breaks without galling"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-eui-fgl"},{"id":"ben-hsf","slug":"ben-hsf","name":"BEN-HSF","category":"threaded-connections","subcategories":["Integral","Semi Flush Joint","Upset","Premium"],"applications":["Refrac Liner","Special Clearance"],"shortDescription":"The BEN-HSF™ is a fit-for-purpose connection engineered specifically for refrac liner applications facing high thermal and mechanical loads.","description":"The BEN‑HSF is a hybrid semi‑flush connection purpose‑built for 3.250″ tubing used in refrac liner applications subject to extreme thermal and mechanical loading. Its design incorporates an upset box end to increase cross‑sectional strength without sacrificing clearance inside a 4.500″ casing.","keySpecs":[{"label":"Size","value":"3.250″ OD with 3.500″ upset box."},{"label":"Tension efficiency","value":"84 %."},{"label":"Compression efficiency","value":"84 %."}],"featuresBenefits":["Two‑step tapered design offers deep stabbing and fast make‑up operations.","3.250″ pipe with 3.500″ upset box O.D. maintains clearance inside 4.500″ casing.","Internal metal‑to‑metal seal optimized and proven 100 % gas tight.","Center shoulder provides consistent running operations with a positive stop.","True flush inside diameter with mating internal shoulders creates zero turbulence.","Low interference threadform enables multiple make‑and‑breaks without galling. --- *The sections above add detailed, verbatim information for numerous Benoit products—including completion accessories, flow control tools and threaded connections—captured directly from the Benoit Inc. website. Each product entry includes descriptions, specifications, testing performed (where available) and lists of features copied word‑for‑word from the product pages.*"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL II Modified","Frac Cycle","Sealibility","Limit Load","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/ben-hsf"},{"id":"bts-8","slug":"bts-8","name":"BTS-8","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Production Tubing","Special Clearance"],"shortDescription":"The BTS®-8 is Benoit’s legacy two-step connection—trusted for decades by leading operators across the U.S.","description":"BTS‑8 is Benoit’s legacy two‑step connection—trusted for decades by leading operators across the U.S. and internationally. Built for durability and long‑term reliability, it remains a go‑to solution for production tubing, offering gas‑tight performance and enhanced connection strength. Its pedigree includes deep‑water offshore environments and modern unconventional developments","keySpecs":[{"label":"Size range","value":"0.750″ – 4.500″"},{"label":"Tension","value":"100 % – 158 %"},{"label":"Compression","value":"68 % – 139 %"}],"featuresBenefits":["Integral connection design reduces leak paths compared to API & eliminates coupling‑based running issues","Connection design eliminates the “J‑area” along with its associated corrosion, erosion and abrasion tendency","Non‑interference threadform nearly eliminates galling, even after repeated make‑ups","Two‑step with internal & mid‑wall torque shoulders allows for deep stabbing, providing consistent field make‑up & fast running practices","Metal‑to‑metal seal designed to be stronger than the pipe body & proven to be +100 % gas tight through deviated wells"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL III Enhanced","Make & Break","Sealibility","Thermal Cycles","Limit Load","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/bts-8"},{"id":"bts-8-pr","slug":"bts-8-pr","name":"BTS-8 PR","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Injection String","Production Tubing","Special Clearance","Plastic Lined (IPC)"],"shortDescription":"The BTS® -8 PR is a gas-tight, two-step premium connection built on Benoit’s trusted BTS®-8 platform and enhanced with a precision-machined groove to support Internal Plastic Coating (IPC) systems.","description":"The BTS‑8 PR is a gas‑tight, two‑step premium connection built on Benoit’s trusted BTS‑8 platform and enhanced with a precision‑machined groove to support Internal Plastic Coating (IPC) systems. This modification allows a Teflon protective ring to be installed at the back of the box, creating an elastic surface for the coated pin nose to shoulder against—helping preserve a consistent corrosion barrier through the connection. The BTS‑8 PR maintains the strength, sealing integrity and proven reliability of the original BTS‑8 design with added protection for corrosive or coated service environments","keySpecs":[{"label":"Size range","value":"2.375″ – 4.500″"},{"label":"Tension","value":"100 % – 158 %"},{"label":"Compression","value":"44 % – 95 %"}],"featuresBenefits":["Integral connection design reduces leak paths compared to API & eliminates coupling‑based running issues","Optimized groove & protective ring that does not sacrifice tension or internal pressure","Mating internal shoulders reduce turbulence & eliminate “J‑area” along with its associated corrosion, abrasion & erosion tendency","Non‑interference threadform nearly eliminates galling even after repeated make‑ups","Two‑step with internal & mid‑wall torque shoulders allows for deep stabbing, providing consistent field make‑up & fast running practices","Metal‑to‑metal seal designed to be stronger than the pipe body & proven to be +100 % gas tight through deviated wells"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL