Rock Splitting Rod Stone Breaking Tool

Hydraulic equipment with static rock blasting function, installed on excavators, can be directly controlled in the cab. It is mainly used for earthwork engineering of huge rocks and reinforced concrete structures, excavation of foundation pits and tunnels, static and vibration free demolition of road surfaces and bridge structures, as well as mining, secondary crushing and demolition of metal or non-metal mines and quarries. Directly installed on the excavator, static blasting work can be operated in the cab, achieving one-time completion of static blasting and greatly improving work efficiency. It can be widely used in engineering fields such as mining, building demolition, road and bridge construction, tunnel construction, etc. No vibration, no impact, no noise, no dust, can be ruptured within seconds, with high work efficiency, controllable rupture, moderate rupture size and weight, simple operation, convenient maintenance, and can be dismantled indoors and in narrow spaces. Combined with hydraulic principles, it not only has a staggering breaking force of 6500T, but also has no noise, vibration, high efficiency and environmental protection, and can be reused repeatedly. Therefore, when encountering rocks with a Mohs degree of 5 or above, the dismantling of pneumatic picks, hydraulic picks, and breaking hammers follows a straight line descent with the increase of rock hardness. When encountering rocks with a Mohs degree of 7 or above, breaking hammers are almost unable to carry out dismantling operations. Fractured hard rock is a new type of non explosive demolition method that is widely used in the field of rock mixed soil demolition. It adopts the working principle opposite to traditional methods such as fracturing hammers, and uses the high compressive strength and low tensile strength of rocks to crush the internal distribution of the object and achieve the result of rock fracture. With the development of time and the progress of science, various new generation equipment has emerged in the context of increasing engineering volume. As people gradually realize the various negative effects brought by blasting, various departments have also begun to strictly control it. So, how should mining be carried out in this situation? How to work under harsh construction conditions for culverts in mining areas? How should urban construction be carried out? Don't worry, the new generation of mechanical static blasting equipment has given you a satisfactory answer. Here are some pictures and mechanical parameters taken from construction sites. If there are still any unclear areas. We hope that our experience and equipment can help you make new progress in engineering. We sincerely wish you a prosperous business and abundant financial resources.