Huilian Hydraulic Rock Hammer Breaker SB10 for 0.5-1.2 Ton Mini Excavator Breaker

Hydraulic breakers (also known as hydraulic hammers or rock breakers), commonly attached to excavators, are widely used across multiple industries due to their high-impact force and versatility. Key application areas include:

1. Construction & Demolition

   • Demolishing concrete structures, foundations, and walls.

   • Breaking reinforced concrete during building renovations or site clearance.

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2. Mining & Quarrying

   • Fragmenting oversized rocks or boulders in quarries.

   • Secondary rock breaking in mining operations to facilitate material handling.

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3. Road & Infrastructure Development

   • Crushing asphalt or concrete pavements for road repairs.

   • Trenching and bedrock excavation for utility installations (e.g., pipelines, cables).

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4. Municipal Engineering

   • Breaking frozen ground or ice in cold regions.

   • Maintaining drainage systems and urban infrastructure.

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5. Metallurgy & Recycling

   • Processing scrap metal, slag, or industrial waste.

   • Dismantling heavy machinery or steel structures.

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6. Agriculture & Landscaping

   • Clearing rocky terrain for farmland expansion.

   • Creating drainage channels or reshaping landscapes.

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7. Disaster Response

   • Emergency demolition of collapsed buildings post-earthquakes or floods.

   • Clearing debris-blocked roads or access points.

These tools excel in environments requiring precision, high power-to-weight ratio, and adaptability to tough materials like rock, concrete, or asphalt. They are essential for improving efficiency in heavy-duty operations while reducing manual labor and operational costs.

 

Built to Break Boundaries – Expertise You Can Trust

 

At Huilian, we own and operate a cutting-edge hydraulic breaker factory, producing thousands of high-performance breakers annually. Backed by a seasoned team of engineers and technicians, we combine advanced manufacturing with rigorous quality control to deliver tools that excel in mining, demolition, and construction. Our in-house expertise ensures precision-crafted designs, rapid customization to meet unique project demands. From raw materials to final testing, every step is optimized for durability and efficiency. Trusted by clients worldwide, we power productivity with innovation, reliability, and unwavering support.

 

Your Partner in Power. Built by Experts.

 

  

 

SOOSAN HYDRAULIC BREAKER MODELS LIST:

SB10	SB81N	SB149P	SB30TS-P	SB140TS-P	SB40Ⅱ TS-P	SB50 TR-F	SH700	ST200	SQ60
SB20	SB81A	SB150	SB35TS-P	SB151TS-P	SB43Ⅱ TS-P	SB60 TR-F	SH18G	ST300	SQ70
SB30	SB81	SB151	SB40TS-P	SB10Ⅱ	SB10Ⅱ SSL	SB70 TR-F	SH20G	ET200	SQ80
SB35	SB87	SB152	SB43TS-P	SB20Ⅱ	SB20Ⅱ SSL	SB81 TR-F	SH35G	ET300	SQ100
SB40	SB100	SB157	SB45TS-P	SB30Ⅱ	SB30Ⅱ SSL	SB100 TR-F	SH40G	SQ10	SQ120
SB43	SB120	SB160	SB50TS-P	SB35Ⅱ	SB35Ⅱ SSL	SB121 TR-F	SU+55 TR-F	SQ20	SQ130
SB45	SB121	SB161	SB60TS-P	SB40Ⅱ	SB40Ⅱ SSL	SB130 TR-F	SU+85 TR-F	SQ30	SQ140
SB50	SB130	SB170	SB70TS-P	SB43Ⅱ	SB43Ⅱ SSL	SB147 TR-F	SU+105 TR-F	SQ35	SQ150
SB57	SB140	SB175	SB81TS-P	SB10Ⅱ TS-P	SB40Ⅱ BH	SB157 TR-F	SU+125 TR-F	SQ40	SQ180
SB60	SB140P	SB200	SB100TS-P	SB20Ⅱ TS-P	SB43Ⅱ BH	SB200 TR-F	SU+145 TR-F	SQ43	SQ181
SB70	SB147	SB10TS-P	SB121TS-P	SB30Ⅱ TS-P	SB40Ⅱ BH-TS	SH200	SU+155 TR-F	SQ45
SB80	SB147P	SB20TS-P	SB130TS-P	SB35Ⅱ TS-P	SB43Ⅱ BH-TS	SH400	SU+165 TR-F	SQ50