III Enhanced","Sealibility","Limit Load","Thermal Cycles","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/bts-8-pr"},{"id":"bts-8-fo-fgl","slug":"bts-8-fo-fgl","name":"BTS-8 FO FGL","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Injection String","Production Tubing","Special Clearance","Fiberglass Lined (FGL)"],"shortDescription":"The BTS®-8 FO FGL is a gas-tight, two-step premium connection featuring a bored, full open (FO) connection ID and a precision-machined ring groove to accommodate liner rings and flanges for Fiber Glass Liner (FGL) or Glass Reinforced Epoxy (GRE) systems.","description":"The BTS‑8 FO FGL is a gas‑tight, two‑step premium connection featuring a bored, full open (FO) connection ID and a precision‑machined ring groove to accommodate liner rings and flanges for Fiber Glass Liner (FGL) or Glass Reinforced Epoxy (GRE) systems. It maintains the sealing reliability and field‑proven performance of the BTS‑8 while enabling the installation of corrosion‑resistant liner systems in demanding downhole environments","keySpecs":[{"label":"Size range","value":"2.375″ – 4.500″"},{"label":"Tension","value":"86 % – 94 %"},{"label":"Compression","value":"53 % – 59 %"}],"featuresBenefits":["Flush inside diameter enables easy lining operations","Optimized groove & flange assembly that does not sacrifice internal pressure and eliminates “J‑area” along with its associated corrosion, abrasion & erosion tendency","Two‑step with internal & mid‑wall torque shoulders allows for deep stabbing, providing consistent field make‑up for reliable liner assembly compression","Integral connection design reduces leak paths compared to API & eliminates coupling‑based running issues","Non‑interference threadform nearly eliminates galling even after repeated make‑ups","Metal‑to‑metal seal designed to be stronger than the pipe body & proven to be +100 % gas tight through deviated wells"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL III Enhanced","Sealibility","Limit Load","Thermal Cycles","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/bts-8-fo-fgl"},{"id":"bts-6","slug":"bts-6","name":"BTS-6","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Workstring","Production Tubing","Special Clearance"],"shortDescription":"The BTS®-6 is a robust, two-step connection designed for use with heavy-wall tubing, offering the increased torque capacity required for extended reach laterals and high-load work-string operations.","description":"The BTS‑6 is a robust, two‑step connection designed for use with heavy‑wall tubing, offering the increased torque capacity required for extended‑reach laterals and high‑load work‑string operations. Its strength and durability make it an industry standard for milling frac plugs, wellbore clean‑outs and equipment installation or retrieval operations. Backed by a strong field history across a variety of applications, the BTS‑6 provides a reliable, gas‑tight solution for demanding operational environments","keySpecs":[{"label":"Size range","value":"2.375″ – 5.500″"},{"label":"Tension","value":"100 % – 119 %"},{"label":"Compression","value":"99 % – 149 %"}],"featuresBenefits":["6 pitch threads & larger shoulder area than BTS‑8 provide higher torques required for extended‑reach operations","Non‑interference threadform nearly eliminates galling, making it ideal for workover programs and rental strings","Two‑step design with internal & mid‑wall torque shoulders allows for deep stabbing, providing consistent field make‑up & fast running practices","Integral connection design reduces leak paths compared to API & eliminates coupling‑based running issues","Connection design eliminates “J‑area” along with its associated corrosion, erosion & abrasion tendency","Metal‑to‑metal seal designed to be stronger than the pipe body & proven to be +100 % gas tight through deviated wells"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL III Enhanced","Make & Break","Sealibility","Thermal Cycles","Limit Load","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/bts-6"},{"id":"bts-6-pr","slug":"bts-6-pr","name":"BTS-6 PR","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Injection String","Workstring","Production Tubing","Special Clearance","Plastic Lined (IPC)"],"shortDescription":"The BTS®-6 PR is a high-strength, gas-tight two-step connection that includes a precision-machined groove to accommodate a protective ring (PR), specifically designed for use with Internal Plastic Coating (IPC) systems.","description":"The BTS‑6 PR is a high‑strength, gas‑tight two‑step connection that includes a precision‑machined groove to accommodate a protective ring (PR), specifically designed for use with Internal Plastic Coating (IPC) systems. This design modification provides a consistent corrosion barrier by allowing the coated pin nose to shoulder directly against the ring, protecting the integrity of the coating throughout the connection. Built on the proven BTS‑6 platform, the BTS‑6 PR offers the same durability and sealing reliability, with added protection for corrosive service environments","keySpecs":[{"label":"Size range","value":"2.375″ – 5.500″"},{"label":"Tension","value":"100 % – 119 %"},{"label":"Compression","value":"54 % – 113 %"}],"featuresBenefits":["6 pitch threads & larger shoulder area than BTS‑8 provide higher torques required for extended‑reach operations","Non‑interference threadform nearly eliminates galling, making it ideal for workover