The Hydraulic Toe Jack manufactured by Hebei ByaulPro Lifting Equipment Co., Ltd. is an ultra-low-profile claw jack. Its claw features a three-level height adjustment mechanism, while its base is equipped with a rotatable support foot; this design allows it to adapt to complex spatial environments while simultaneously ensuring stability.
This jack has obtained international certifications such as ISO and CE. Its main body is constructed from welded Q235 steel. It is capable of lifting loads using both its top plate and its toe, with the toe also featuring adjustable height. It is a multifunctional jack.
|
Model |
Rated Load |
Minimum Height |
Lifting Height |
Adjust Height |
Weight |
|
MHC - 3 |
3 t |
20 mm |
135 mm |
20 / 72 / 132 mm |
19.15 kg |
|
MHC - 8 |
8 t |
20 mm |
140 mm |
20 / 82 / 150 mm |
25.75 kg |
Adjustable toe:
This jack is equipped with a three-position adjustable toe. Users can choose the appropriate lifting height according to actual working conditions and demands, thus widening the product’s application range.
Rotatable support feet:
This jack comes with two independently rotatable support feet on its base. Adjusting the angle of these feet allows it to adapt to complicated spatial limits and terrain, significantly enhancing work efficiency.
Integrated hydraulic system:
This jack features an integrated hydraulic system, eliminating the need for external oil lines or a separate hydraulic pump. This design enhances the product's convenience and portability.
This product features an adjustable handle that can be freely angled to suit various carrying postures. When not in use, it can be folded down for storage, thereby minimizing space requirements.
Equipped with sealing parts made of PU material, this jack maintains superior long-term elasticity and better anti-aging performance than conventional seals. As a result, the service life of the product is effectively prolonged and maintenance expenses are lowered.
Its claw section is manufactured using a one-piece casting process, enhancing the structural strength of the load-bearing areas. This design ensures resistance to deformation under prolonged heavy loads, guaranteeing operational safety.
