An ultra-premium, high-performance die cast, zinc alloy, solid blade centralizer designed to reduce torque & drag while running casing. The blade design will An ultra-premium, high-performance die cast, zinc alloy, solid blade centralizer designed to reduce torque & drag while running casing. The blade design will create turbulence, promoting 360° cement coverage.
‘Passive Angled Four Blade’ is a die-cast, zinc alloy, solid blade centralizer that has been specifically designed for sand control/gravel pack applications. A four bladed unit complete with reduced blade angle to maximize flow area, minimize back pressure and potential pack-off.
The ultimate friction reduction SPIR-O-LIZER® is designed to reduce cased hole running drag and maximize open hole standoff efficiency. Low friction blade inserts will reduce as the liner is run through the previous casing string to expose the SPIR-O-LIZER 360° blade form to aid running as the liner enters open hole. Low friction bands in the bore of the centralizer ensure extremely low start up torque when the liner is rotated during the cementing process.
A fabricated, heavy duty steel centralizer that has been designed specifically for centralizing large bore casing inside risers where conventional centralizers are not fit for purpose.
A robust one-piece semi-rigid centralizer manufactured from spring steel to allow for flexing when passing through gauged hole applications.
A unique design with hinged non-welded centralizers for use in less demanding well bore applications where rotation is not a requirement.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
The premium cement filled FLOAT SHOE can be ordered with single, double, or auto-fill valve options.
An ultra-premium, high-performance die cast, zinc alloy, solid blade centralizer designed to reduce torque & drag while running casing. The blade design will An ultra-premium, high-performance die cast, zinc alloy, solid blade centralizer designed to reduce torque & drag while running casing. The blade design will create turbulence, promoting 360° cement coverage.
‘Passive Angled Four Blade’ is a die-cast, zinc alloy, solid blade centralizer that has been specifically designed for sand control/gravel pack applications. A four bladed unit complete with reduced blade angle to maximize flow area, minimize back pressure and potential pack-off.
The ultimate friction reduction SPIR-O-LIZER® is designed to reduce cased hole running drag and maximize open hole standoff efficiency. Low friction blade inserts will reduce as the liner is run through the previous casing string to expose the SPIR-O-LIZER 360° blade form to aid running as the liner enters open hole. Low friction bands in the bore of the centralizer ensure extremely low start up torque when the liner is rotated during the cementing process.
A fabricated, heavy duty steel centralizer that has been designed specifically for centralizing large bore casing inside risers where conventional centralizers are not fit for purpose.
A robust one-piece semi-rigid centralizer manufactured from spring steel to allow for flexing when passing through gauged hole applications.
A unique design with hinged non-welded centralizers for use in less demanding well bore applications where rotation is not a requirement.
An ultra-premium, high-performance die cast, zinc alloy, solid blade centralizer designed to reduce torque & drag while running casing. The blade design will An ultra-premium, high-performance die cast, zinc alloy, solid blade centralizer designed to reduce torque & drag while running casing. The blade design will create turbulence, promoting 360° cement coverage.
‘Passive Angled Four Blade’ is a die-cast, zinc alloy, solid blade centralizer that has been specifically designed for sand control/gravel pack applications. A four bladed unit complete with reduced blade angle to maximize flow area, minimize back pressure and potential pack-off.
The ultimate friction reduction SPIR-O-LIZER® is designed to reduce cased hole running drag and maximize open hole standoff efficiency. Low friction blade inserts will reduce as the liner is run through the previous casing string to expose the SPIR-O-LIZER 360° blade form to aid running as the liner enters open hole. Low friction bands in the bore of the centralizer ensure extremely low start up torque when the liner is rotated during the cementing process.
A fabricated, heavy duty steel centralizer that has been designed specifically for centralizing large bore casing inside risers where conventional centralizers are not fit for purpose.
A robust one-piece semi-rigid centralizer manufactured from spring steel to allow for flexing when passing through gauged hole applications.
A unique design with hinged non-welded centralizers for use in less demanding well bore applications where rotation is not a requirement.
An ultra-premium, high-performance die cast, zinc alloy, solid blade centralizer designed to reduce torque & drag while running casing. The blade design will An ultra-premium, high-performance die cast, zinc alloy, solid blade centralizer designed to reduce torque & drag while running casing. The blade design will create turbulence, promoting 360° cement coverage.
‘Passive Angled Four Blade’ is a die-cast, zinc alloy, solid blade centralizer that has been specifically designed for sand control/gravel pack applications. A four bladed unit complete with reduced blade angle to maximize flow area, minimize back pressure and potential pack-off.
The ultimate friction reduction SPIR-O-LIZER® is designed to reduce cased hole running drag and maximize open hole standoff efficiency. Low friction blade inserts will reduce as the liner is run through the previous casing string to expose the SPIR-O-LIZER 360° blade form to aid running as the liner enters open hole. Low friction bands in the bore of the centralizer ensure extremely low start up torque when the liner is rotated during the cementing process.
A fabricated, heavy duty steel centralizer that has been designed specifically for centralizing large bore casing inside risers where conventional centralizers are not fit for purpose.
A robust one-piece semi-rigid centralizer manufactured from spring steel to allow for flexing when passing through gauged hole applications.
A unique design with hinged non-welded centralizers for use in less demanding well bore applications where rotation is not a requirement.
The Port Collar product line provides a means of selective annular displacement, stimulation, or remediation. These full-bore, mechanically actuated tools are available in a variety of configurations including an industry-exclusive, gas-tight, metal-to-metal design that can be utilized for planned or contingency stage cementing operations in critical wells without compromising casing integrity. There are two distinct styles: rotate motion with elastomeric seals; and linear motion with metal-to-metal seals or elastomeric seals.
The Pump Out Stage Cementing Collar (SCC) is a cementing sleeve that provides a selective communication path inside the casing to the annulus without requiring any drill out of opening/closing plugs or seats after cementing operations are complete. The Pump Out SCC contains an inner sleeve that is actuated via hydraulic pressure applied to the casing string. Once the sleeve shifts into the open position, the flow ports are exposed, and cement is pumped into the annulus as per normal stage cementing operations. Once the cement is pumped away, a closing plug is launched and lands in The Pump Out SCC, and additional pressure is applied closing the ports/sleeve permanently. Increasing pressure further shears the internal components out of The Pump Out SCC allowing them to fall to the bottom of the casing string without the need to drill out.
TAM’s EPIC® (Essential Products for Integrity and Containment) solutions provide packer and stage cementing systems for life-of-well cement integrity. See TAM’s Cementing Sleeves and FREECAP® swellable packers for more EPIC solutions.