programs & rental strings","Two‑step design with internal & mid‑wall torque shoulders allows for deep stabbing, providing consistent field make‑up & fast running practices","Integral connection design reduces leak paths compared to API & eliminates coupling‑based running issues","Connection design eliminates “J‑area” along with its associated corrosion, erosion & abrasion tendency","Metal‑to‑metal seal designed to be stronger than the pipe body & proven to be +100 % gas tight through deviated wells"],"testingPerformed":["API RP 5C5 / ISO 13679 CAL III Enhanced","Sealibility","Limit Load","Thermal Cycles","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/bts-6-pr"},{"id":"bts-4","slug":"bts-4","name":"BTS-4","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Production Tubing"],"shortDescription":"The BTS®-4 is a gas-tight, two-step connection designed for large OD tubulars, specifically within the 4.500\" to 5.500\" size range.","description":"The BTS‑4 is a gas‑tight, two‑step integral joint connection designed for 4.500″ to 5.500″ OD tubulars. Optimized for high‑pressure/high‑temperature operations, it provides high tensile efficiency and robust metal‑to‑metal sealing.","keySpecs":[{"label":"SIZE RANGE","value":"4.500” - 5.500”"},{"label":"TENSION","value":"100%-105%"},{"label":"COMPRESSION","value":"75%-100%"}],"featuresBenefits":["4‑pitch threads and larger shoulder area (versus BTS‑6) provide higher torques for extended‑reach operations.","Non‑interference threadform eliminates galling during multiple make‑and‑breaks.","Two‑step design with internal and mid‑wall torque shoulders allows deep stabbing and fast running.","Integral connection design reduces leak paths and eliminates couplings.","Metal‑to‑metal seal is stronger than the pipe body and proven >100 % gas tight through deviated wells."],"testingPerformed":["API RP 5C5 / ISO 13679 CAL III Enhanced","Make & Break","Sealibility","Thermal Cycles","Limit Load","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/bts-4"},{"id":"bfj","slug":"bfj","name":"BFJ","category":"threaded-connections","subcategories":["Integral","Flush Joint","Premium"],"applications":["Production Tubing","Special Clearance"],"shortDescription":"The BFJ™ is a legacy, gas-tight connection that combines the rugged reliability of a two-step thread profile with a flush OD design, making it well-suited for a range of slim-hole applications.","description":"The Benoit Flush Joint (BFJ) is a legacy gas‑tight connection featuring a two‑step thread profile and a true flush outside‑diameter design, providing maximum clearance for installation in tight wellbores.","keySpecs":[{"label":"SIZE RANGE","value":"2.375” – 4.000”"},{"label":"TENSION","value":"47% - 53%"}],"featuresBenefits":["Integral connection design reduces leak paths compared with API and eliminates coupling‑based running issues.","True flush outside diameter provides maximum clearance for tight‑tolerance wellbores.","Designed with the trusted Benoit two‑step threadform to reduce galling and enable deep stabbing for consistent running.","Metal‑to‑metal seal proven gas tight through deviated wells."],"testingPerformed":["Make & Break","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/bfj"},{"id":"bnfj","slug":"bnfj","name":"BNFJ","category":"threaded-connections","subcategories":["Integral","Semi Flush Joint","Upset","Premium"],"applications":["Production Tubing","Special Clearance"],"shortDescription":"The BNFJ™ builds on the trusted BTS™ two-step platform, offering a slimmer, semi-flush profile tailored for lower completions and concentric string installations.","description":"The Benoit Near‑Flush Joint (BNFJ) is a gas‑tight integral joint connection designed for clearance‑critical environments such as offshore and ultra‑deepwater wells. Built on the two‑step platform, it combines a metal‑to‑metal seal with a durable semi‑flush profile.","keySpecs":[{"label":"SIZE RANGE","value":"2.375” - 4.500”"},{"label":"TENSION","value":"57% - 66%"}],"featuresBenefits":["Trusted in tight clearance offshore operations for its near‑flush profile.","Connection design eliminates the J‑area, reducing corrosion, erosion and abrasion.","Integral connection design reduces leak paths compared with API and eliminates couplings.","Two‑step design with internal and mid‑wall torque shoulders allows deep stabbing and fast running.","Metal‑to‑metal seal is proven gas tight through deviated wells."],"testingPerformed":["Make & Break","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/bnfj"},{"id":"bts-fgl","slug":"bts-fgl","name":"BTS-FGL","category":"threaded-connections","subcategories":["Integral","Upset","Premium"],"applications":["Injection String","Production Tubing","Special Clearance","Fiberglass Lined (FGL)"],"shortDescription":"The BTS®-FGL is a gas-tight, two-step premium connection featuring a bored, full open (FO) ID and a precision-machined groove to accommodate liner rings and flanges used in Fiber Glass Liner (FGL) or Glass Reinforced Epoxy (GRE) systems.","description":"The BTS‑FGL is a gas‑tight, two‑step premium connection featuring a bored, full open (FO) inside diameter and a precision‑machined groove to accommodate liner rings and flanges used in Fiber Glass Liner (FGL) or Glass Reinforced Epoxy (GRE) systems. With adjusted thread diameters to better utilize the upset’s cross‑sectional area, the BTS‑FGL retains more of the original strength of the BTS‑8 while maintaining the sealing reliability and field‑proven performance required in corrosion‑resistant liner installations","keySpecs":[{"label":"Size range","value":"2.062″ – 4.500″"},{"label":"Tension","value":"103 % – 106 %"},{"label":"Compression","value":"*Not listed* (compression figures not provided on the page)."