2.8V Mini Water Pump For Home use diffuser

The advantages of micro diaphragm water pumps in aromatherapy machines are mainly reflected in the following aspects:

1. High pumping efficiency: The DC Water Pump has high pumping efficiency and can effectively pump liquid out of the aromatherapy machine to ensure the normal operation of the aromatherapy machine.

2. Stable pumping pressure: The Mini Water Pump can provide stable pumping pressure to ensure that the liquid in the aromatherapy machine can be pumped out evenly to avoid liquid leakage or splashing.

3. Low noise: The dc diaphragm diaphragm water pump produces lower noise when working, does not cause noise pollution to the surrounding environment, and is more comfortable to use.

4. Good corrosion resistance: The micro diaphragm water pump has good corrosion resistance and can adapt to the pumping of various chemicals and liquids, extending the service life of the aromatherapy machine.

The working efficiency of Self Priming Micro Water Pump in aromatherapy machines depends on many factors, including pump model, power, pumping speed, pumping pressure, etc. Generally speaking, Micro Water Pump can provide high pumping efficiency in aromatherapy machines, pumping liquid out of the aromatherapy machine and delivering it to other devices or containers.

Pump power and pumping speed are key factors affecting pumping efficiency. Generally speaking, water pumps with greater power can provide higher pumping speeds and greater pumping pressure, thereby speeding up the delivery of liquids. In addition, pumping pressure is also an important factor affecting pumping efficiency. Stable pumping pressure can ensure that liquid can be pumped out evenly and avoid liquid leakage or splashing.

In addition to the performance of the DC Liquid Pump itself, the design and usage conditions of the aromatherapy machine will also have an impact on pumping efficiency. For example, the bottle design of the aromatherapy machine, the settings of the air inlet and outlet, etc. will affect the fluidity of the liquid, which in turn affects the pumping efficiency of the micro diaphragm water pump.

The medium of the Mini Hydraulic Pump can be air, because the design and structure of the micro diaphragm water pump enable it to adapt to different media.

The portable hydraulic pump adopts a diaphragm structure. The diaphragm inside the pump is reciprocated through a mechanical device, thereby compressing and stretching the air in the pump chamber to form a negative pressure. A pressure difference is generated between the air suction port and the outside atmospheric pressure. When the pressure difference Under the action of the pump, the gas is sucked into the pump chamber and then discharged from the exhaust port. Therefore, micro diaphragm water pumps can adapt to different gas media, including air.

It should be noted that when transporting gas media, the DC electric hydraulic pump needs to ensure the purity and dryness of the gas to avoid affecting the performance and service life of the pump. At the same time, it is also necessary to select the appropriate flow and lift range based on actual needs and requirements to ensure that it can provide good performance and use effects.

Dimension Drawing

How does the dc water pump adapt to different media?

Micro diaphragm water pumps can adapt to different media, mainly due to their unique design and structure. The following are methods for miniaturized diaphragm water pumps to adapt to different media:

1. Fully enclosed, no leakage design: The Liquid Dispenser Pump adopts a fully enclosed structure, which can effectively prevent medium leakage, thereby avoiding medium loss and environmental pollution.

2. Corrosion resistance: The pump body and pump cover of the micro diaphragm water pump are made of corrosion-resistant materials and can adapt to various corrosive media, such as acids, alkalis, salts, etc.

3. Special design for viscous media: For viscous media, micro-diaphragm water pumps adopt special designs, such as increasing the volume of the pump, using crankshaft drive, etc., which can effectively improve the pump's delivery capacity and efficiency.

4. High temperature and high pressure adaptability: The mini water pump can adapt to high temperature and high pressure media, such as high temperature hot oil, high pressure steam, etc. Its high temperature and high pressure adaptability mainly benefits from the internal structure and material selection of the pump.

5. Adaptability to solid particle media: When transporting media containing solid particles, the miniature hydraulic pump can effectively prevent wear and blockage of the pump by solid particles. Its adaptability is mainly due to the special design and material selection inside the pump.