The Pailien airborne splitter consists of two major parts: a hydraulic pump station and a splitter. The hydraulic splitter uses the ultra-high pressure oil output by the hydraulic pump station to drive the oil cylinder to generate a huge driving force, and after mechanical amplification, the split object can be split in a predetermined direction. The airborne splitter is mainly used for building stone mining operations: secondary disintegration of large blocks of ore (metallic ore, non-metallic ore); partial and complete demolition of concrete components (cement pavement, machine tool foundation, bridge and house components). Compared with the traditional operation methods in the above fields, the hydraulic splitter has a series of advantages such as simple structure, easy operation, high operation efficiency, low cost, safety, energy saving, and energy-saving management.
The Palien rock splitter is a hydraulic machine for non-explosive crushing with high expansion performance. It is non-flammable, non-explosive, easy to transport and operate.
The rock drilling and splitting machine uses hydraulic pressure to expand and crack the rock, and quickly expands and cracks the rock to facilitate efficient crushing of the stone. It has great technical advantages in breaking rocks when explosives cannot be used in mining and construction earthwork projects. It splits and crushes rocks without vibration and sound. It can easily break thousands of cubic meters of hard rock. It is so powerful that it can achieve the construction effect of large spacing and large cracks even without a volley surface. This is unique in the hydraulic splitting machine industry. It is more than ten times faster than using a breaker, an expansion crusher, and a wheel cutter, and the cost is lower. The rock that is usually broken has a high compressive strength and low tensile strength. The hydraulic rock splitter uses ultra-high pressure oil as the energy source. The ultra-high pressure oil output by the hydraulic power station is mechanically amplified by the supercharger to drive the oil cylinder in the hydraulic rod to generate a huge driving force, so that the splitter pushes the hydraulic top in the splitting rod to extend outward to crack the rock. The hydraulic pressure instantly expands and cracks the rock in the mine with ultra-high pressure.
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