How Hydraulic Breakers Crush Concrete Efficiently

　　Concrete is a composite material made by mixing cement, sand, and water in specific proportions. Concrete blocks produced from demolition and renovation activities can be crushed using hydraulic breakers for reutilization, creating significant value.

　　Hydraulic breakers, also known as impact hammers or rock breakers, are tools that convert energy into mechanical force, primarily functioning to generate impact and vibration. With excellent adaptability, operational performance, low noise, and high efficiency, hydraulic breakers find extensive applications in metallurgy, mining, road construction, and building industries. They are used to excavate, crush, and dismantle hard materials such as rocks, concrete, steel structures, frozen ground, cement pavements, bridge piers, and buildings.

How Hydraulic Breakers Crush Concrete Efficiently

　　Mechanical crushing involves using an excavator-mounted hydraulic breaker to crush concrete, requiring sufficient space for the excavator's operation. The principle involves reciprocating impact movements to split the concrete into chunks, followed by manual removal of steel reinforcements. Specific measures for crushing concrete using hydraulic breakers include:

　　Large Concrete Blocks: For blocks around 1 meter in size, start with a drilling-equipped excavator for crushing, followed by coarse crushing with a jaw crusher to reduce the size to around 10 centimeters. Further crushing into medium and fine particles can be achieved using a cone crusher, producing stones of various specifications.

　　Small Concrete Blocks: If the concrete blocks are around 10 centimeters in size, they can be directly crushed using a hammer or impact crusher.

　　Utilizing hydraulic breakers for concrete crushing involves a systematic approach based on the size and nature of the concrete blocks, ensuring efficient and effective results in the recycling process.