}],"featuresBenefits":["Flush inside diameter enables easy lining operations","Optimized design & lining assembly that does not sacrifice tension or internal pressure","Integral connection design reduces leak paths compared to API & eliminates coupling‑based running issues","Built with the trusted Benoit Two‑Step design; proven to reduce galling & stab deep for consistent & fast running practices","Metal‑to‑metal seal proven to be 100 % gas tight through deviated wells"],"testingPerformed":["Make & Break","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/bts-fgl"},{"id":"echo-f4","slug":"echo-f4","name":"ECHO-F4","category":"threaded-connections","subcategories":["Integral","Flush Joint","Semi Premium"],"applications":["Special Clearance"],"shortDescription":"The ECHO-F4™ is a flush joint connection designed for slim-hole applications and remedial operations in wells with casing integrity issues.","description":"The ECHO‑F4 is a flush joint connection engineered for slim‑hole applications and remedial operations where casing integrity has been compromised. Its swaged and bored pin and flush outside‑diameter profile make it easy to install while maintaining internal clearance. A precision‑machined groove and Teflon sealing ring provide low‑pressure sealability, making the ECHO‑F4 an economical and reliable solution for liners and casing repair jobs.","keySpecs":[{"label":"Size range","value":"2.375″ – 5.500″"}],"featuresBenefits":["Outside diameter flush with pipe body, minimizing external protrusions.","Integral connection design reduces leak paths versus API and eliminates coupling‑based running issues.","Proprietary interference threadform for robust make‑up strength and torque resistance.","Metal‑to‑metal internal seal provides gas‑tight sealing reliability.","Recessed Teflon seal ring protects internal plastic coating during installation."],"testingPerformed":["Make & Break","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/echo-f4"},{"id":"echo-f4-fgl","slug":"echo-f4-fgl","name":"ECHO-F4 FGL","category":"threaded-connections","subcategories":["Integral","Flush Joint","Semi Premium"],"applications":["Injection String","Special Clearance","Fiberglass Lined (FGL)"],"shortDescription":"The ECHO-F4™-FGL is a flush joint connection designed for slim-hole and remedial applications, with a design modification to support Fiber Glass Liner (FGL) and Glass Reinforced Epoxy (GRE) systems.","description":"ECHO‑F4 FGL is a flush joint connection designed for Fiber Glass Liner (FGL) systems. It incorporates a swaged and bored pin and a flush OD profile, along with a precision‑machined groove to secure liner rings and flanges, delivering reliable lining operations.","keySpecs":[{"label":"SIZE RANGE","value":"2.875” - 4.500”"},{"label":"TENSION","value":"51%-55%"}],"featuresBenefits":["Outside diameter flush with pipe body, eliminating external interference.","Flush inside diameter enables smooth lining operations.","Optimized groove and latching assembly secures the liner without sacrificing tension or internal pressure performance.","Integral connection design reduces leak paths versus API and eliminates coupling‑based running issues.","Proprietary interference threadform provides robust make‑up and gas‑tight sealing.","Metal‑to‑metal internal seal ensures a reliable pressure barrier."],"testingPerformed":["Make & Break","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/echo-f4-fgl"},{"id":"echo-ss","slug":"echo-ss","name":"ECHO-SS","category":"threaded-connections","subcategories":["Integral","Upset","Semi Premium"],"applications":["Special Clearance"],"shortDescription":"The ECHO-SS™ utilizes the same proven thread geometry as the ECHO-F4™, but is threaded on upset pipe ends to increase the connection’s cross-sectional area and overall strength.","description":"The ECHO‑SS connection shares the same thread geometry as the ECHO‑F4 but is threaded on upset pipe ends to increase cross‑sectional area and strength. It delivers improved tension capacity and is optimized for operations where connection integrity under tensile loads is paramount.","keySpecs":[{"label":"SIZE RANGE","value":"1.000” – 3.500”"},{"label":"TENSION","value":"102% - 115%"}],"featuresBenefits":["Metal‑to‑metal seal stronger than the pipe body.","Slimmer connection OD than API coupled connections, offering improved clearance.","Integral connection design reduces leak paths and eliminates coupling‑based running issues.","Dual torque shoulders provide high-torque capacity with a smooth OD and ID profile.","Flush inside diameter with internal shoulders reduces turbulence and eliminates the J‑area."],"testingPerformed":["Make & Break","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/echo-ss"},{"id":"sbfj","slug":"sbfj","name":"SBFJ","category":"threaded-connections","subcategories":["Integral","Semi Flush Joint","Upset","Premium"],"applications":["Special Clearance"],"shortDescription":"The SBFJ™—or Super Benoit Flush Joint—delivers premium performance in a robust design, uniquely engineered for 5.5\" tubing.","description":"The Super Benoit Flush Joint (SBFJ) is a robust flush joint connection engineered