Modular Hydraulic Pile Breaker For Round Piles | Static Crushing Low Vibration

The SP-800 is a modular Hydraulic pile breaker designed for efficient, low‑impact crushing of concrete pile heads. Unlike traditional jackhammer methods that generate high noise and vibration, the SP‑800 uses static crushing low vibration noise technology – multiple hydraulic cylinders apply steady, powerful pressure to break the pile head cleanly without shock waves or flying debris. This makes it ideal for urban environments, sensitive structures, and night work. The machine features low noise eco friendly operation, keeping sound levels dramatically lower than pneumatic breakers. Its quick tool change system (modular design) allows operators to add or remove crushing modules in minutes, adapting to round pile diameters from 600 mm up to 2500 mm. With a compact structure confined spaces design, the SP‑800 can work in tight excavation pits, between existing foundations, or under overhead obstructions. Available for 20–40 ton excavators (or hydraulic power stations), the SP‑800 is the go‑to solution for fast, clean, and safe pile head demolition across Southeast Asia, India, and Russia.

Additional specifications from the catalog (SP-800):

• Module count: 4 to 18 (adjustable)

• Combined total weight: 1400 kg (4 modules) up to 6300 kg (18 modules)

• Range of pile diameter: 600 – 2500 mm (round piles)

• Applicable excavator tonnage: 20–30T (for smaller setups) / 30–40T (for larger setups or hydraulic power station)

• Also available for square piles (e.g., 500×500 mm) with different models.

*Note: The SP-800 table in the catalog lists diameter ranges starting from 400–700 mm for 4 modules, but the product description specifies 600–2500 mm for SP-800. The above reflects the catalog data.*

Southeast Asia (bridge demolition, urban redevelopment, tunnel projects)

• Low noise eco friendly operation is critical for night work in densely populated cities like Bangkok, Jakarta, and Manila, where noise restrictions are strictly enforced.

• Static crushing low vibration noise prevents damage to adjacent aging infrastructure – a major concern in flood‑prone areas with soft soils.

• Compact structure confined spaces allows operation inside cofferdams and deep excavation pits for port and tunnel projects.

India (high‑rise building foundations, metro rail, flyover construction)

• Hydraulic pile breaker eliminates the need for noisy, vibration‑heavy pneumatic breakers that disturb nearby communities.

• Quick tool change system enables a single machine to handle various pile diameters (e.g., 800 mm for metro piers, 1200 mm for bridge foundations) on the same job site – reducing equipment rental costs.

• Compact structure confined spaces is essential for working within congested construction zones in Mumbai, Delhi, and Bengaluru.

Russia (industrial foundation removal, bridge rehabilitation, cold‑weather demolition)

• Static crushing low vibration noise works reliably in sub‑zero temperatures – hydraulic oil remains effective, and no impact‑related brittle fractures occur.

• Low noise eco friendly operation allows work near operational factories, hospitals, and residential blocks without stopping production.

• Quick tool change system reduces downtime when switching between different pile diameters – crucial for short construction seasons in Siberia.

A: A Hydraulic pile breaker uses static crushing low vibration noise technology – multiple hydraulic cylinders press against the pile head simultaneously, cracking concrete through compression rather than impact. Conventional hammers strike the pile repeatedly, generating high noise, vibration, and flying debris. The SP‑800 is safer, quieter, and produces clean, even breaks without damaging reinforcement bars.

A: Yes. While the SP‑800 is optimized for round piles (600–2500 mm), we offer separate square pile breaker models (e.g., for 450×450 mm, 500×500 mm) with similar static crushing low vibration noise and quick tool change system features. Please consult the catalog or contact us for square pile configurations.

A: The SP‑800 is modular. Each module contains a hydraulic cylinder and crushing jaw. You add or remove modules around a split ring to match the pile diameter. The quick tool change system means you only need basic hand tools to reconfigure the breaker – typically 10–15 minutes to change module count. No special training required.

A: For 4–10 modules (pile diameters up to 1200 mm), a 20–30 ton excavator is sufficient. For 11–18 modules (diameters up to 2500 mm), we recommend a 30–40 ton excavator or a hydraulic power station. The SP‑800 is designed as a Hydraulic pile breaker attachment that connects directly to the excavator’s auxiliary circuit (standard flow).

A: Many urban construction projects face strict noise limits (e.g., 65 dB during the day, 55 dB at night). Pneumatic breakers often exceed 100 dB. The SP‑800’s low noise eco friendly operation keeps noise around 70–80 dB, allowing you to work longer hours, avoid fines, and maintain good community relations. It also reduces the need for expensive acoustic barriers.

A: Yes. The static crushing low vibration noise method applies gradual pressure, creating tensile cracks in the concrete without shock waves. Vibration levels are minimal – often below 0.5 mm/s. This protects nearby buildings, bridge bearings, and underground utilities from micro‑cracking or settlement – a critical advantage in sensitive renovation projects.

A: Absolutely. The compact structure confined spaces design means the overall width and height are kept to a minimum. You can lower the SP‑800 into a narrow excavation pit or position it under a low‑clearance bridge deck. The modular split ring also allows you to open the breaker around the pile without needing side access.

A: The SP‑800 uses high‑quality hydraulic cylinders (maximum pressure up to 35 MPa, depending on module). Regular inspection of seals, hoses, and jaw plates is recommended every 200 operating hours. The quick tool change system components (module connecting pins) should be greased weekly. All parts are replaceable in the field.