Saiensi specializes in the research, development, and manufacturing of core components for fuel and new energy power systems. The electric fuel transfer pump, part of the brushless electronic fuel pump product series, is one of the company’s key products. The pump features a lightweight structure, compact size, and flexible installation.
Saiensi holds independent intellectual property rights and provides customized product development. Similar products developed for clients in South Korea and the United States have entered mass production and are supplied both domestically and internationally.
The electric fuel transfer pump’s lightweight design and compact size allow flexible installation on the engine or within the vehicle. The pump includes a fuel delivery and air discharge function, designed for diesel engine low-pressure fuel supply systems to ensure smooth fuel flow throughout the circuit.
| Voltage | 12V/24V |
| Pressure | 82.5±7.5kPa/200±30kPa |
| Fuel Pipe Thread Interface | M14/M16/M18 |
| Operating Time | 3 min / ECU controlled |
| Operating Temperature | -40℃~105℃ |
| Cleanliness Limit | Contaminant weight < 9 mg; particle size < 0.6 mm |
| Protection Grade | IP67 |
| Fuel Flow Rate | 200 L/h |
Customized designs can be developed according to user requirements, including product appearance, materials, voltage, flow rate, pressure, and interface type.



As a trusted enterprise in China’s brushless electronic fuel pump segment, Sains Technology developed the “Lightweight Electronic Fuel Pump Assembly,” which received the 2019 China Technological Innovation and Invention Achievement Award. Compared with conventional pumps, power consumption is reduced by 30%, and service life is extended by 50%, helping OEMs reduce costs and improving end-user efficiency and reliability.
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The electric fuel transfer pump integrates fuel delivery and air discharge functions to ensure smooth flow in the low-pressure circuit. Compared with conventional pumps, power consumption is reduced by 30%, and service life is extended by 50%, providing OEMs with cost efficiency and end users with lower maintenance costs and stable operation.