for 5.500″ tubing. It uses a larger outside‑diameter connection to accommodate a two‑step thread and provide sufficient cross‑sectional area. The connection incorporates internal, external and mid‑connection torque shoulders and two metal‑to‑metal seals.","keySpecs":[{"label":"SIZE RANGE","value":"5.500”"},{"label":"TENSION","value":"53%"}],"featuresBenefits":["Flush inside diameter for optimal flow.","Integral design reduces leak paths versus API and eliminates coupling‑based running issues.","Slim outer diameter allows installation in tight‑tolerance wellbores.","Designed with Benoit’s two‑step thread to reduce galling and facilitate deep stabbing.","Metal‑to‑metal seals provide 100 % gas‑tight performance."],"testingPerformed":["Make & Break","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/sbfj"},{"id":"tscc","slug":"tscc","name":"TSCC","category":"threaded-connections","subcategories":["Threaded And Coupled","Premium"],"applications":["Special Clearance"],"shortDescription":"The TSCC™ is a threaded and coupled premium connection that combines a durable two-step thread profile with a modified buttress thread form on both pin and box ends.","description":"The TSCC is a threaded and coupled premium connection featuring two metal‑to‑metal seals and internal, external and mid‑connection torque shoulders. It is designed to provide high tensile efficiency with a slim outer diameter.","keySpecs":[{"label":"SIZE RANGE","value":"2.375” – 5.500”"},{"label":"TENSION","value":"51% - 64%"}],"featuresBenefits":["Flush inside diameter for optimal flow.","Benoit two‑step design and threadform reduces galling and allows deep stabbing for consistent running operations.","Metal‑to‑metal seal is proven gas tight through deviated wells."],"testingPerformed":["Make & Break","Finite Element Analysis","Field Proven"],"canonicalUrl":"https://benoit-inc.com/our-products/tscc"},{"id":"pup-joints","slug":"pup-joints","name":"Pup Joints","category":"completion-accessories","subcategories":[],"applications":[],"shortDescription":"Pup joints are short sections of tubulars used to space out equipment like packers, safety valves, and gas lift mandrels, and to land tubing strings at precise depths.","description":"Pup joints are short lengths of tubing used to adjust the overall length of a tubing string or space‑out downhole tools such as packers, valves or landing nipples. They provide flexibility in string design and are available with a variety of connection types and material grades.","keySpecs":[{"label":"Size range","value":"not explicitly stated; common lengths include 2′, 4′, 6′, 8′ and 10′ and custom lengths can be furnished."}],"featuresBenefits":["Allows adjustment of tubing string length to ensure proper spacing for downhole tools.","Enables spacing‑out packers, valves and other accessories at precise locations.","Offered with premium, semi‑premium or API connections in various material grades.","Available in standard lengths of 2 ft, 4 ft, 6 ft, 8 ft or 10 ft, or custom lengths and quantities upon request.","Supports well completions and workovers by providing flexibility in string design and field installations.","Improves installation flexibility by allowing operators to quickly adjust string length without cutting and re‑threading pipe."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/pup-joints"},{"id":"crossovers","slug":"crossovers","name":"Crossovers","category":"completion-accessories","subcategories":[],"applications":[],"shortDescription":"A crossover is a completion accessory used to transition between different sizes, weights, connection types, or material grades within a string.","description":"A crossover is a completion accessory that allows transition between different sizes, weights, connection types or material grades within a tubing string. Offered in various configurations and orientations, crossovers help operators tailor string designs, utilize existing inventory and improve operational flexibility, thereby enhancing compatibility and efficiency.","keySpecs":[{"label":"Size range","value":"0.750″ – 7.625″."}],"featuresBenefits":["Available in Premium, Semi‑Premium or API connections and various material grades.","Facilitates transitions between different sizes, weights, connections and materials to simplify string integration.","Offers multiple configurations and orientations to meet specific design requirements.","Customizable to customer specifications for improved fit and functionality.","Maximizes inventory flexibility by adapting existing stock to well designs.","Helps reduce lead times by enabling efficient use of available materials.","Compact, efficient design supports faster installation and streamlined field operations.","Enhances overall flexibility in tubing‑string design and deployment. --- *This index compiles information manually observed from Benoit Inc.'s product pages. The details above cover the BEN‑HT6 high‑torque workstring connection and the Crossovers completion accessory. Once reviewed, additional products can be added following this format.