155 Mm Chisel Diameter Hydraulic Excavator Breaker Durable Suitable Depends On

Product Description:

The Excavator Rock Breaker is a highly efficient and robust Hydraulic Impact Breaker designed to enhance the performance of your excavator in various demolition and construction applications. Engineered with precision and durability in mind, this Excavator Hydraulic Hammer is an essential attachment for breaking rocks, concrete, and other hard materials, making it indispensable for mining, quarrying, road construction, and building demolition projects.

One of the standout features of this Excavator Hydraulic Hammer is its adaptable power, which depends on the specific model you choose, ensuring that it can meet the diverse needs of different tasks and excavator sizes. This flexibility allows operators to select the perfect balance of power and efficiency for their unique requirements, resulting in optimal breaking performance and reduced operational costs.

Noise level is a critical consideration in construction and demolition work environments, and this Excavator Rock Breaker has been designed to operate within a noise range of 85 to 100 decibels (DB). This noise level is managed through advanced engineering techniques, making it quieter than many traditional rock breakers while still delivering powerful impact force. This feature not only helps to minimize noise pollution on-site but also contributes to improved operator comfort and safety.

The chisel diameter of this Excavator Hydraulic Hammer is precisely 155 mm, a size that offers an ideal balance between breaking power and precision. The chisel is crafted from high-strength materials to withstand intense impact forces and abrasive conditions, ensuring longevity and consistent performance even under the toughest operational demands. This diameter allows the breaker to effectively penetrate and fracture hard surfaces, facilitating faster and more efficient material removal.

Operating pressure is another vital parameter that defines the performance of the Excavator Rock Breaker. It functions optimally within an operating pressure range of 100 to 140 bar, providing a powerful hydraulic force that translates into strong and effective breaking action. This pressure range is carefully calibrated to maximize impact energy while minimizing wear and tear on the attachment, thereby extending its service life and reliability.

While the Excavator Hydraulic Hammer does not have a dedicated showroom location, it is readily available through authorized dealers and distributors who provide comprehensive support and service. Customers can rely on expert guidance to choose the right model and receive full technical assistance throughout the purchase and operational process. This ensures that the Excavator Rock Breaker integrates seamlessly with your existing excavator fleet, enhancing productivity and operational efficiency.

In summary, the Excavator Rock Breaker is a versatile and powerful Hydraulic Impact Breaker that excels in demanding applications requiring reliable and efficient rock and concrete breaking capabilities. With its customizable power options, managed noise levels between 85-100 DB, a robust 155 mm chisel diameter, and an operating pressure range of 100-140 bar, it stands out as a top choice for professionals seeking durability, performance, and value. Whether you are undertaking heavy-duty mining operations or precise demolition tasks, this Excavator Hydraulic Hammer is designed to deliver exceptional results every time.

Features:

• Product Name: Excavator Rock Breaker
• Type: Excavator Impact Hammer
• Heavy Duty Rock Breaker suitable for various applications
• Operating Pressure: 100-140 Bar
• Power: Depends On Model
• Noise Level: 85-100 DB
• Length: 2810 Mm
• Hydraulic Excavator Breaker for efficient rock breaking
• Designed for durability and high performance

Technical Parameters:

Applications:

The Excavator Rock Breaker, also known as a Hydraulic Rock Crushing Hammer, is a versatile and powerful attachment designed to enhance the efficiency of excavation and demolition projects. Depending on the model, the power of this equipment varies, allowing it to cater to a wide range of applications from light to heavy-duty tasks. Its robust design, featuring a chisel diameter of 155 mm and an operating pressure range of 100-140 bar, ensures optimal performance in breaking and crushing hard rock formations with precision and ease.

This Heavy Duty Rock Breaker is especially suited for challenging environments such as mining sites, quarry operations, and large-scale construction projects. It excels in scenarios where rock breaking is essential for site preparation, trenching, and foundation work. The hydraulic system provides consistent and reliable power, making it an indispensable tool for contractors who require rapid rock fragmentation without compromising structural integrity or safety.

Due to its noise level ranging from 85 to 100 dB, the Hydraulic Rock Crushing Hammer is commonly used in outdoor settings where noise regulations are manageable, ensuring minimal disruption to surrounding activities while maintaining high productivity rates. Its design allows it to be mounted on excavators, providing flexibility and ease of maneuverability in confined spaces and rugged terrains.

Typical application occasions include road construction, where breaking through rocky subgrades is necessary before paving. It is also widely employed in demolition projects to dismantle concrete structures reinforced with rock and other hard materials. Furthermore, the equipment is ideal for utility installation projects requiring the excavation of rocky ground to lay pipelines or cables.

In summary, the Excavator Rock Breaker is a critical tool for professionals needing a reliable and powerful Hydraulic Rock Crushing Hammer. Its adaptability to various power requirements, combined with its effective chisel diameter and operating pressure, makes it suitable for multiple scenarios ranging from heavy-duty rock demolition to precise rock crushing tasks. This product significantly improves operational efficiency, reduces manual labor, and accelerates project timelines in numerous industrial and construction applications.