2 PIECE Flanged End Ball Valve

Premium quality Ball Valve range from X2 Valves

Probably the most popular type of ball valve is the two-piece design. The 2-piece ball valve is ideal for almost any application where a straightforward on/off action is required. It can swiftly and easily open or shut off flow for the majority of liquids, oils, and gases. By varying the degree of partial opening or closure of the valve, the flow rate can also be managed. It is also known as a two-way ball valve because it permits bidirectional flow from the inlet to the outlet.

2PC Flange End Ball Valve
2 PIECE Flanged End Ball Valve Line Diagram

Design Features

MOC:

WCB/CF8/CF8M/CF3/CF3M And high nickel Alloys,Etc.

Valve Design:

Two Piece Construction

Size:

15mm to 250mm (1/2" TO 10")

End Connection:

Flanged End (ASME B16.5

Pressure Class:

150#

Operation:

Manual

Design & manufacturing Standard:

ISO 17292 / BS 5351 / API 6D

Testing & Inspection:

API 598 / BS 6755

Fire Safe:

On Request

Valve Bore:

Full Bore

Face to Face:

ASME B16.10

Temp. Range:

-20 TO 180°C

Benefits & Application

  • Full port - higher flow rates & No Pressure Drops
  • Blowout-proof Stem Design
  • Anti Static Device (On Request)
  • Less joint - Chance of low leakage
  • Fire Safe Design (On Request)
  • More economical than 3-piece Design
  • Low cost compared to other full port options

Technical Specifications

No. Description Material
1 Body ASTM A216 Gr. WCB / ASTM A351 Gr. CF8/CF8M/CF3/CF3M
2 Tail Piece ASTM A216 Gr. WCB / ASTM A351 Gr. CF8/CF8M/CF3/CF3M
3 Ball (Hollow/ Solid) ASTM A351 Gr. CF8/CF8M/CF3/CF3M
4 Seat Ring PTFE/GFT/CFT/TFM
5 Body Seal PTFE/GFT/CFT/TFM/GRAFOIL
6 Stem Seal PTFE/GFT/CFT/TFM/GRAFOIL
7 Gland Seal PTFE/GFT/CFT/TFM/GRAFOIL
8 Gland SS304/SS316/SS304L/SS316L/SS410
9 Lock Nut SS202/SS304/SS316/MS
10 Stem SS304/SS316/SS304L/SS316L/SS410
11 Handle SS202/SS304/SS316/CS
12 Sleev PVC
13 Bolt SS202/SS304/SS316/B7/MS

Testing Parameters

Test Type Unit-Kg / Cm2 PSIG
Hydro. Shell 32 430
Hydro. Seat 22 315
Air/Pneumatic 7 80