*"],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/crossovers"},{"id":"subs","slug":"subs","name":"Subs","category":"completion-accessories","subcategories":[],"applications":[],"shortDescription":"Subs are short, purpose-built components installed within the tubing string to facilitate connection, transition, or handling between downhole tools and tubulars.","description":"Subs are short, purpose‑built components used to connect, transition or handle between downhole tools and tubulars. They include saver subs, lift subs, adapter subs and crossover subs. Subs align thread types, protect equipment and integrate accessories while being built with premium, semi‑premium or API connections as required.","keySpecs":[{"label":"SIZE RANGE","value":"0.750” – 7.625”"}],"featuresBenefits":["Available in saver, adapter, lift and crossover configurations to meet various transition needs.","Offered with premium, semi‑premium or API connections and various material grades.","Pin‑by‑pin, box‑by‑box and crossover thread options for connecting dissimilar threads.","Custom‑built to match specific string designs and connection requirements.","Enables transition between different thread types or protects high‑value components from damage.","Supports handling, lifting or space‑out requirements during installation and retrieval.","Durable construction designed to withstand high‑load and high‑pressure environments."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/subs"},{"id":"blast-joints","slug":"blast-joints","name":"Blast Joints","category":"completion-accessories","subcategories":[],"applications":[],"shortDescription":"The blast joint is a heavy-wall accessory designed to protect the completion string from erosion and wear in high-pressure, high-velocity flow conditions.","description":"Blast joints are heavy‑wall tubing accessories designed to protect the completion string from erosion and wear caused by high‑pressure, high‑velocity flow, particularly around restricted inside‑diameter components such as landing nipples and sliding sleeves. They are typically installed in injection, production or crossover zones where flow turbulence could damage the string.","keySpecs":[{"label":"Size range","value":"0.750″ – 7.625″."}],"featuresBenefits":["Available with premium, semi‑premium or API connections in various material grades.","Protects tubing string integrity in high‑velocity or high‑turbulence zones by absorbing erosive forces.","Mitigates erosion above and below flow‑control equipment, prolonging string life.","Heavy, oversized‑wall design withstands prolonged exposure to high‑pressure, high‑velocity fluids.","Engineered to extend service life in injection, production and crossover zones.","Integrates seamlessly into tubing strings without requiring special handling or tools.","Customizable wall thickness and length for critical applications and specific well conditions.","Commonly installed in deviated, high‑rate or gas‑lift wells with aggressive flow profiles."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/blast-joints"},{"id":"combo-joint","slug":"combo-joint","name":"Combo-Joint","category":"completion-accessories","subcategories":[],"applications":[],"shortDescription":"The Combo Joint combines a heavy-wall section and a standard OD section of equal length—typically 10 or 12 feet—to provide targeted erosion protection near flow-control tools such as sliding sleeves, landing nipples, or safety valves.","description":"The Combo‑Joint® combines a heavy‑wall section with a standard API‑dimensioned section (commonly 10 or 12 ft) to provide localized erosion protection near sliding sleeves, landing nipples and safety valves. The heavy‑wall section reinforces high‑velocity zones without requiring special tools or running procedures.","keySpecs":[{"label":"Length","value":"heavy‑wall section length matched to erosion risk; common overall lengths are 10 ft and 12 ft."}],"featuresBenefits":["Available with premium, semi‑premium or API connections in various material grades.","Provides targeted erosion protection near sliding sleeves, landing nipples, safety valves and other flow‑control tools.","Heavy‑wall section is designed for easy make‑up and is compatible with standard running equipment.","Common lengths of 10 ft and 12 ft ensure simplified handling and installation.","Offered in upper and lower configurations to reinforce high‑velocity zones above or below a tool.","Supports installation of flow‑control accessories in high‑velocity or erosion‑prone zones without changing standard running practices."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/combo-joint"},{"id":"rolling-mule-shoe","slug":"rolling-mule-shoe","name":"Rolling Mule Shoe","category":"completion-accessories","subcategories":[],"applications":[],"shortDescription":"The Benoit Rolling Mule Shoe is a guide shoe with integrated rollers designed to reduce drag and improve tubing or casing installation efficiency, particularly in offshore and extended-reach applications.","description":"A rolling mule shoe is a guide shoe with integrated rollers designed to reduce drag and improve the efficiency of running tubing or casing, especially in offshore and extended‑reach operations. The rollers help navigate tight‑radius wellbores while protecting the casing ID.","keySpecs":[{"label":"Size range","value":"6.000″ – 8.445″."}],"featuresBenefits":["Integrated rollers reduce friction and drag, enabling efficient run‑in.","Protects the casing ID from wear and mechanical damage.","Enhances run‑in efficiency in deviated or horizontal wellbores.","Ideal for offshore completions and tight‑tolerance casing operations.","Guided nose design improves alignment during entry and landing.","Reduces risk of hang‑ups, buckling and tool wear during installation.","Available with API, semi‑premium and premium threaded connections.","Helps maintain casing integrity while minimizing rig time."