Factory wholesale price for Trunnion Support,Trunnion Plate for Ball Valves in Suriname
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Trunnion Support, Trunnion Plate
Nominal Size: DN1 -48 (DN25-1200)
Pressure Rating: ANSI 150-2500(PN16-420)
-Ferrite Steel: ASTM A105,A105N; A350 LF2
-Austenitic Steel: A182 F304,F304L,F316,F316L,F317,F317L,F321
-Duplex, Super Steel: A182 F51/F53/F55/F60
-Martensite Steel: A182 F6a/AISI 410
-Nickel Alloy Steel: Monel, Inconel, Hastelloy,
-Precipitation Hardening Steel:17-4PH/A564 Gr.630
NDT Test: Radiographic test (RT), Ultrasonic Test (UT), Dye penetrant test (DT), Magnetic particle Test (MT)
GMK VALVE, Special mechanical working of complete Valve Forgings: Valve ball, Seat Ring, Valve body, Valve closure (Bonnet, Tailpiece, End piece), Adapter Flange/Support Flange/Top Flange, Gland(Gland Cap), Trunnion Support, Trunnion Plate
Fully Welded Ball Valves with Flanged and Butt-welded Connection, trunnion mounted ball type, , Available in Size of 1/2 to 50-inch.
type: trunnion mounted ball
Valve Body materials: A105, LF2, F11, F22, F304, F304L, F316 and F316L
Manufacturing standards: API, ANSI, BS, DIN and JIS
Pressure: ANSI class 150 to 2500 (PN1.6 to 42MPa)
Applicable temperature: -196 to 650 degrees Celsius
Connection: flanged and butt-welded
1. Anti-fire safe design
When the seat and O-ring are burnt, the seat retainer and body will be sealed by expanded graphite. Thus act anti-fire safe purpose. When the trunnion ball valve be used normally, its sealed by seat and ball surface, seat retainer sealed by O-ring and body, this is soft sealed and reliable sealing.
2. Anti-static device
Thus static electricity is conducted to ground and system safety is secured. In order to prevent friction among ball, stem and PTFE that generates static electricity which may light the combustibles and explosives that cause an accident, in this ball valve, static-conduction spring is set between the stem and the ball, the stem and the body.
3. Bow-out proof stem
In order to prevent leakage resulting from burnout of packing set of the stem in a fire, thrust bearing is set at the contact position of the shoulder at lower part of the stem and valve body. Thus an inverse seal seat is formed which will prevent leakage and avoid accident. In addition, For the purpose of preventing the stem from flying off resulting in abnormal rising of the inner pressure of valve, shoulder is fixed at the lower part of the stem.
4. Low torque in operation
The self-lubricated bearings are installed at the friction of stem, resulting in wear resistance, flexibility of operation and low torque.
When ball is full open or close position, the transmitter substance in center cavity of body can be released by drainage and emptying devices. In addition, the over loaded pressure in the center cavity of valve can be released to low pressure end by self relief seat.
6. Free leakage of body Sealed construction
The connective position of valve body and bonnet is double sealed by gasket and O-ring, on this base, such as factors as fire, high temperature, shock and uneven opening or closing of the torque all can’t induce external leakage.
7. Extension stem
For the underground installed valve, the stem can be lengthened and for the convenience of operation the corresponding compound injection nozzle and drainage valve can be extended to the top of valve.
8. Emergency sealing
A concealed check valve is installed in side of each compound injection valve to prevent compound from out flowing due to the action of transmitter substance. The top of the compound injection valve is the connector for fast connection with compound injection gun. Compound injection holes are designed and compound injection valves are installed at locations of stem/cap and body support of side valve. When sealing of stem or seat is damaged to induce leakage, the compound can be used to do the second time sealing.
9. Automatic body cavity relief and various driving types
The valve can be drive by manual, electrical, pneumatic and pneumatic/hydraulic. the trunnion ball valve downstream seat will be pushed by un-normally pressure, and the release the unnormal pressure automatically, it doesn’t damage to the sealing of upstream seat.
The unique fabricated body of the Cort C-G4 valves provides
maximum strength combined with minimum size and weight.
The rectangular configuration permits reduction of the body cavity
to the minimum required to house the gate and seat ring assemblies. The result is a lighter, more compact pipeline gate valve with a small body cavity which minimises product loss when the valve is drained.
Size Range: 6″ – 48″ (DN150mm – 1200mm)
Pressure Ratings: ANSI Class 150- 1500
Bore: Full Port (Through conduit, full round opening)
End Connections: Flanged, welded or flange x weld