The effect of rock splitting rods on breaking rocks

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. Using high-pressure oil as the energy source and cleverly applying the wedge principle, the splitting force can reach several hundred tons, even thousands of tons, so that thousands of tons of boulders can be easily split open in a few seconds, thereby separating hard and huge ores from the mountain. Compared with traditional construction methods such as blasting and hydraulic breakers (blasters), using a large hydraulic static rock crusher with an excavator for demolition and splitting operations has the advantages of no noise, no vibration, and no dust, reducing secondary hazards caused by blasting, greatly improving construction safety, and improving the working environment for workers. The new product can solve the dilemma of not being able to use blasting construction in urban construction, and can be used for real estate foundation pits. When encountering rock and earth rock engineering, blasting cannot be used because in the process of urban construction, the original blasting is extremely destructive, producing huge shock waves, dust and flying stones, and the huge impact poses a great safety hazard to surrounding buildings in urban construction. The current construction requirements require the use of pollution-free, pollution-free, high environmental protection, and high safety engineering construction techniques on site. Those that use primitive construction techniques have been banned or simply cannot be used in many situations.

China's stone production ranks first in the world, and in mining, a large amount of large rocks need to be subjected to secondary disintegration. The splitting of stone has always relied on manual chiseling by stonemasons, which is not only inefficient but also labor-intensive. Used for secondary disintegration of rocks, with low cost and high value of re creation, it effectively solves the problem of secondary disintegration of stone materials. Due to the fact that the compressive strength of most rocks is much greater than their tensile and shear strength, the ratio is approximately 10:1. Therefore, splitting large rocks from the inside is one of the labor-saving methods. Simple structure, easy operation, safe and reliable, fast splitting speed, high efficiency, low cost, significant economic and social benefits. It has been proven that this machine can replace secondary blasting and is one of the ideal methods for the secondary disintegration of large rocks.