Product Specification

Q355B materials rock ripper for 40-75 ton excavator
2024 Zhonghe Machinery Catalogue 3M.pdf

Uses of an excavator rock ripper:

Rock Excavation: One of the primary uses of a rock ripper is for excavating and breaking through rocky terrain. It is particularly useful in construction projects involving foundation excavation, road construction, quarrying, or mining operations.

Demolition: The rock ripper attachment is also utilized in demolition projects to break down structures made of concrete or reinforced concrete. It can efficiently demolish concrete walls, floors, pillars, and other rigid structures.

Trenching: When digging trenches for utilities such as pipelines or cables, an excavator rock ripper can be employed to break through compacted soil, rocks, or hard surfaces. It helps create a path for the trench and facilitates the excavation process.

Site Preparation: Before starting construction work, the land often needs to be prepared by removing obstacles like large rocks or boulders. The rock ripper can break up and remove these obstructions, making the site ready for further construction activities.

Quarrying and Mining: In quarrying and mining operations, rock rippers are used to extract large blocks of stone or mineral deposits. The attachment can break the rocks into smaller pieces, making it easier for further processing or transportation.

Landscaping and Boulder Placement: In landscaping projects, a rock ripper can assist in creating features such as ponds, waterfalls, or retaining walls by breaking and shaping large rocks or boulders to the desired size and form. It can also be used to position boulders in specific locations.

Heavy-Duty Construction: Excavator rock rippers are designed to withstand the rigors of breaking through hard materials. They are typically constructed with heavy-duty steel or alloy materials to ensure durability and longevity.

Hydraulic Power: Rock rippers are powered by the hydraulic system of the excavator. The attachment is connected to the excavator's hydraulic lines, which provide the necessary power to operate the ripper's hammer mechanism.

Hammer Mechanism: The core component of a rock ripper is its hammer mechanism, which delivers high-impact blows to break through rocks and other hard materials. The hammer is driven by the hydraulic power from the excavator and operates at a high frequency to efficiently break the material.

Replaceable Tool Bits: The front end of the rock ripper typically features replaceable tool bits or chisels. These tool bits are made of hardened steel and come in various shapes and sizes to suit different applications. They can be easily replaced when worn out or damaged.

Adjustable Impact Force: Excavator rock rippers often have adjustable impact force settings. Operators can adjust the power of each blow according to the hardness of the material being broken. This feature allows for greater versatility and control during operation.

Vibration and Noise Dampening: Some rock rippers are equipped with features to reduce vibration and noise levels. This helps improve operator comfort and minimize the impact on the excavator's structure and nearby surroundings.

Quick Coupler Compatibility: Many excavator rock rippers are designed to be compatible with quick coupler systems. This allows for easy attachment and detachment to the excavator, saving time and effort when switching between different attachments.

Safety Features: Rock rippers often incorporate safety features such as pressure relief valves, which protect against excessive pressure and prevent damage to the attachment or the excavator. Additionally, some models may have integrated systems to monitor and control the operating parameters for safe and efficient use.

 


 
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Bubble bag packaging for most products.

Wooden case for little products, like buckets.
Iron frame support for boom arms.

The accessaries and package of excavator long boom arm are subjected to our final confirmation.

Any details, welcome to contact Ada