tilting furnace hydraulic cylinder Sold to Jordan

This article mainly introduces:

Jordan hydraulic cylinder,tilting furnace hydraulic cylinder manufacturer,tilting furnace hydraulic cylinder

(Jordan tilting furnace hydraulic cylinder,produced by Hebei Hengyu company）

tilting furnace hydraulic cylinder are widely used in Jordan，because of powerful torque，clever hydraulic energy conversion，simple structure and reliable operation.So our company has designed tilting furnace hydraulic cylinder for customers from Jordan.

Introduction to tilting furnace hydraulic cylinder:

The quality of the tilting furnace hydraulic cylinder can not be ignored in the purchase of the tilting furnace hydraulic cylinder. The tilting furnace hydraulic cylinder is the main component of the tilting furnace 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. tilting furnace 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 tilting furnace hydraulic cylinder is deep hole processing, which has always troubled the processing personnel.

When the tilting furnace hydraulic cylinder is in use, measures should be added to prevent the intrusion of pollutants. Effective measures should be taken to control the intrusion of pollutants, such as installing high-efficiency air filters in the tank breathing holes, new oil must be filtered, etc., but also must improve the anti-pollution ability of the tilting furnace hydraulic cylinder itself. In the seriously polluted environment, it is more important to pay attention to, such as the underground oil tilting furnace hydraulic cylinder should use fluorine rubber (FRM) and nitrile rubber (NBR) dust ring, and the ground mechanical tilting furnace hydraulic cylinder should use nitrile rubber dust ring; The filter device is added to the oil inlet of the tilting furnace hydraulic cylinder of the dump truck, construction machinery, work platform and other equipment, and in order to reduce the oil inlet resistance, the flow area should be increased as much as possible, which can effectively reduce the particle pollution from the system.

After chrome plating of the piston rod of the tilting furnace hydraulic cylinder, the surface flatness is not fully treated: After chrome plating of the piston rod surface, the method of post-plating polishing should be changed to post-plating polishing. Although it is necessary to increase the thickness of the coating before grinding (generally increased by about 0.02 in the diameter direction), it can remove chrome plating defects well, and test the binding force of the coating. In addition, due to the micro-roughness of the grinding surface, the trough can store lubricating oil, which can improve the wear resistance and extend the service life.

If the piston rod and tilting furnace hydraulic cylinder are stuck or the tilting furnace hydraulic cylinder is blocked, at this time, no matter how to operate, the tilting furnace hydraulic cylinder does not move or has little action. At this time, check whether the piston and piston rod seal is too tight, whether it enters the dirt and gum deposits: whether the shaft line of the piston rod and the tilting furnace hydraulic cylinder is in the center, whether the wearing parts and seals are invalid, and whether the load is too large.

Answers to some questions about tilting furnace hydraulic cylinder:

What steel pipe does hydraulic cylinder use? This problem is very general. Carbon steel pipe or ordinary seamless steel pipe are all ok, but then there are rolling, quilting, heat treatment and other steps, and the requirements are different, the wall thickness is different, the material is different. It depends on the circumstances.

How to calculate the hydraulic cylinder pressure? How much pressure can put up how much weight?
If you want to calculate the pressure of the cylinder, you must know the inner diameter of the cylinder, if the piston rod is needed to lift the weight, it should be: cylinder (no piston rod end) pressure = load (4000N) ÷{(PI /4)X the square of the cylinder diameter (mm) ", it has nothing to do with the piston rod diameter, the rod diameter of the piston rod is only related to the stability of the cylinder. The pressure inside the cylinder should be p=F/S=400×10/(3.14×(0.5×25)×(0.5×25))=8.15MPa which means that you need to provide at least that much pressure to complete the operation.