Crushing Hammers Split Hammers

Split Breaking Hammer, larger in size and stronger in impact than the standard right-angle split hammer, is widely used in mining and mountain opening operations, and also plays a great role in the demolition of roads and bridges, breaking frozen soil and other work scenarios, and more and more customers are taking the Breaking Hammer as a good choice of backhoe loader auxiliary equipment.

Crushing hammer (hydraulicbreaker), also known as hydraulic pick, hydraulic gun, its power source is the excavator or loader pump station to provide pressure oil, it can be more effective in the role of excavating the building foundation to clean up floating stones and rock crevices in the soil. Hydraulic Breaking Hammer adopts the optimized design concept, increasing the piston and cylinder stroke, adopting the same large diameter of the piston and brazing rod, so that the breaking hammer and the host machine match with the best effect, the rational use of the highest output energy, energy saving, to achieve the highest working efficiency. The principle of selection is to choose the most suitable hydraulic breaker according to the excavator model and operating environment.

Crushing hammer is a common engineering machinery, widely used in construction, mining and demolition. Its main role is to break hard objects through high-speed impact, so that they become smaller particles or fragments. So, how does the crushing hammer work?

The working principle of the crushing hammer can be simply summarized as "impact-vibration-crushing". When the hammer comes into contact with the object to be crushed, it generates a high-speed impact force that destroys the structure of the object's surface. This impact is generated through the hydraulic system, under the action of hydraulic oil, the piston inside the crushing hammer will move quickly, the energy will be transferred to the crushing head.The crushing head is the core component of the hammer, which is usually made of high-strength alloy steel and has a special shape. When the head is subjected to an impact force, it vibrates, which transmits the impact force to the object to be broken. The frequency of vibration of the crushing head usually ranges from hundreds to thousands of times per minute, depending on the type of hammer and the operating conditions.