Our company produces the following types of marine ball valves:

Marine Hydraulic Ball Valves

Marine High-Pressure Manual Ball Valves CB/T3191-92

Marine Manual Ball Valves

Marine Stainless Steel Ultra-Short Ball Valves

Marine Wafer-Type Thin Ball Valves

Marine Three-Way Ball Valves

One-Piece/Two-Piece/Three-Piece Stainless Steel Threaded Ball Valves

600LB Forged Steel Butt-Weld Ball Valves

1500LB Forged Steel Threaded Ball Valves

Three-Piece High-Pressure Internal Thread Ball Valves

High-Pressure Butt-Weld Ball Valves

High-Pressure Flange Ball Valves

Marine Hydraulic Ball Valves

Nominal Pressure: PN1.6MPa

Nominal Diameter: DN15-DN200

Uses and Features of Marine Manual High-Pressure Ball Valves CB/T3191-92:

Marine Manual High-Pressure Ball Valves CB/T3191-1992

Types: Type A, Type B, Type C, Type D

Nominal Pressure: PN 6.4, 10.0, 16.0, 20.0, 32.0 MPa

Nominal Diameter: DN10-DN80

Applicable Media: Air, Carbon Dioxide, Hydraulic Oil

Main Material Specifications: Valve Body Connection; Aluminum Bronze/Carbon Steel, Ball Valve Stem; Aluminum Bronze, Stainless Steel

Compared to standard ball valves, wafer-type thin ball valves offer significant advantages such as shorter structural length, lighter weight, easy installation, and material savings. Wafer-type insulated jacket ball valves provide excellent insulation. Additionally, the valve seat employs an elastic sealing structure, ensuring reliable sealing and smooth operation. Equipped with a fire-safe design, these valves remain operational and maintain good sealing even in the event of a fire. An anti-static structure can be included upon user request. A 90° switch with a perforated positioning plate is provided, which can be locked to prevent misoperation if needed.

Applications of Wafer-Type Thin Ball Valves:
Wafer ball valves and wafer insulated jacket ball valves are suitable for various pipelines with Class150, PN1.0～2.5MPa, and operating temperatures of -29~180°C (sealing ring) or -29~300°C (sealing ring). They are used to cut off or connect media in pipelines. Depending on the material selected, they can be applied to water, steam, oil, oxidizing media, urea, and other media.