Shenzhen DYX Technology Co.,Limited products

There are significant differences in structure and function between micro water pumps and micro air pumps. Micro water pumps are mainly used to transport and transfer liquids. They have the advantages of lightness, small size, durability, low noise, and low cost. Points, suitable for factories, irrigation systems, household pipes, electronic circuits, air conditioning backstops and other occasions. The micro air pump is a small gas delivery device, and the working medium is gaseous.

The basic principle of the Mini Electric Vacuum Pump is to drive the diaphragm inside the pump to reciprocate through the circular motion of the motor. When the diaphragm moves forward, it compresses the air in the pump chamber, reducing the pressure in the pump chamber and forming a vacuum state. At the same time, at the air suction port, a pressure difference will be generated because the pressure in the pump chamber is lower than the external atmospheric pressure. Under the action of this pressure difference, the external gas is sucked into the pump chamber.

Small Vacuum Pump, also known as micro negative pressure pump, is a type of Mini Air Pump that can generate negative pressure. It has an inlet and outlet suction nozzle and exhaust nozzle, which can continuously form vacuum or negative pressure at the inlet, and at the same time form a slight positive pressure at the exhaust nozzle. As a working medium, gas is efficiently and conveniently transmitted through this compact instrument.

First of all, the Ac Solenoid Pump is a device that uses electromagnetic principles to work. It can generate a certain pressure and flow rate to transport liquid from one place to another.one place. In anti-thrombotic therapy, AC electromagnetic pumps are usually used to pump liquids such as drugs or saline to deliver drugs or saline into the patient`s blood vessels. However, if the AC Air Pump continues to work, it may cause irritation to the patient`s blood vessels, thereby increasing the risk of thrombosis. Therefore, in order to prevent the formation of thrombosis, the AC electromagnetic pump can only work intermittently. In addition, intermittent work can also give the patient`s body enough time to absorb and metabolize fluids such as drugs or saline, thereby better exerting its therapeutic effects.

Speed: Generally speaking, the higher the speed of the AC Diaphragm Air Pump, the greater the power it generates. This is because the speed of the air pump is directly related to the moving speed of the piston or blade inside it. The faster the moving speed, the greater the air pressure or flow generated. Power: Power refers to the energy generated by the AC Solenoid Pump per unit time. Generally speaking, the more powerful an air pump is, the greater its ability to generate air pressure or flow.  Air volume: Air volume is one of the important indicators to measure the performance of the air pump. It represents the volume of gas that the air pump can deliver per unit time. Generally speaking, an air pump with a larger air volume will have a wider range of applications.

AC Solenoid Air Pump is a pump that uses the principle of electromagnetic induction to drive gas flow. It is mainly composed of electromagnets, guide rails and gas pistons. When the electromagnet is supplied with alternating current, an alternating magnetic field will be generated. This magnetic field will generate an interaction force with the guide rail, causing the gas piston to move in the guide rail. In this way, the inhalation and exhaustion of gas can be achieved.

DC22.0V , 37HZ Solenoid Pump DYX-SPS-06 model Mainly used for steam mops, steam iron, steam oven etc.mini solenoid water pump using electromagnetic drive, high efficiency, relative to the traditional mechanical water pump energy saving about 30%, at the same time can accurately control the flow, reduce energy waste.

Solenoid Water Pump is a device that uses electromagnetic force to drive the flow of water or other liquids. It works by attracting and repelling magnetic rods using a magnetic field generated by an electromagnet, which drives the flow of liquid. When the electromagnet is energized, the magnetic rod will be attracted to the electromagnet, the liquid will be sucked into the pump body; When the electromagnet is powered off, the magnetic rod is bounced back into place, pushing the liquid out of the pump body.

The selection of DC solenoid pump and AC Solenoid Pump should be based on your specific needs and the working environment of the equipment. Here are some considerations: