High Pressure Metal Tube Float Type Flowmeter Vertical Mounting With Upward Flow

High Safety And Reliability Of High-Pressure Metal Tube Float Flowmeter

The high-pressure metal tube float flowmeter is specially designed and manufactured for measuring high-pressure fluids such as high-pressure steam, high-pressure air, high-pressure oil, and high-pressure water.

• High safety and reliability: From design, materials to manufacturing and testing, all are centered around high-pressure safety, ensuring safe and stable operation within the design life.
• Good precision retention under high pressure: Through structural reinforcement and compensation design, the influence of pressure-induced deformation on the flow-height linear relationship is reduced.
• Excellent sealing performance: Multiple high-pressure sealing solutions effectively prevent the leakage of hazardous media under high pressure.
• Retains the core advantages of float flowmeters: such as local display, low pressure drop, wide range ratio, and low requirement for straight pipe sections, making it more user-friendly in high-pressure measurement scenarios compared to other high-pressure flowmeters (such as high-pressure orifice plates).
• Resistance to pressure shock: The robust mechanical structure enables it to withstand certain system pressure fluctuations and shocks.

• Power plants: Boiler feed water, high-pressure steam (saturated or superheated), condensate recovery systems.
• Oil and gas: High-pressure water injection in oil fields, drilling mud, high-pressure natural gas (before pressure reduction at the wellhead).
• Chemical processes: High-pressure feed to reactors, high-pressure gases/liquids in synthesis processes (such as ammonia synthesis, methanol synthesis).
• High-pressure gas supply: Industrial high-pressure nitrogen, oxygen, compressed air systems.
• Hydraulic systems: High-pressure hydraulic oil flow monitoring in large machinery and test stands.

The high-pressure metal tube float flowmeter is a combination of "power and beauty". It encapsulates the simple float principle within a solid fortress capable of withstanding extreme pressure.