The high-pressure flat membrane experimental equipment BONA-TYLG-19R adopts a cross flow filtration method, which uses materials to flow at high speed on the surface of the organic membrane and provides a certain pressure to make small molecule substances vertically penetrate the membrane surface, while intercepted large molecule materials are washed away. The high-pressure flat membrane experimental equipment produced by Shandong Bona Biotechnology Group Co., Ltd. can be replaced with microfiltration membranes, ultrafiltration membranes, nanofiltration membranes, reverse osmosis membranes, and seawater/brackish water desalination membranes, suitable for various membrane testing and research, as well as filtration of small amounts of materials. Widely used in fields such as biology, pharmaceuticals, food, chemicals, environmental protection, etc., for process experiments such as concentration, separation, purification, clarification, and sterilization of feed liquids. Circular or square membrane cells of different sizes can be customized according to experimental requirements.

1. The membrane tank is designed as a circular shape with a 120 degree opening and a special flow channel design, equipped with a water distributor to ensure stable and consistent pressure and flow at each point of the membrane;

2. The membrane tank adopts a parallel structure, and any one or several of them can be used for experiments. Different diaphragms can be installed simultaneously for simultaneous testing to ensure consistency in feed flow and state;

3. Design according to fluid dynamics to ensure tangential flow and turbulence in the membrane pool, and ensure the reliability and stability of test data;

4. Microfiltration membranes, ultrafiltration membranes, nanofiltration membranes, and reverse osmosis membranes can be installed. Suitable for membrane testing research and filtration experiments with small amounts of feed liquid;

5. The pump adopts a pressure sensing system and a frequency conversion control system, which can adjust the pressure and flow rate through frequency conversion. The maximum pressure can be set to achieve automatic overpressure protection, and the use process is absolutely safe;

6. Adopting a constant pressure control system, during the testing process, the system can be controlled to maintain a constant pressure, ensuring a constant testing pressure;

7. Equipped with automatic overpressure protection function, overpressure automatically shuts down, ensuring safety during use;

8. Equipped with a temperature control module, it automatically shuts down when overtemperature occurs, ensuring the stability of materials during the experimental process; Can set high and low temperature alarms, automatic start and stop; Can set timed start stop function;

9. The equipment is equipped with pressure and temperature sensors. Equipped with a data transmission system, the device has storage function and a USB flash drive. You can click on the screen to store data to the USB flash drive, copy data, and the device can also be directly connected to a computer for data recording and storage;

10. The equipment power supply adopts dual switch control, and the low-voltage power supply operates to fully ensure the safety of equipment and personnel;

11. All stainless steel welding adopts automatic argon filling protection, single sided welding, double sided forming, and the internal and external surface quality of the pipeline is excellent. There are no welding points in the pipeline that come into contact with the material, ensuring the pressure resistance and corrosion resistance of the equipment. The equipment is easy to operate, clean and hygienic, safe and reliable.

One Wannar plunger diaphragm pump imported from the United States, one pre filter, three SUS316L membrane tanks, four sets of pressure sensors, one set of temperature sensors, one set of material tanks, four pressure regulating valves, equipment brackets, connecting clamps, pipelines and their connectors, one set of overpressure automatic protection system, one set of overheating automatic protection system, one set of frequency conversion control system, one set of data transmission system, and one set of constant pressure control system.