Hydraulic Splitter for Rock

The hydraulic splitter for rock is composed of two main parts: a hydraulic pump station and a splitting machine. The hydraulic splitting machine is driven by the ultra-high pressure oil cylinder output from the hydraulic pump station to generate a huge driving force, which can be mechanically amplified to cause the object to split in the predetermined direction.

Usually the compressive strength of the broken rock is very high, but the tensile strength is low. The static explosion rock splitter uses ultra-high-pressure oil as the energy source. The ultra-high-pressure oil output by the hydraulic power station is driven by the mechanical amplification of the supercharger. The oil cylinder in the splitting rod generates a huge driving force, causing the splitting machine to push the hydraulic jack in the splitting rod outward to expand and crack the rock. The hydraulic pressure is extremely high in an instant, reaching a splitting force of several thousand tons, making it easy to split the rock from inside the rock. The hard rock is split and the object is split in a predetermined direction to achieve the purpose of expansion, crushing and excavation.

When the rock splitting machine is working, you can use a rock drill and a down-the-hole drill to drill a large hole with a hole depth of at least 1-2 meters. Then put the rock splitting rod into the drill hole, start the hydraulic pump, and extend multiple rock splitting rods at the same time. Currently, the commonly used hydraulic splitting machines on the market are mainly divided into large-scale splitting machines, medium-sized splitting rods, small splitting machines and other series of products.

1. The rock splitter can operate in a controlled manner in a static hydraulic environment. It will not cause any dangers like blasting machines and other impact demolition and rock drilling equipment, and there is no need to take complicated safety measures.
2. During operation, there will be no vibration, impact, noise, dust, flying debris, etc. The surrounding environment will not be affected, allowing interference-free operation even in densely populated areas or indoors, as well as next to precision equipment.
3. The rock crusher can complete the crushing process in a few seconds and can operate continuously without interruption. It has high efficiency and low operating and maintenance costs. There is no need to take isolation or other time-consuming and expensive safety measures like blasting operations.
4. Unlike most traditional removal methods and equipment, the rock crusher can accurately determine the crushing direction, crushing shape, and required part size in advance, with high crushing accuracy.

1. Building demolition: demolition of reinforced concrete foundations and buildings, partial demolition of interior buildings, demolition of bridges and piers, demolition of underwater buildings, etc.
2. Construction: Removal of buildings and bridges, foundation pile heads, the opening of concrete walls, expansion of culverts in water conservancy projects, excavation of foundations or rock removal on hard rocks, excavation of small rock tunnels, tunnels, and trenches Excavation, crushing and removal of underwater rocks or buildings in channel dredging, etc.
3. Rescue and disaster relief: splitting and removal of large rocks and concrete in landslides on railways and highways, removal of large rocks after landslides in tunnels in mining areas, emergency demolition and rescue of collapsed buildings after earthquakes or other emergencies, etc.
4. Mining quarries: Secondary transformation of ores, mining and splitting of marble, granite, sandstone, and other precious stones.
5. Metallurgical industry: maintenance in steel-making furnaces, splitting and crushing of steel slag, crushing and clearing of carbon blocks in electrolytic cells in aluminum plants or other smelting plants.
6. Highways and municipal administration: maintenance and demolition of asphalt pavements, cement pavements, and bridge decks, emergency repair and demolition work of water companies, gas companies, electric power companies, communication companies, etc.
7. Other aspects: loading and unloading of various goods in ports, stations, freight yards, mines, etc., sorting, grabbing, and loading and unloading of garbage, scrap steel, and other materials.