 

Other Brands Breaker: Caterpillar CAT, JCB, MSB, Soonsan, FURUKAWA, Komatsu, Kubota, Atlas, Krupp, N.P.K, HANWOO, RAMMER, INDECO, MONTABERT, STANLEY, TOKU/TOYO, OKADA, KWANGLIM, DAEMO, DAINONG, General, COMET, Dongyang, Allied, Ampa, Arrowhead, Atlas Copco, Beilite, Berco, Chicago Pneumatic, D&A, DB TECH, Dehaco, EDT, Everdigm, FINE, Giant, Huskie, Hyundai, Inan Makina MTB, Jacty, Jisung, JKH-B, KCB, Kent, Komac, Konan MKB, Kwanglim, Lifton, Maverick, Montabert, Okada, Ramfo, Sandvik, Stanley, Teisaku, Terex, Tiger, Toku, Topa, Torpedo, Toyo, Volve, T&H, UBTECH

 

Here’s the hydraulic breaker maintenance guide, organized step-by-step for clarity:

1. Pre-Operation Daily Checks

1. Fastener Inspection

   • Check for loose components such as the chisel tool, bolts, and guard plates, especially high-vibration areas (e.g., side bolts, accumulator bolts).

   • Tighten immediately if loosening is detected to prevent part detachment or damage.

2. Hydraulic System Check

   • Inspect hydraulic hoses and joints for leaks or wear. Replace aged hoses promptly.

   • Ensure hydraulic oil cleanliness meets standards (recommended: ISO 18/15 grade or higher) and maintain proper oil levels.

3. Chisel Tool and Lubrication

   • Inspect the chisel tool for wear, bending, or cracks. Replace severely damaged tools.

   • Apply grease (e.g., lithium-based grease) to the chisel shank before each use to reduce friction.

2. Operational Best Practices

1. Lubrication During Work

   • Lubricate critical points (e.g. piston and cylinder contact areas) with specialized grease every 2 hours

   • Increase lubrication frequency in dusty environments to prevent contamination.

2. Avoid Dry Firing and Overloading

   • Never operate the breaker without proper material contact ("dry firing"), as this damages internal components.

   • Limit continuous operation to 1 hour per session to prevent hydraulic system overheating.

3. Proper Operating Posture

   • Keep the chisel perpendicular to the working surface to avoid uneven wear or piston damage.

   • Maintain firm chisel contact with the material to minimize energy rebound.

3. Post-Operation Maintenance

1. Cleaning and Pressure Relief

   • Clean the breaker’s exterior after shutdown to remove debris and prevent hydraulic system contamination.

   • Release residual hydraulic pressure via the control valve before shutting down to protect seals.

2. Nitrogen Chamber Inspection (Critical)

   • Regularly check nitrogen pressure in the accumulator (typically 1.4–1.6 MPa; refer to the manual). Recharge if pressure is low.

   • • Test nitrogen pressure every 500 hours or monthly using specialized inflation tools.

3. Long-Term Storage Protocol

   • Retract the chisel fully and apply anti-rust oil to exposed metal surfaces.

   • Store in a dry environment to prevent hydraulic oil emulsification.

4. Scheduled Professional Maintenance

1. Hydraulic Oil Replacement

   • Replace hydraulic oil every 500 hours, and clean the tank and filters simultaneously.

   • Use manufacturer-approved oil to avoid compatibility issues.

2. Seal and Wear Part Replacement

   • Inspect seals, pistons, and bushings every 1,000 hours. Replace worn parts immediately.

   • Prioritize genuine OEM components for durability.

3. Professional Calibration

   • Schedule annual inspections by certified technicians to verify structural integrity and performance.

Key Reminders

• Always follow the manufacturer’s guidelines for specific models.

• Document maintenance activities to track wear patterns and optimize service intervals.

• Address abnormal noises or performance drops promptly to prevent major failures.

This structured approach ensures extended service life and safe, efficient operation of hydraulic breakers.