Low Noise Mini Diaphragm Air Circulating Pump

Small Diaphragm Air Pump: widely used in smart home, medical and outdoor sports fields

1. Smart home

With the advancement of science and technology and the development of intelligence, micro diaphragm air pumps are increasingly used in the smart home field. Smart home systems require various sensors, actuators and controllers to monitor and control the home environment, and micro diaphragm air pumps play an important role in this.

For example, the Mini Air Pump in a smart air purifier can be used to drive air circulation and improve the purification effect. In addition, the Dc Air Pump in the smart shower can be used to adjust the impact of the water flow to provide a more comfortable bathing experience. In smart homes, micro diaphragm air pumps can also be used in smart curtains, smart lighting, smart security and other fields.

2. Medical field

Micro diaphragm air pumps are also widely used in the medical field. Due to their small size, light weight, and portability, micro diaphragm air pumps are widely used in various medical devices and equipment. For example, in ventilators, tiny diaphragm air pumps can be used to drive air flow to provide respiratory support to patients. In syringe pumps, micro-diaphragm air pumps can be used to control the injection speed and dosage of medicinal liquids. In addition, micro diaphragm air pumps can also be used in medical equipment such as hemodialysis machines, medical nebulizers, and medical aspirators.

3.Massager

The application of micro diaphragm air pumps in the field of massagers has gradually attracted attention. Massagers require a steady flow of air to provide a comfortable feeling, and the micro diaphragm air pump meets this need. Whether it is a massage chair, massage mat or massage bathtub, the micro diaphragm air pump can provide appropriate air flow to help people relax and reduce fatigue

4.Beauty Care: Double Guarantee of Beauty and Health

Micro diaphragm air pumps also play an important role in beauty care. It can provide stable airflow output for various beauty equipment to assist skin care and body care. For example, micro-diaphragm air pumps can be used in beauty sprayers to provide essential moisture and nutrients to the skin. In addition, micro-diaphragm air pumps are also used in body care equipment, massage bathtubs and other equipment to help achieve full-body relaxation and beauty effects.

Technical Specification

Product Features :   

                               Flexible                    

                               Weak acid and weak alkali resistance             

                               Small size                 

                               Low weight 

                               Low energy cosumption

                               Low noise

How does a Electric Air Pump provide sufficient air flow and pressure?

The mini electric air pump generates power through the operation of the motor, thereby providing sufficient air flow and pressure. Specifically, the motor in the micro air pump drives the eccentric wheel to rotate, and the rotation of the eccentric wheel causes the diaphragm in the Small DC Air Pump to reciprocate, causing the gas in the pump chamber to compress and expand, thereby achieving gas transportation and pressurization. The motor speed of the micro air pump can be adjusted through a controller, etc. to adjust the air flow and pressure. In addition, some designs in micro air pumps can also increase air flow and pressure. For example, the size and shape of the air inlet and outlet in a micro air pump can affect the flow speed and direction of the gas, thereby increasing the air flow and pressure. At the same time, the design of the filter, muffler and other components in the micro air pump can also affect the stability of the air flow and pressure.

What designs in micro air pumps improve air flow and pressure?

The following designs in micro air pumps increase air flow and pressure:

1. Throttle valve: The throttle valve is a valve that can change the fluid flow and pressure. By adjusting the throttle valve, the air flow and pressure of the micro air pump can be controlled. The opening size, shape, structure and other parameters of the throttle valve directly affect the flow speed and pressure of the gas. Proper design of the throttle valve can improve the performance of the micro air pump.

2. Air inlet and air outlet design: The air inlet and air outlet design of the micro air pump also have an important impact on the air flow and pressure. The shape, size, surface roughness and other parameters of the air inlet and outlet affect the efficiency of gas entry and discharge, which in turn affects the performance of the micro air pump. Reasonable design of the air inlet and outlet can reduce the resistance to gas flow and increase the air flow and pressure.

3. Diaphragm design in the pump chamber: The diaphragm in the portable electric air pump is one of the key components, and its design also affects the air flow and pressure. The shape, size, thickness and other parameters of the diaphragm affect the effect of gas compression and expansion, which in turn affects the performance of the micro air pump. Optimizing the diaphragm design can improve the efficiency of gas compression and expansion, thereby increasing the air flow and pressure of the micro air pump.

4. Motor speed control: The motor speed of the Small Air Compressor Pump directly affects the air flow and pressure. The air flow and pressure of the micro air pump can be adjusted by controlling the motor speed, thereby achieving precise control of the gas flow and pressure.

5. Silencer design: The silencer is a component used in micro air pumps to reduce noise. Its design also has a certain impact on the air flow and pressure. The main function of the silencer is to reduce the noise of gas flow by changing the direction and speed of gas flow. It can also improve the flow efficiency of gas to a certain extent, thereby increasing the air flow and pressure of the micro air pump.

DYX Mini Pumps And Solenoid Valves Application

What factors determine the small sampling flow rate of a micro diaphragm vacuum pump in gas collection?

The factors that determine the small sampling flow rate of a Mini Vacuum Pump in gas collection may be the following:

1. Pump model and performance: Micro diaphragm vacuum pumps of different models and performance will have different flow rates and pumping capabilities. If the selected pump model is smaller, its flow rate and pumping capacity may not be able to meet the needs of gas collection, resulting in a small sampling flow rate.

2. Pipe resistance: The pipe resistance of the Small Vacuum Pump will also affect its sampling flow rate. If the pipeline resistance is large, such as the pipeline is too long, there are too many elbows, or the pipeline diameter is too small, it will cause the gas flow to be sluggish, thus affecting the sampling flow rate.

3. Pumping efficiency: The pumping efficiency of the Dc Mini Vacuum Pump will also affect its sampling flow rate. If the pumping efficiency of the pump is low, the amount of gas pumped in the same time will be reduced, resulting in a reduced sampling flow rate.

4. Gas properties: The properties of the gas being collected will also affect the sampling flow rate of the micro diaphragm vacuum pump. If the gas density is high or the viscosity is high, it will create greater resistance to the flow, thus affecting the sampling flow rate.

5. Environmental conditions: Changes in environmental conditions may also affect the sampling flow rate of the micro diaphragm vacuum pump. For example, changes in environmental factors such as temperature, humidity, air pressure, etc. may affect the performance of the pump and thus the sampling flow rate.