Product Sheet Landing Nipple
Place various flow control devices in the completion string.
Prevent flow control devices from passing
Landing and seating nipples are no-go devices with a reduced bore smaller than the tubing ID. They prevent flow control tools from passing through and are available for single and dual completions.
For some applications, such as in setting a hydraulic packer with an equalizing standing valve, no locking device is required. In such cases, a nipple with a top no-go shoulder on the uppermost end and a polished bore is used. The standing valve shoulders against the reduced ID of the packing bore and seals in the polished section.
For more information on the below products, please contact us for additional specifications.
The A-seating nipple is a top, no-go, reduced-bore, polished-bore nipple. This nipple is used when no locking device is required, such as in setting a hydraulic packer with a standing valve. The A-seating nipple receives M- or A-series equalizing standing valves.
CAMX landing nipples are fully selective nipples used to land, lock, and seal Otis-style X-type lock-ing mandrels with attached flow control devices in the production tubing string.
The D-15 no-go landing nipples allow landing, locking, and sealing of locks with attached flow control devices in ultrahigh-pressure production tubing.
DB-HP landing nipples are high-pressure, large-bore, top no-go nipples that allow landing, locking, and sealing of locks with attached flow-control devices in the production tubing.
DB landing nipples are large-bore, top no-go nipples that are used to allow landing, locking, and sealing of locks with attached flow control devices in the production tubing.
The D-series landing nipples are top no-go nipples. They allow landing, locking, and sealing of locks with attached flow control devices in the production tubing.
Nipples with a range of sizes, thread connections, metallurgies, and pressure ratings are available for landing, locking, and sealing locks with attached flow control devices in the production tubing. The internal profile of these nipples includes a shoulder that engages the no-go of the appropriate lock, a locking recess, and a polished bore. The lock and flow control device are lowered into the tubing using slickline until the no-go of the lock contacts the no-go shoulder in the nipple. Jarring causes the locking dogs to move out into the locking recess, anchoring the assembly; the lock packing seals in the nipple's polished bore. Multiple bore sizes are available for stacked, multiple-nipple applications.