>FJ-CH-01
The straight-through bore design can accommodate FJ-SHG-01, FJ-SHG-03, FJ-MCHG-01, FJ-MCHG-02 casing hangers. 45° -degree shoulder available in the housing and spool provides a capab小ty to hold heavy Casing Strings and test loads with safety and reliability.
>FJ-CH-02
The straight-through bore design can accommodate FJ-SHG-02casing hangers. Dual 45° -degree shoulder available in the housing and spool provides a capability to hold heavy Casing Strings with safety and reliability. The upper 45° -degree shoulder holds the pack-off pressure and test loads while the lower one provides independent support to the total casing weight.
>FJ-CH-03
The straight-through bore design.45° -degree shoulder available in the housing and spool provides a capability to hold heavy Casing Strings and test loads with safety and reliability. It has two independent outlets which can meet the requirements of field.

>FJ-CS-01：

The straight-through bore design can accommodate with FJ-SHG-01, FJ-SHG-03, FJ-MCHG-01, FJ-MCHG-02 casing hangers. 45° -degree shoulder available in the housing and spool provides a capability to hold heavy Casing Strings and test loads with safety and reliability.

>FJ-CS-02:

The straight-through bore design can accommodate FJ-SHG-02 casing hangers. Dual 45° -de­gree shoulder available in the housing and spool provides a capability to hold heavy Casing Strings with safety and reliability. The upper 45° -degree shoulder holds the pack-off pressure and test loads while the lower one provides independent support to the total casing weight

>FJ-TH-01:

The straight-through bore design can accommodate FJ-MTHG-01 tubing hangers. 45° -degree shoulder available in the housing and spool provides a capability to hold heavy Tubing Strings and test loads with safety and reliability.

>FJ-TH-02:

The straight-through bore design can accommodate FJ-MTHG-02, FJ-MTHG-03 tubing hangers. 45° -degree shoulder available in the housing and spool provides a capability to hold heavy Tubing Strings and test loads with safety and reliabiliIty. A limiting device is used to fix the direction of the hanger.

>FJ-THA-01：
The bottom adapter connection matches the tubing head, and the top adapter connection match­es the tree. It can match the FJ-MTHG-01 tubing hanger. The internal seal position may be designed to meet the metal seal or Elastomer seal.

>FJ-THA-02:
The bottom adapter connection matches the tubing head, and the top adapter connection match­es the tree. It can match the FJ-MTHG-02 tubing hanger. The internal seal position may be designed to meet Elastomer seal.

>FJ-THA-03
The bottom adapter connection matches the tubing head, and the top adapter connection match­es the tree. It can match the FJ-MTHG-03 tubing hanger. The internal seal position may be designed to meet the metal seal or Elastomer seal.

>FJ-THA-04:
The bottom adapter connection matches the tubing head, and the top adapter connection match­es the tree. It can match the FJ-MTHG-02 tubing hanger. The internal seal position may be designed to meet Elastomer seal.

>Mechanism used to support a casing string in a casing head by gripping the pipe with wedge-type members. Slips hanger can be divided into (FJ-SHG-01),manual seal + automatic seal (FJ-SHG-O2),and non-seal, which needs to be used with seal package(FJ-SHG-O3).

>Mechanism used to support a casing or tubing string in a casing or tubing head by means of a male or female thread attached to the casing. The seals of hanger are designed to meet operating pressures up to 15,000PSl (Metal + Elastomer seal is used for over 10K and Elastomer seal for 10K and below). Lifting thread of the hanger can be designed as ACME left screw thread or casing/tubing thread. At the same time, ESP holes, control cable holes and chemical injection line holes are allowed on the tubing hanger body.

>TEST PLUG(COMBINATION TOOL)