Factory Supply Carbon Steel Diaphragm Valve - Forged alloy steel SW 1500LBS Globe Valve GVF-001500-S – Deye

Quick Detail

Design standard: API 602.

Body material: F91, Alloy Steel

Nominal diameter: 1/2” 3/4” 1” 1-1/2“ 2”

Pressure: CL1500LBS 

End connection: socket Welded  

Face to face: ASME B16.10.

Working temperature: -196℃~+625℃.

Test and inspection: API 598.

BB/WB OS& Y Design valve

On request

Available Material: Carbon steel, Stainless steel, Alloy steel F91, A105N, A350LF2, SS304,SS316, F53,F51

Optional stem/shaft: A182F6a, A182F304, A182F616, F51/F53,Alloy Steel

Optional seal/Seat: Stelite , STL, 2CR13, SS304, SS316/F51

Trim 1#, Trim 5#, Trim 8#, Trim 10# Trim 12#

Optional End connection: BW, Flanged, SW

ASME B 16.5, ASME 16.47A, ASME B 16.25, B16.11

Optional Operation: Hand wheel, Gearbox, Electric, Pneumatic, Electric Actuator

Range of the size diameter: 1/2″~12″ (DN15~DN300).

Range of the Rating: 150lbs~2500lbs (PN16~PN420).

Customized Design is negotiable.

 Product features:

 1. The high-pressure self-sealing globe valve is compact in structure, good in opening and closing, small in height, and easy to maintain.

2. The middle cavity adopts self-sealing structure, the higher the pressure, the better the sealing.

3. It has anti-cavitation effect, wear resistance, corrosion resistance, erosion resistance and long service life.

4. The sealing surface is hard alloy, which is not easy to be worn, scratched, has good sealing performance and long service life.

5. The valve body and cover are forged as a whole, with high strength, beautiful appearance and reliable material.

6. The middle cavity adopts pressure self-tightening sealing structure, the higher the pressure of the inner cavity, the better the sealing performance.

7. The surface of the valve stem is super-dense and wear-resistant, wear-resistant and corrosion-resistant, and the friction of opening and closing is small to ensure that the product has no leakage.

Application:

Suitable for high temperature and high pressure pipelines in thermal power plants, nuclear power plants, and petrochemical systems