Concrete pile breaker, also frequently referred to as a pile cropper or pile crusher, is a highly specialized hydraulic attachment designed to remove unwanted concrete from the top of foundation piles quickly and accurately. It consists of multiple hydraulic cylinders arranged in a circular frame that clamps around the pile. Once activated, the cylinders apply synchronized pressure to crack the concrete along a pre-determined line, separating it cleanly without damaging the reinforcement bars.

Parameters of Concrete Pile Breakers for Round Piles

Model	YG-800	YG-980	YG-1150	YG-1300	YG-1500	YG-1650	YG-1800	YG-2000	YG-2150	YG-2300	YG-2500
Applicable pile diameter	600-800mm	800-900mm	1100-1150mm	1150-1300mm	1300-1500mm	1500-1650mm	1650-1800mm	1800-2000mm	2000-2150mm	2150-2300mm	2300-2500mm
Number of modules	8	9	10	11	12	13	14	15	16	17	18
Machine weight	2400kg	2700kg	3000kg	3300kg	3600kg	3900kg	4200kg	4500kg	4800kg	5100kg	5400kg
Applicable excavator model	20-30T	20-30T	20-30T	30-40T	30-40T	30-40T	Hydraulic pump station	Hydraulic pump station	Hydraulic pump station	Hydraulic pump station	Hydraulic pump station
Cylinder stroke	250mm	250mm	250mm	250mm	250mm	250mm	250mm	250mm	250mm	250mm	250mm
Working pressure	35Mpa	35Mpa	35Mpa	35Mpa	35Mpa	35Mpa	35Mpa	35Mpa	35Mpa	35Mpa	35Mpa
Oil storage capacity of a single module	5L	5L	5L	5L	5L	5L	5L	5L	5L	5L	5L
Breaking force	70T	70T	70T	70T	70T	70T	70T	70T	70T	70T	70T

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Components of Excavator Pile Breaker

• Hydraulic Cylinders: The power source of the concrete pile breaker. Each cylinder exerts high pressure to crack the concrete evenly.
• Frame and Modules: The structure that holds the cylinders in a circular or square formation. The frame is typically made of high-strength steel to withstand continuous heavy-duty operations.
• Connecting Rods and Pins: These secure the modules and ensure alignment during operation.
• Hydraulic Hoses and Couplings: Responsible for transmitting hydraulic pressure from the carrier machine to the breaker.
• Control System: Allows the operator to manage pressure levels, synchronization, and safety functions.

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Process of Simple and Efficient Operation

• Positioning: The concrete pile breaker is lowered over the pile top using the carrier machine until it rests on the concrete at the desired cut-off level.
• Activation: The operator activates the hydraulic flow, causing the cylinders to extend their chisels inward toward the pile’s center.
• Fracture: The simultaneous, inward pressure creates a perfect horizontal stress fracture across the entire diameter of the concrete, right up to the reinforcing steel.
• Removal: The excess concrete above the fracture line is now separated. The breaker is typically lifted, which often lifts the broken concrete slug with it. The remaining concrete pieces are then easily removed, leaving the rebar intact and projecting from a perfectly flat, level concrete surface.

Advantages of Using a Hydraulic Pile Breaker

The concrete pile breaker has become an essential tool for modern foundation contractors due to its numerous advantages:

• High Efficiency
  A single pile can be processed in minutes, drastically reducing labor and time compared to manual methods. Productivity on large foundation projects can improve by over 300 percent.
• Safety and Reliability
  The operator can perform all actions remotely from the excavator cabin, minimizing exposure to falling debris and vibration hazards. The controlled breaking process eliminates the risk of accidental rebar damage or uncontrolled cracking.
• Consistent Quality
  The hydraulic pressure ensures an even, clean break every time. This uniformity is critical for maintaining design accuracy and ensuring that rebar exposure meets engineering specifications.
• Low Noise and Vibration
  Compared with pneumatic hammers or blasting, pile breakers generate much lower noise and vibration levels, making them ideal for urban environments and sensitive structures.
• Reduced Cost
  Though the initial investment may seem high, the overall savings in labor, time, and repair costs make it a cost-effective choice. The modular design allows one unit to serve multiple projects and pile sizes, enhancing ROI.

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Key Factors to Choose the Concrete Pile Breaker

1. Pile Diameter and Shape
   Determine whether your project uses round or square piles and their diameter range. Choose a compatible modular setup that can easily adjust to your pile sizes.
2. Concrete Strength
   The compressive strength of the concrete affects the required breaking force. Ensure the breaker’s hydraulic system can deliver sufficient pressure.
3. Rebar Configuration
   Some piles contain dense reinforcement. Choose a breaker that can break the concrete without damaging steel bars.
4. Carrier Machine Compatibility
   Verify that the excavator or crane has the appropriate hydraulic flow and pressure output to power the pile breaker efficiently.
5. Operating Environment
   Consider factors such as space constraints, water levels, and safety regulations. For underwater operations, special anti-corrosion coatings and waterproof seals may be required.

Concrete Pile Breaker for Sale in YG

The concrete pile breaker uses modular designs to ensure that the hydraulic pile breaker we supply can be easily adjusted to fit various pile diameters. It utilizes the advanced technology to ensure the rebar remains undamaged during the crushing process. If you are looking for a reliable pile breaker machine that seamlessly integrates with your current fleet, it is a good choice. Reach out to our engineering team now for a customized solution.