Search
Application: Scissor Lifts
13 results found
|
087 - 1SB - STEEL BRAID ANTIABRASION
Thermoplastic hose MSHA approved with steel reinforcement for hydraulic applications from 95 to 360 bar (1300 to 5200 psi)
Go to the form
|
|
166 - A92.2 ANTIABRASION
Thermoplastic hose for hydraulic applications from 90 to 210 bar (1300 to 3000 psi)
Go to the form
|
|
195 - A92.2 NON CONDUCTIVE
Thermoplastic non-conductive hose for hydraulic applications from 90 to 210 bar (1300 to 3000 psi)
Go to the form
|
|
062 - R7 LFC ANTIABRASION
Thermoplastic hose for hydraulic applications from 140 to 210 bar (2000 to 3000 psi)
Go to the form
|
|
066 - R7 ANTIABRASION
Thermoplastic hose MSHA approved for hydraulic applications from 70 to 210 bar (1000 to 3000 psi)
Go to the form
|
|
095 - R7 NON CONDUCTIVE
Thermoplastic non-conductive hose for hydraulic applications from 70 to 210 bar (1000 to 3000 psi)
Go to the form
|
|
075 - R8 ANTIABRASION
Thermoplastic hose MSHA approved for high pressure hydraulic applications from 140 to 420 bar (2000 to 6000 psi)
Go to the form
|
|
076 - R8 EXTRA TOUGH
Thermoplastic hose extremely wear resistant for hydraulic applications from 245 to 350 bar (3500 to 5000 psi)
Go to the form
|
|
126 - R8 NON CONDUCTIVE
Thermoplastic non-conductive hose for high pressure hydraulic applications from 140 to 350 bar (2000 to 5000 psi)
Go to the form
|
|
088 - 1SB - STEEL BRAID ANTIABRASION TWIN
Thermoplastic hose MSHA approved with steel reinforcement for hydraulic applications from 95 to 360 bar (1300 to 5200 psi)
Go to the form
|
|
175 - R8 ANTIABRASION TWIN
Thermoplastic hose MSHA approved for high pressure hydraulic applications from 140 to 420 bar (2000 to 6000 psi)
Go to the form
|
|
022 - R18 CPLFC 3000 - CONSTANT PRESSURE NON COND.
Thermoplastic constant pressure non-conductive hose for hydraulic applications up to 210 bar (3000 psi)
Go to the form
|
|
037 - CPLFC 3600 NEO CONSTANT PRESSURE NON COND.
Thermoplastic constant pressure non-conductive hose for hydraulic applications up to 250 bar (3600 psi)
Go to the form
|