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Piston rod
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  • Piston rod

Piston rod

Category:

The precision piston rod undergoes rolling processing to enhance its surface corrosion resistance, delay the occurrence or propagation of fatigue cracks, and thus improve the fatigue strength of the cylinder rod. Through rolling, a layer of cold-worked hardened layer is formed on the rolling surface, which reduces the elastic and plastic deformation of the grinding contact surface, thereby enhancing the wear resistance of the cylinder rod surface and preventing burns caused by grinding. After rolling, the reduction in surface roughness can improve the matching performance. At the same time, when the piston rod moves, the friction damage to the sealing ring or seal is reduced, thereby extending the overall service life of the oil cylinder. Rolling technology is an efficient and high-quality technical means. The processing technology of the piston rod is also an important component of the piston rod. The processing technology directly affects the quality and service life of the piston rod. Rolling processing is generally used for the processing of piston rods because this method can enhance the surface corrosion resistance of the piston rod, delay the occurrence and propagation of fatigue cracks, and thus improve the fatigue strength of the piston rod.

Description

The precision piston rod is processed through rolling, which improves the surface's corrosion resistance, delays the occurrence or expansion of fatigue cracks, and thus enhances the fatigue strength of the cylinder rod. Through rolling, a layer of cold-work hardened layer is formed on the rolling surface, reducing the elastic and plastic deformation of the grinding contact surface, thereby improving the wear resistance of the cylinder rod surface and avoiding burns caused by grinding. After rolling, the reduction in surface roughness can enhance matching performance. At the same time, when the piston rod moves, the friction damage of the sealing ring or seal is reduced, thus extending the overall service life of the oil cylinder. Rolling technology is an efficient and high-quality technical means. The processing technology of the piston rod is also an important component of the piston rod. The processing technology of the piston rod directly affects the quality and service life of the piston rod. Rolling processing is generally used for the processing of piston rods because this processing method can improve the corrosion resistance of the piston rod surface, delay the occurrence and expansion of fatigue cracks, and thus enhance the fatigue strength of the piston rod.

Φ6
Φ8
Φ10
Φ12
Φ16
Φ20
Φ22
Φ25
Φ28
Φ30
Φ32
Φ35
Φ36
Φ38
Φ40
Φ45
Φ50
Φ55
Φ60
Φ65
Φ70
Φ75
Φ80
Φ85
Φ90
Φ100
Φ105
Φ110
Φ120
Φ125
Φ130
Φ 140
Φ150
Φ160
Φ170
Φ180
Φ200
Φ220
ф250
ф300
Φ350
Φ400
Φ450
Φ500
Φ550
Φ600
Φ650
ф700-ф1600

Product Parameters

Model
JLB150T
JLB250T
JLB300T
JLB400T
JLB600T
JLB1000T

Maximum Tension

(KN)

1630
2700
3200
4100
6500
12000

Drawing Speed

(M/min)

0-5.5
0-4.5
0-4.5
0-4
0-3
0-3

Effective Length of Finished Pipe

(M)

1.5-10
1.5-10
1.5-10
1.5-10
1.5-10
1.5-10

Finished Pipe Drawing Thickness

(mm)

20
25
30
33
42
70

Main Oil Cylinder

(mm)

Φ320/Φ 150x10000
Φ420/Φ 210x10000
Φ450/Φ 210x10000
Φ500/Φ 220x10000
Φ630/Φ 280x10000
Φ850/Φ 350x10000

System Station Count

(Station)

2
2
2
2
2
2

System Working Pressure

(Mpa)

26
26
26
26
26
26

System Maximum Pressure

(Mpa)

31.5
31.5
31.5
31.5
31.5
31.5

Pump (Manual Variable Plunger Pump)

160Lx3
160Lx2 250Lx1
250Lx3
250Lx3
250Lx3
400Lx3

Main Motor

(KW)

55x3
55x2 75x3
75x3
75x2 90x1
90x3
132x3
Dimensions (WxHxL)
1.6x1.4x42
1.7x1.5x44
1.7x1.5x44
1.9x1.8x45
2.1x2x45
2.65x2.65x60

Weight

(T)

86
100
120
180
220
300

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