Hammer break refers to a specific phenomenon that occurs during the process of drilling or excavating in construction or engineering practices. It is the term used to describe the fracture or fragmentation of rock or other hard materials when subjected to repetitive impacts from a mechanical tool known as a hammer.
Typically, a hammer break occurs when a pneumatic or hydraulic hammer is used to break through solid surfaces like concrete, rock, or asphalt. The hammer delivers a series of forceful blows to the material, applying intense pressure in a concentrated area. This repetitive impact causes the material to crack, fracture, or shatter, ultimately creating a passage, hole, or desired shape.
Hammer breaks are particularly useful in construction and mining activities, where drilling, demolishing, or excavating in hard surfaces is required. They enable the efficient removal of obstacles and facilitate the creation of tunnels, foundations, or other structural components.
Various factors influence the effectiveness of a hammer break, including the force applied by the hammer, the hardness and integrity of the material being worked on, and the design and composition of the hammer itself. Different types of hammers may be employed depending on the specific application and material properties to achieve optimum results.
Overall, the concept of hammer break embodies the process of breaking or fracturing hard materials through repetitive impact from a mechanical hammer, enabling effective and efficient removal or modification of obstacles during construction or mining activities.
