OT-2
FORZA
843
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2 ton ratchet jack stand is a hard metallic object used to hold a car or any other heavy object at the required height so as to facilitate operations underneath. When working under a car, one should use at least a pair of jack stands so as to prevent the weight from tipping and falling over on the individual working underneath. In short, the ratchet jack stand is used specifically for safety purposes.
Model number | OT-2 |
Capacity | 2 ton |
Min.H.(mm) | 285mm |
Max.H.(mm) | 420mm |
N.W.(kg) | 5kg |
G.W.(kg) | 5.5kg |
Qty/pair | 1pair |
Packing size (mm) | 190x220x340 |
Packing | color box |
MOQ | 50pairs |
Features: Counter-weighted pawl serves as a safe, secure locking device to prevent the load from accidentally disengaging
Sturdy, welded steel construction for superior safety and strength.
1-piece, multi-position ductile ratchet bar provides super strength and durability, and quick adjustment mechanism that securely locks into desired location
2 ton ratchet jack stand is a hard metallic object used to hold a car or any other heavy object at the required height so as to facilitate operations underneath. When working under a car, one should use at least a pair of jack stands so as to prevent the weight from tipping and falling over on the individual working underneath. In short, the ratchet jack stand is used specifically for safety purposes.
Model number | OT-2 |
Capacity | 2 ton |
Min.H.(mm) | 285mm |
Max.H.(mm) | 420mm |
N.W.(kg) | 5kg |
G.W.(kg) | 5.5kg |
Qty/pair | 1pair |
Packing size (mm) | 190x220x340 |
Packing | color box |
MOQ | 50pairs |
Features: Counter-weighted pawl serves as a safe, secure locking device to prevent the load from accidentally disengaging
Sturdy, welded steel construction for superior safety and strength.
1-piece, multi-position ductile ratchet bar provides super strength and durability, and quick adjustment mechanism that securely locks into desired location
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