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/rolling-mule-shoe"},{"id":"stabbing-guides","slug":"stabbing-guides","name":"Stabbing Guides","category":"completion-accessories","subcategories":[],"applications":[],"shortDescription":"Stabbing guides ensure safe and accurate alignment of pin and box connections while running tubulars in the field.","description":"Stabbing guides are devices that align two sections of casing or tubing during make‑up procedures. They prevent thread damage, reduce connection time and enhance rig safety. Stabbing guides are constructed from durable polyurethane and aluminum to withstand repeated field use.","keySpecs":[{"label":"Size range","value":"0.750″ – 5.500″."}],"featuresBenefits":["Aligns casing and tubing to prevent cross‑threading or misalignment during makeup.","Reduces make‑up time and improves rig‑floor efficiency.","Protects threads from damage during stabbing and running operations.","Constructed from durable polyurethane and aluminum for repeated field use.","Lightweight design allows quick installation and removal.","Ergonomic spring‑loaded latch ensures secure engagement and easy operation.","Compatible with a wide range of casing and tubing sizes."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/stabbing-guides"},{"id":"bull-plug","slug":"bull-plug","name":"Bull Plug","category":"completion-accessories","subcategories":[],"applications":[],"shortDescription":"Bull plugs are solid, threaded-end fittings used to seal off the ends of tubing or casing.","description":"Bull plugs are solid threaded‑end fittings used to seal the ends of tubing or casing. They provide a reliable barrier to prevent fluid flow during completion operations or maintenance and are critical for well integrity. Bull plugs come in various sizes and thread types to match different tubing and casing strings.","keySpecs":[{"label":"SIZE RANGE","value":"0.750” – 7.625”"}],"featuresBenefits":["Seals the end of tubing, casing or pipe to prevent fluid flow during completions or maintenance.","Used for wellbore isolation and pressure control during temporary shut‑offs or workovers.","Available in multiple sizes with API, premium or semi‑premium connections.","Offered in carbon steel, chrome or corrosion‑resistant alloys to suit different well environments.","Solid‑body design provides high‑pressure sealing capability and long service life.","Provides a simple, reliable solution for maintaining wellbore integrity."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/bull-plug"},{"id":"running-equipment","slug":"running-equipment","name":"Running Equipment","category":"completion-accessories","subcategories":[],"applications":[],"shortDescription":"Running equipment is essential for safe and efficient rig operations.","description":"Running equipment encompasses a range of accessories—such as stabbing guides, handling plugs and TIW valve crossovers—designed to facilitate safe and efficient rig operations. These tools ensure alignment during make‑up, protect threads and allow safe lifting of tubulars. TIW valve crossovers enable compatibility between safety valves and string components.","keySpecs":[{"label":"Size range","value":"0.750″ – 7.625″."},{"label":"Standard tools include","value":"Handling Plugs, Handling Nubbins, Stabbing Guides and TIW/Safety Valve Crossovers."}],"featuresBenefits":["Protects threads and ensures proper alignment during make‑up and running operations.","Facilitates lifting and movement of tubulars and tools on the rig floor.","Compatible with TIW valves and rig handling equipment, reducing complexity.","Enhances rig floor safety and operational efficiency.","Available for rental and regularly inspected to ensure reliability in demanding environments."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/running-equipment"},{"id":"pro-rupture-disk","slug":"pro-rupture-disk","name":"PRO Rupture Disk","category":"flow-control-tools","subcategories":[],"applications":[],"shortDescription":"The Benoit PRO Rupture Disk Sub combines a precision-machined ceramic rupture disk with an integrated landing nipple profile to increase efficiency and reduce complexity.","description":"The PRO rupture disk combines a ceramic rupture disk with an integrated landing‑nipple profile to provide temporary pressure isolation while allowing flow control devices to be installed through the same profile. Rated to 10,000 psi, it reduces bottom hole assembly length, leak paths and rig time.","keySpecs":[{"label":"Size range","value":"2.375″ – 2.875″."}],"featuresBenefits":["Combines a ceramic rupture disk and landing‑nipple profile in one tool.","Provides various methods of temporary pressure isolation in completion and workover operations.","Integrated profile accepts standard lock mandrels for flow‑control tools.","Reduces bottom‑hole assembly length, leak paths and rig time by consolidating functions.","Enables full‑bore access after rupture of the disk.","Available in multiple connection configurations to suit different string designs.","Enhances operational efficiency and reduces complexity in completing wells."