Mini/Micro Vacuum Pump is also known as Micro Air/Water Pump or Micro Diaphragm Pump. In terms of medium, it can be gas, liquid, gas-liquid mixture, etc.

Solenoid Valve, is an automatic basic component used to control fluids. It is often used in industrial control systems to adjust the direction, flow, speed, and other parameters of the medium. The solenoid valve has the characteristics of high precison, good flexibility, many models and wide uses. There are many types of solenoid valves, and different solenoid valves can play their role in different positions of the control system.

Mini/Micro Vacuum Pump is also known as Micro Air/Water Pump or Micro Diaphragm Pump. In terms of medium, it can be gas, liquid, gas-liquid mixture, etc.

Mini/Micro Vacuum Pump is also known as Micro Air/Water Pump or Micro Diaphragm Pump. In terms of medium, it can be gas, liquid, gas-liquid mixture, etc.

Solenoid Valve, is an automatic basic component used to control fluids. It is often used in industrial control systems to adjust the direction, flow, speed, and other parameters of the medium. The solenoid valve has the characteristics of high precison, good flexibility, many models and wide uses. There are many types of solenoid valves, and different solenoid valves can play their role in different positions of the control system.

Solenoid Valve, is an automatic basic component used to control fluids. It is often used in industrial control systems to adjust the direction, flow, speed, and other parameters of the medium. The solenoid valve has the characteristics of high precison, good flexibility, many models and wide uses. There are many types of solenoid valves, and different solenoid valves can play their role in different positions of the control system.

Solenoid Valve, is an automatic basic component used to control fluids. It is often used in industrial control systems to adjust the direction, flow, speed, and other parameters of the medium. The solenoid valve has the characteristics of high precison, good flexibility, many models and wide uses. There are many types of solenoid valves, and different solenoid valves can play their role in different positions of the control system.

A solenoid pump uses a magnetic field and current interaction, the current through the electromagnetic winding, the formation of an altering field, pushes the plunger to the overlying movement, generates pressure, and promotes fluid output.

Typical Appliances: Water dispenser, Medical equipment, Kitchen devices, Water cooling circulation equipment, Solar water circulation equipment, etc.

The diaphragm pump can be customized according to the customer's specification, mainly used in coffee machines, water dispensers, water purifiers, blood pressure monitors, etc.

A solenoid pump uses a magnetic field and current interaction, the current through the electromagnetic winding, the formation of an altering field, pushes the plunger to the overlying movement, generates pressure, and promotes fluid output.

A solenoid pump uses a magnetic field and current interaction, the current through the electromagnetic winding, the formation of an altering field, pushes the plunger to the overlying movement, generates pressure, and promotes fluid output.

A solenoid pump uses a magnetic field and current interaction, the current through the electromagnetic winding, the formation of an altering field, pushes the plunger to the overlying movement, generates pressure, and promotes fluid output.

A solenoid pump uses a magnetic field and current interaction, the current through the electromagnetic winding, the formation of an altering field, pushes the plunger to the overlying movement, generates pressure, and promotes fluid output.

A solenoid pump uses a magnetic field and current interaction, the current through the electromagnetic winding, the formation of an altering field, pushes the plunger to the overlying movement, generates pressure, and promotes fluid output.

A solenoid pump uses a magnetic field and current interaction, the current through the electromagnetic winding, the formation of an altering field, pushes the plunger to the overlying movement, generates pressure, and promotes fluid output.

A solenoid pump uses a magnetic field and current interaction, the current through the electromagnetic winding, the formation of an altering field, pushes the plunger to the overlying movement, generates pressure, and promotes fluid output.

A solenoid pump uses a magnetic field and current interaction, the current through the electromagnetic winding, the formation of an altering field, pushes the plunger to the overlying movement, generates pressure, and promotes fluid output.

A solenoid pump uses a magnetic field and current interaction, the current through the electromagnetic winding, the formation of an altering field, pushes the plunger to the overlying movement, generates pressure, and promotes fluid output.