| Customization: | Available |
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| Motor Type: | AC Motor |
| Engine Type: | Diesel |
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The Electric Motor Hydraulic Rock Splitter is designed to efficiently split rocks and concrete with ease. Its working theory is simple yet effective. The wedges are placed into a drilled hole, and when the splitter is operated, the power pack generates high-pressure oil to drive the piston of the splitter cylinder. This piston, in turn, pushes the middle wedge downward. As the middle wedge moves downward, it exerts pressure on two counter wedges, forcing them against the wall of the hole. This increased tension eventually exceeds the tensile strength of the material being split.
Using the Electric Motor Hydraulic Rock Splitter is a straightforward process. First, you need to drill holes of suitable diameter and length in the rock or concrete you want to split. Next, insert the wedge group of cylinders into the holes and double-check their position before starting the splitter. Once the splitter is initiated, cracks will start to develop due to the expansion of the counter wedges. The direction of the cracking will be the same as that of the splitter handle.
This hydraulic splitting machine finds its applications in various fields. It has been widely used in the mining industry, construction engineering, demolition engineering, chemical industry, smelting production, and overhaul engineering. Its versatility and efficiency make it a valuable tool in these industries, allowing for precise and controlled rock and concrete splitting.
In summary, the Electric Motor Hydraulic Rock Splitter is a reliable and efficient tool that simplifies the process of splitting rocks and concrete. Its working theory, ease of use, and wide range of applications make it an indispensable asset in industries such as mining, construction, demolition, and more.
Working Theory
The wedges are placed into a drilled hole. When a splitter is operated, the power pack produces high-pressure oil to drive the piston of the splitter cylinder which in turn pushes the middle wedge down. The downward movements of the middle wedge force two counter wedges against the wall of the hole. When the tension increases beyond the material's tensile strength.
Step 1: Drill the holes in the rock/concrete required to split of suitable diameter and length.
Step 2: Put the wedge group of cylinders into the hole. Check the position before starting the splitter.
Step 3: Once the splitter is initiated, a crack will be developed due to the expansion of counter wedges. The cracking direction of the rock/concrete is the same as that of the splitter handle.
Applicable fields
Hydraulic splitting machines have been widely used in the mining industry, construction engineering, demolition engineering, chemical industry, smelting production and overhaul engineering, and various rescue and rescue fields.
Advantages
1. Security: The hydraulic splitting machine uses the physical properties of hydraulic oil to be non-compressible and movable and adds static thrust to complete the task of static controllability.
2. Eco-friendly: There is no vibration, impact, noise, dust, or flying debris in the whole process.
3. Efficiency: machine completes one task within 10 -15 seconds with powerful splitting force (the rock splitting tonnage can reach 840t), and can continue to work continuously with high efficiency.
4. Application flexibility: The splitting machine has a small volume, lightweight, and compact structure. It ensures that the application method is easy to learn, and just one person is required to operate it.
| Model | Drilling diameter(mm) | Drilling depth(mm) | Theoretical split(t) | Piston stroke (mm) | Splitting time | Wedge length(mm) |
| 250 | 38 | 450 | 800 | 90-200 | 10-15s | 250 |
| 350 | 42 | 550 | 820 | 90-200 | 10-15s | 350 |
| 450 | 50 | 650 | 840 | 90-200 | 10-15s | 450 |
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