High support force and stability:
Hydraulic Prop can provide strong support force to ensure the stability of the mine roof. Its internal hydraulic system enables the pillar to quickly reach the predetermined support force when needed, effectively preventing the collapse of the coal seam and protecting the lives of miners.
Height adjustability:
The height of the Hydraulic Prop can be flexibly adjusted according to the actual conditions of the mine. This adjustability allows the Acrow Prop to adapt to different heights and shapes of the roadway, providing better support effect.
Easy to operate and maintain:
The operation of Acrow Prop is relatively simple, and workers can easily achieve the lifting and lowering of the pillar and the adjustment of the support force by operating the handle. At the same time, the maintenance of Acrow Prop is also relatively easy, regular inspection and replacement of hydraulic oil and other maintenance work can extend the service life of the pillars.
Strong adaptability:
Hydraulic Prop are suitable for a variety of complex geological conditions, including soft rock, hard rock and coal seams. Its strong supporting force and stability make it able to maintain stable supporting effect under various geological conditions.
Improve work efficiency:
The use of Hydraulic Prop can greatly reduce the time and manpower required for support work, thus improving the productivity of coal mines. The quick lifting and adjusting function of the support force of the Hydraulic Prop makes the support work more efficient and convenient.
High safety:
Hydraulic Prop can provide stable support effect and reduce the safety risks caused by roof collapse and other accidents. Its internal hydraulic system has an overload protection function, which can automatically unload the pillar when it is subjected to excessive pressure, protecting the pillar and the safety of miners.
Environmental protection and energy saving:
Hydraulic Prop use hydraulic oil as the transmission medium, which is more environmentally friendly than traditional pillars. At the same time, the energy conversion efficiency of the hydraulic system is high, which helps to save energy and reduce consumption, and reduce the operating costs of coal mines.
