Pile Head Breaker

Pile head breaker, also known as a pile breaker or hydraulic pile breaker, is a specialized hydraulic tool used for removing excess concrete from the tops of foundation piles. It is typically attached to an excavator, crane, or other carrier and is designed to break the concrete pile head accurately at a predetermined height. Pile head breaking machine can handle various pile diameters and shapes—circular, square, or rectangular—making them suitable for different construction needs. They are widely used in bridge construction, high-rise buildings, power plants, and civil engineering projects.

Technical Data of Pile Head Breaker

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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Structure and Components of the Pile Head Breaker

A standard pile breaker machine consists of several key components that work together to ensure safe and efficient pile removal:

1. Modular Hydraulic Cylinders
   The breaker is made up of multiple hydraulic cylinders arranged in a circular frame. Each cylinder can be individually controlled to apply even pressure around the pile.
2. Connecting Frame
   The frame holds the hydraulic modules together and can be adjusted according to the pile diameter, making the system highly flexible for different project needs.
3. Quick Couplers and Hoses
   High-pressure hydraulic hoses connect the breaker to an excavator or power pack. Quick couplers make assembly and disassembly simple and safe.
4. Control System
   The operator can control the hydraulic pressure and working cycle through a centralized control system, ensuring precision during pile cutting.
5. Lifting Chains or Brackets
   The pile head breaker is often suspended from an excavator or crane using lifting chains or steel brackets, allowing for easy positioning over the pile head.

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Working Principle of the Concrete Pile Breaker

• The breaker is positioned over the pile head using an excavator or crane.
• Hydraulic oil is supplied from the excavator’s power system to the breaker’s hydraulic cylinders.
• The cylinders apply uniform pressure around the pile head.
• As the pressure increases, the concrete breaks along the designed cutoff level.

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Advantages of Using a Pile Head Breaker

• High Productivity: The machine drastically reduces the time needed to break piles compared to manual methods.
• Cost-Effectiveness: Lower labor costs and reduced project duration make it an economical choice.
• Structural Integrity: Controlled breaking prevents micro-cracks or damage to the remaining pile body.
• Environmental Benefits: The hydraulic operation produces little noise and no vibration, minimizing environmental disturbance on-site.
• Precision and Consistency: The adjustable hydraulic pressure ensures uniform cutting levels across multiple piles.

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Applications of Concrete Pile Breaker

Pile head breakers are used in a wide range of construction and infrastructure projects, including:

• Building Foundations: For cutting reinforced concrete piles in residential and commercial projects.
• Bridge Construction: Ensures even pile tops for stable bridge piers.
• Port and Wharf Projects: Used in marine pile foundations where precision and safety are essential.
• Highway and Railway Foundations: For large-diameter pile breaking in transportation infrastructure.