Industry News

The 4 Inch Liquid Control Flow Meter is a pipeline metering device specifically designed for high-volume fuel and oil transfer applications. Using precision positive displacement measurement principles, it provides real-time, high-accuracy cumulative metering of liquids flowing through pipelines.

The lpg 4 stage centrifugal pump is a four-stage centrifugal pump specifically designed for LPG and light oil product transfer. Through four impeller stages working in series, it converts motor power into stable high-pressure output, easily handling cylinder filling, storage tank transfer, and tanker loading and unloading.

The LPG 6 stage centrifugal pump is engineered specifically for high-pressure, high-flow LPG transfer applications where standard single-stage pumps fall short. Through six impeller stages arranged in series, it progressively converts motor power into fluid pressure, delivering the high head and substantial flow rates required for demanding operations such as cylinder filling, above-ground storage tank transfer, and tank truck loading and unloading.

The Fuel Rotary Pump is specifically designed for transferring non-corrosive industrial liquids and petroleum products. Using a rotor with sliding vanes, it draws liquid in from the inlet and pushes it out through the outlet, achieving continuous and stable transfer.

The unloading flow meter is a portable metering device specifically designed for oil unloading operations. By detecting oil temperature, turbine rotation speed, and liquid level inside the pipe, it calculates and displays flow rate and cumulative volume in real time, helping users accurately track unloading quantities for kerosene, diesel, gasoline, and blended fuels.

The LPG multistage Pump is a centrifugal multistage pump specifically designed for high-pressure, high-flow LPG transfer applications. Through successive pressurization across multiple impeller stages, the pump converts the motor's rotational kinetic energy into fluid pressure energy, delivering high head and large flow rates.