Is The Thrust Or Pull Of The Cylinder Greater?

Thrust
The thrust of a cylinder is greater than the pulling force.
The reason why the thrust of a cylinder is greater than the pulling force is mainly because the output force of a cylinder is determined by the product of the effective area and the air pressure. When calculating the thrust, the product of the overall effective area of ​​the cylinder and the air pressure is used, while when calculating the pulling force, the area of ​​the piston rod needs to be subtracted from the total area. This difference in calculation method causes the thrust to be greater than the pulling force in value. Specifically, when the cylinder is in operation, the thrust generated is greater than the pulling force. This is because the force area of ​​the intake chamber is exactly the same as the inner circle area of ​​the cylinder when the thrust is applied, while when the pulling force is applied, the force area of ​​the intake chamber changes, which is equal to the inner circle area of ​​the cylinder minus the area occupied by the cylinder rod. Since the difference in the force area between the two is exactly the area of ​​a cylinder rod, it can be deduced that the difference between the thrust and the pulling force is equal to the cylinder rod area multiplied by the pneumatic pressure.
In addition, a precisely designed cylinder can provide a greater thrust, and the magnitude of the thrust is closely related to the effective area and air pressure of the cylinder. For pulling force, the area of ​​the piston rod must be subtracted to get the correct value. Therefore, this cylinder performs well in thrust.