The oil cylinder is what we call a hydraulic type oil cylinder. The composition of this kind of oil cylinder can not be seen from the surface, but it can be seen from the oil cylinder structure diagram that the oil cylinder is composed of a kind of thing called output force and most of the effective area of the piston in the oil cylinder.

Of course, when starting the machine, it also needs the mutual movement between the piston and both sides. This change can be called linear mutual movement in professional terms. When this and that happens, there will be a pressure gap,. This operation is clearly shown in the cylinder structure diagram.

The structure diagram also shows that this pressure difference is because the kinetic energy of the machine is converted into mechanical energy after the piston and other mechanical parts are composed. If what is shown in the cylinder structure diagram is that these cylinders need a certain amount of material input, then a certain amount of linear movement can be generated.

Of course, if the piston of this kind of oil cylinder can end the relatively complex movement independently, that is, the reciprocating movement in the linear movement, it can be explained that the output of the oil cylinder is very limited for displacement.

From the structural drawing of the oil cylinder, we can also know about the main parts needed in the production of the oil cylinder, such as buffer sleeve, piston, dust ring, nut and other common parts. Most people have seen these parts, so we can clearly know the components from this drawing.

It can be seen from this drawing that there are many kinds of, Hydraulic cylinder manufacturer Because according to the different outer structures, they will have different advantages and characteristics. These can be clearly distinguished from those in the market. Generally speaking, they are composed of outer and inner layers, forming an integral piston structure.