Description

industrial rubber hose high pressure hydraulic hose 4SH 1 inch
 

Industrial rubber hose Details
Name:								Multispiral Hydraulic Hose (DIN ****3 EN**6 4SH)
Standard:								SAE,DIN
Working temperature								**0°c to ***5°c
Industrial rubber hose Construction
1>	Tube:			Oil resistant Synthetic rubber
2>	Reinforcement			Four of high-tensile steel wire spiral layers.
3>	Cover			abrasion and weather resistant synthetic rubber.MSHA accepted.

1.High pressure wire enhance hydraulic hose is mainly for mine hydraulic support, oil field development
2.Suitable for engineering construction, lifting transportation, metallurgy forging press, mining equipment, ship,
the injection molding machinery, agricultural machinery, all kinds of machine tools and various industry departments mechanization, automation hydraulic system carries in which have certain pressure (higher pressure) and temperature of the petroleum base (such as mineral oil, soluble oil, hydraulic oil, fuel oil, lubricating oil) and water-based fluid (such as the emulsion, oil and water emulsion, water) and liquid transmission 
 

Industrial rubber hose Specification

Hose ID

Wire OD

Hose OD

Working Pressure

Burst Pressure

Minimum Bend Radius

Weight

inch

mm

mm

mm

Mpa

Psi

Mpa

Psi

mm

kg/m

3/4

*9.0

*8.4

*2.2

*2

***0

**8

****0

**0

1.*3

1

*5.4

*5.2

*8.7

*8

***0

**2

****0

**0

2.*6

**1/4

*1.8

*1.9

*5.5

*2.5

***0

**8

****0

**0

2.*6

**1/2

*8.1

*8.8

*3.5

*9

***0

**6

****0

**0

3.*5

2

*0.8

*3.2

*8.1

*5

***0

**0

****0

**0

4.*5

Supply other types hose:
 
1.Steel wire braided hydraulic hose
SAE **0 R1 AT / DIN EN**3 1SN
SAE **0 R2 AT / DIN EN**3 2SN
DIN EN**7 1SC
DIN EN**7 2SC
SAE **0 R*6
SAE **0 R*7
SAE **0 R5
 
2.Steel wire spiral hydraulic hose
DIN EN**6 4SP
DIN EN**6 4SH
SAE **0 R*2
SAE **0 R*3
SAE **0R*5
 
3.Textile braided hydraulic hose
SAE **0 R3
SAE **0 R6
 
4.Rubber resin hose
SAE **0 R7 / DIN EN**5 R7
SAE **0 R8 / DIN EN**5 R8
 
5.Steam hose
Wire braided steam hose
 
6.PTFE Hose
SAE **0 R*4