What is a linear air pump?

A best linear pump is a device whose working principle is based on the principle of compressed air. It pressurizes and moves air in different ways to achieve supercharging, compression or delivery of gas. It usually includes components such as compressors, transmission devices, control valves and cylinders.

The basic working principle of a linear air pump is to use the power of a machine or motor to extract air or gas from one area through a specific device (such as a plunger, gear or screw), increase its pressure, and then deliver it to another area. Its working process usually includes three stages: suction, compression and exhaust.

In the suction stage, the linear air pump draws air or gas from the external environment through the suction pipe or channel. In the compression stage, the mechanical or motor movement in the pump compresses the gas or air. Finally, in the exhaust stage, the pump discharges the compressed gas through the exhaust port.

Technical specification

What is the difference between a linear diaphragm air pump and a diaphragm air pump in working principle?

From the perspective of structure and working principle, linear air pumps mainly achieve air compression and delivery through the movement of linear pistons. Its compressor is composed of components such as cylinders, pistons and crankshafts, and the compression and discharge of gas are completed through the reciprocating motion of the piston in the cylinder. This working mode enables it to achieve more precise gas control.

Diaphragm air pumps, such as pneumatic diaphragm pumps, are driven by compressed gas and complete the suction and discharge of liquid through the movement of the diaphragm. It usually consists of two major parts: air flow structure and liquid flow structure, which are completely isolated by diaphragms on both sides to achieve gas compression and liquid delivery.

Dimension And Flow Chart