GA00M31

Bellows Globe Valve

The angle-type bellows globe valve adopts a right-angle flow passage design, saving space. With its built-in metal bellows sealing structure, it eliminates external leakage.

Parameter

¡ð Nominal diameter: DN10-DN200mm

¡ð Nominal pressure: PN16 ¨C PN64 (corresponding to Class 150 ¨C Class 300)

¡ð Applicable medium: steam, water, oil, corrosive or toxic liquid/gas

¡ð Operating temperature: ¨C40¡ãC to +450¡ãC, high-temperature type up to 540¡ãC,

¡ð Connection method: flange

¡ð Valve body material: WCB, stainless steel

¡ð Bellows material: stainless steel, alloy steel, special steel

¡ð Sealing form: Dual sealing with metal bellows and flexible graphite packing (zero external leakage design)

¡ð Structural Features: Inlet and outlet flow channels are designed at a 90¡ã angle, saving installation space and reducing the use of elbows

¡ð Operating mode: handwheel, bevel gear, pneumatic, electric


Performance

¡ð The angular flow channel design effectively reduces pressure loss and saves installation space.

¡ð The bellows sealing structure ensures zero external leakage of the medium, providing high safety assurance.

¡ð The valve core is guided precisely, ensuring smooth and reliable opening and closing, making it suitable for frequent operation.

¡ð Strong resistance to high temperature and high pressure, suitable for steam and various industrial media.

¡ð The valve body is compact and sturdy in structure, with long service life due to its resistance to corrosion and thermal fatigue.


Application

¡ð Space-saving truncation control points are required at the corners of steam system pipelines.

¡ð Pipeline switches for highly corrosive media in confined spaces within chemical plants.

¡ð Compact installation locations in the clean steam distribution system of the pharmaceutical industry.

¡ð Due to layout constraints, the steam pipelines entering and exiting the boiler room are connected at right angles.

¡ð High-efficiency sealing valve for heat exchangers under high-temperature and high-pressure conditions at inlet and outlet.


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