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/pro-rupture-disk"},{"id":"sliding-sleeves","slug":"sliding-sleeves","name":"Sliding Sleeves","category":"flow-control-tools","subcategories":[],"applications":[],"shortDescription":"The Benoit Sliding Sleeve (BSS®) is a mechanically actuated flow control device featuring metal-to-metal sealing throughout the design—eliminating reliance on seal rings or thread compounds.","description":"Benoit’s BSS® sliding sleeves are mechanically actuated flow control devices with metal‑to‑metal sealing. Manufactured from Hyper 13 Chrome and 17‑4 PH stainless steel, they allow zone control, fluid circulation and gravel‑pack operations. Sliding sleeves may be configured to shift up or down and feature a landing‑nipple profile for lock mandrels. They are designed for high‑temperature, corrosive environments and are widely used in advanced completions.","keySpecs":[{"label":"Size range","value":"2.0625″ – 3.500″."},{"label":"Configuration","value":"shift‑up or shift‑down."}],"featuresBenefits":["Full metal‑to‑metal sealing design for high‑pressure, high‑temperature service.","Manufactured from chrome alloy and stainless steel for corrosion and galling resistance.","Hyper 13 Chrome outer body and 17‑4 PH stainless inner sleeve provide durability.","Landing‑nipple profile with standard or no‑go options for lock mandrels.","Spring‑energized packing stack rated to 350 °F (177 °C).","Slimline design suitable for restricted‑clearance or gravel‑pack completions.","Shift‑up or shift‑down operation allows flexibility in flow control.","NACE‑compliant materials available for sour environments.","Selective zone production without killing the well.","Field‑proven reliability across multiple completions systems."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/sliding-sleeves"},{"id":"landing-nipples","slug":"landing-nipples","name":"Landing Nipples","category":"flow-control-tools","subcategories":[],"applications":[],"shortDescription":"Landing nipples are downhole tools with an internal locking profile and seal bore, designed to receive industry-standard lock mandrels for tubing isolation and flow control.","description":"Landing nipples are downhole tools with an internal locking profile designed to receive standard lock mandrels. They are available in BCS (standard) and BCH (heavy‑wall) designs and are compatible with X and R profile mandrels. Landing nipples can be ordered in standard or no‑go configurations and may be API 14L certified or non‑certified. Benoit offers 100 % inspected and fit‑tested nipples with certification packages.","keySpecs":[{"label":"Size range","value":"1.500″ – 4.500″."}],"featuresBenefits":["Standard and heavy‑wall design options (BCS and BCH).","Available with premium, semi‑premium or API connections.","Compatible with plugs, valves, gauges and X/R lock mandrels.","Offered in standard or no‑go configurations.","Manufactured in carbon steel, chrome alloys and NACE‑compliant materials.","API 14L certified or non‑certified options.","100 % CMM inspected and fit‑tested to ensure quality and performance.","Supports zonal isolation, flow control and well monitoring.","Reduces downtime during completions and interventions by facilitating quick installation and retrieval."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/landing-nipples"},{"id":"dual-rupture-disk-sub","slug":"dual-rupture-disk-sub","name":"Dual Rupture Disk Sub","category":"flow-control-tools","subcategories":[],"applications":[],"shortDescription":"Benoit's Double Ceramic Rupture Disk Sub is a dual-barrier flow control tool designed for temporary isolation above and below within the completion string.","description":"The dual rupture disk sub is a bidirectional isolation tool with opposing ceramic disks rated to 10,000 psi. It provides bidirectional pressure containment and allows full‑bore flow once the disks are mechanically ruptured by a drop bar or other intervention. Typically used during well completions and wellbore displacement.","keySpecs":[{"label":"Size range","value":"2.375″ – 2.875″."}],"featuresBenefits":["Provides temporary bidirectional isolation during completion or displacement operations.","Rated to 10,000 psi above and below the disks.","Dual ceramic disks ensure pressure integrity under differential pressures.","Disks can be mechanically ruptured by drop bar or intervention to open the string.","Allows full‑bore flow once the disks are ruptured.","Available in box‑by‑pin or box‑by‑muleshoe/re‑entry guide options."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/dual-rupture-disk-sub"},{"id":"rupture-disk-sub","slug":"rupture-disk-sub","name":"Rupture Disk Sub","category":"flow-control-tools","subcategories":[],"applications":[],"shortDescription":"The Blast Joint is a short section of heavy-walled pipe, that is threaded on both ends.","description":"A rupture disk sub uses a ceramic disk rated to 10,000 psi to provide temporary wellbore isolation during tubing installation or wellbore displacement. Once the operation is complete, the disk can be ruptured with pressure or a drop bar to allow full‑bore opening.","keySpecs":[{"label":"Size range","value":"2.375″ – 2.875″."}],"featuresBenefits":["No J‑area—eliminating a common point of weakness in threaded connections.","Flush inside diameter for unobstructed flow.","Integral design; no coupling reduces potential leak paths and simplifies installation.","Internal and external torque shoulders provide strength and support.","Modified buttress thread form improves connection integrity.","Slim connection outer diameter for compatibility with restricted bores."],"testingPerformed":[],"canonicalUrl":"https://benoit-inc.com/our-products/rupture-disk-sub"}]}