This article mainly introduces:

Nepal hydraulic cylinder,synchronous hydraulic cylinder manufacturer,synchronous hydraulic cylinder

(Nepal synchronous hydraulic cylinder,produced by Hengyu Hydraulic Cylinder Factory）

synchronous hydraulic cylinder are widely used in Nepal，because of high work efficiency，excellent fatigue and impact resistance，no need for deceleration device.So our company has designed synchronous hydraulic cylinder for customers from Nepal.

Introduction to synchronous hydraulic cylinder:

The synchronous hydraulic cylinder should be avoided for a long time without use, if it is indeed idle for a long time for some reason, it should also be regularly turned on for empty operation, so that its parts can be fully lubricated, so as to avoid rust on the working surface and affect the normal work in the future. (If it cannot be turned on and run, a small amount of lubricating oil can be applied on its outer surface for protection) ' The use of the synchronous hydraulic cylinder should pay attention to: the operation should be as far away from the synchronous hydraulic cylinder as possible, to avoid falling objects, knocking, rubbing the synchronous hydraulic cylinder coating. When cleaning the synchronous hydraulic cylinder, only use soft materials (such as cotton) to wipe, and do not scratch high-hardness materials. Do not use the synchronous hydraulic cylinder when the oil temperature exceeds 70 ° C.

Factors that should be considered when selecting the oil seal in the synchronous hydraulic cylinder: some specific factors should be taken into account when selecting the oil seal in the synchronous hydraulic cylinder, so as to have correct consideration and get accurate results, and then avoid wrong selection. The factors and aspects that should be taken into account are eight: synchronous hydraulic cylinder diameter, piston rod diameter, piston rod and piston groove size, synchronous hydraulic cylinder working pressure, synchronous hydraulic cylinder movement speed, hydraulic system oil temperature and synchronous hydraulic cylinder working environment.

When the synchronous hydraulic cylinder is installed, the piston and the synchronous hydraulic cylinder head and other parts have large mass, large size and large inertia, even if there is a lifting equipment auxiliary installation, because the specified clearance is small, no matter how hard it will be put into, therefore, the end of the piston or the synchronous hydraulic cylinder head boss is easy to cause scars when it hits the inner surface of the synchronous hydraulic cylinder wall. The solution to this problem: for a large number of small products, the use of autocratic assembly oriented tools during installation; For heavy, thick and large large and medium-sized synchronous hydraulic cylinders, only careful and careful operation can be avoided.

The quality of the synchronous hydraulic cylinder can not be ignored in the purchase of the synchronous hydraulic cylinder. The synchronous hydraulic cylinder is the main component of the synchronous hydraulic cylinder, the single pillar for mining, the hydraulic support, the gun tube and other products, and its processing quality directly affects the life and reliability of the entire product. synchronous hydraulic cylinder processing requirements are high, its internal surface roughness requirements are Ra0.4 ~ 0.8μm, the coaxiality, wear resistance requirements are strict. The basic feature of synchronous hydraulic cylinder is deep hole processing, which has always troubled the processing personnel.

Answers to some questions about synchronous hydraulic cylinder:

What's a minus 40 cylinder made of?
Construction with 1Cr18Ni9Ti, in low temperature conditions impact and tensile strength are very good, can withstand -100 degrees of low temperature, corrosion resistance, material price is not very high, more economic.

What is the difference between hydraulic cylinder self-adjusting buffer and adjustable buffer?
If it is the buffer device inside the cylinder, then there are 4 basic forms, cylindrical buffer device, conical buffer device, variable throttle and adjustable flow groove. The biggest difference between the first three and the latter is that the latter can be adjusted through the external thimble to change the buffer strength, the first three mainly rely on the buffer device and buffer groove form to achieve the buffer (among them, the first type of buffer strength will not change, and the buffer strength of the two and three forms of buffer devices can be gradually increased).