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15 ton hydraulic porta power jacks are used for straightening,bending,pressing,spreading steel, lifting, pulling, pushing. The quick connect design allows assembly in seconds, the automatic safety overload system protects equipment.
Built-in safety overload valve.
Components snap together for quick setups to apply pushing, spreading, or pulling force.
Applicable to the repair of car and truck bodies.
Model number | OP-15 |
Capacity | 15 ton |
Type | welding hydraulic pump |
Min.Height | 330mm |
Stroke | 135mm |
N.W.: | 33kg |
G.W.: | 35kg |
Package size | 870*420*200mm |
Packing | blow case with wheels |
Color | optional |
MOQ | 30pcs |
Delivery time | 25days-30days |
Features:
Quick connect design allows assembly in seconds
Automatic safety overload system protects equipment
Heavy wall extension tubes for tough jobs
Rugged blow molded case keeps tools organized
Automatic pump overload system protects against damage to rams and equipment.
15 ton hydraulic porta power jacks are used for straightening,bending,pressing,spreading steel, lifting, pulling, pushing. The quick connect design allows assembly in seconds, the automatic safety overload system protects equipment.
Built-in safety overload valve.
Components snap together for quick setups to apply pushing, spreading, or pulling force.
Applicable to the repair of car and truck bodies.
Model number | OP-15 |
Capacity | 15 ton |
Type | welding hydraulic pump |
Min.Height | 330mm |
Stroke | 135mm |
N.W.: | 33kg |
G.W.: | 35kg |
Package size | 870*420*200mm |
Packing | blow case with wheels |
Color | optional |
MOQ | 30pcs |
Delivery time | 25days-30days |
Features:
Quick connect design allows assembly in seconds
Automatic safety overload system protects equipment
Heavy wall extension tubes for tough jobs
Rugged blow molded case keeps tools organized
Automatic pump overload system protects against damage to rams and equipment.
In principle, the hydraulic jack is based on Pascal principle, that is, the pressure of the liquid is the same everywhere, so in a balanced system, the pressure exerted on the smaller piston is relatively small, and the pressure exerted on the larger piston is also relatively large, which can keep t