DYX mini air pump automatic locking long screws

Does the diffuser use a dc diaphragm water pump or a small diaphragm air pump?

1. Working principle of the aroma diffuser: The aroma diffuser uses the principle of high-speed flow of compressed air to turn the essential oil into micro particles, and then diffuse the fragrance through the diffusion system or air conditioning system. In this process, the air pump is the core key component used to deliver air pressure.

2. The role of the core component: The air pump plays a key role in the aroma diffuser. It uses air pressure to convert liquid essential oil into an atomized state and output it to the atomization port. The mini air pump is the key component to achieve this function.

How does a electric air pump achieve atomization of essential oils in an aroma diffuser?

1. Generation of compressed air:

The dc air pump plays a key role in the aroma diffuser. The motor drives the diaphragm inside the pump to perform reciprocating motion. This motion causes the air in the pump chamber to be compressed and stretched, thereby forming a negative pressure at the pump's air inlet.

Under the action of negative pressure, the outside air is sucked into the pump chamber and then pushed to the exhaust port, forming a high-speed flow of compressed air.

2. Atomization process:

Using the compressed air generated above, the aroma diffuser uses the internationally advanced two-fluid atomization technology to achieve the atomization of the fragrance oil. Specifically, the compressed high-pressure air hits the fragrance oil at a high speed, and the fragrance oil is atomized into tiny fragrance molecules through the physical two-fluid cooling atomization technology.

These tiny fragrance molecules, usually nano-scale fragrance oil particles, are diffused from the atomizer.

3. Diffusion and regulation:

The atomized fragrance oil particles are further diffused into the indoor space through the diffuser's own diffusion system or the connected air conditioning system.

The time controller (circuit board) inside the diffuser allows the user to set parameters such as power on and off time, working cycle, and concentration adjustment.

The concentration regulator further fine-tunes the concentration of fragrance by controlling the running time and mist volume of the micro-diaphragm air pump to adapt to different sizes of spaces and fragrance needs.

Mini air pump parameter

Which factors of the mini electric air pump affect the fineness of the atomization of the aroma diffuser?

1. Output air pressure:

The air pressure output by the small dc air pump is a key factor affecting the fineness of atomization.

Higher air pressure can ensure that the essential oils are more effectively atomized into smaller particles, thereby improving the fineness of atomization. On the contrary, if the air pressure is insufficient, it may lead to poor atomization effect and larger droplets.

2. Air pressure stability:

The stability of air pressure is crucial to the uniformity and fineness of atomization.

If the air pressure fluctuates greatly, it may cause unstable atomization effect and uneven droplet size.

The micro-diaphragm air pump needs to have a high air pressure stability to ensure that the aroma diffuser can continuously and stably output a fine atomization effect.

3. The structure and material of the atomizer head:

Although this is not a direct factor of the micro-diaphragm air pump, the atomizer head is a key part that affects the atomization effect and is closely related to the output air pressure of the air pump.

The structural design and material selection of the atomizer head will affect its atomization effect on the essential oils.

A high-quality atomizer head can more effectively cooperate with the air pressure output of the micro-diaphragm air pump to achieve a more delicate atomization effect.

4. Flow control:

The flow control of the portable air pump is also an important factor affecting the fineness of atomization.

By accurately controlling the flow of the air pump, it can ensure that the fragrance essential oil is atomized at an appropriate speed, avoiding the problem of uneven droplet size caused by too fast or too slow atomization.

Dimension Drawing

Will the noise from the micro diaphragm air pump affect the atomization effect of the diffuser?

The noise of a small air pump usually does not affect the atomization effect of the aroma diffuser.

Noise and atomization effect are two relatively independent performance indicators. The noise of a membrane air pump mainly comes from the vibration generated by its internal mechanical movement and the sound of air flow. The atomization effect of the aroma diffuser mainly depends on factors such as the air pressure output by the air pump, air pressure stability, flow control, and the degree of coordination with other parts of the aroma diffuser.

Although noise may cause discomfort or interference to users, it does not directly affect the atomization process of the aroma diffuser. The quality of the atomization effect mainly depends on whether the air pump can provide stable and appropriate air pressure and flow, as well as the performance of other parts of the aroma diffuser such as the atomizer head and control system.

However, it should be noted that if the noise of the air pump is too loud, it may affect the user's experience. Therefore, when choosing an aroma diffuser, in addition to paying attention to its atomization effect, you can also consider whether the noise level of the air pump meets the use requirements.