Globe Valves - Stop Check Bolted Bonnet | Fluitek | Fluitek Valves
Globe Valves - Stop Check Bolted Bonnet | Fluitek | Fluitek Valves
Globe Valves - Stop Check Bolted Bonnet | Fluitek | Fluitek Valves
Globe Valves - Stop Check Bolted Bonnet | Fluitek | Fluitek Valves

Globe Valves - Stop Check Bolted Bonnet | Fluitek

Fluitek Orsenigo Valves offers a comprehensive range of Globe Valves - Stop Check Bolted Bonnet. These valves are designed to serve dual functions: they can block the disc in a closed position for off-service applications and act as a lift non-return check valve when the stem is in the up position, not firmly connected to the disc. The valves feature a straight pattern (T-pattern) construction with a cast body and bonnet. They are available with either flanged or butt weld ends. The materials used range from carbon steel and low alloy steel to austenitic stainless steel, duplex stainless steels, and nickel alloys, adhering to ASTM/ASME or EN standards. The pressure classes, according to ANSI standards, typically range from 150# to 600#.
Standard (Options)
  • ANSI
Connection (Options)
  • Flanged
Material (Options)
  • Austenitic Stainless Steel
  • Austenitic-Ferritic Stainless Steels (Duplex)
  • Low Alloy Steel
  • Nickel Alloys
Pressure Rating (Options)
  • 150 lbs
  • 300 lbs
  • 600 lbs

Datasheet and documents

Description

FLUITEK ORSENIGO VALVES has introduced a complete line of this type of product. Their function is to combine the off service by blocking the disc in the closed position, with a lift non return check valve service, when stem, not firmly connected with the disc, is in the up position. Construction is with straight pattern (also called “T-pattern”). Normal construction is with cast body and bonnet. Ends configuration is either with flanged ends or with butt weld ends. Materials range from carbon steel to low alloy steel, to austenitic stainless steel, to austenitic-ferritic stainless steels (duplex), to nickel alloys.

Materials are either to ASTM/ASME standards or to EN standards, either harmonized or calculated to design conditions. Pressure classes (per ANSI standard) are normally ranging from 150# to 300# to 600#.

Certifications