Classification and Field Application of Used Skid Steer Breaker Hammers

Used Skid Steer Breaker Hammers are primarily categorized into three types based on their appearance and structure: right-angle, triangular, and silent.

I. Key Comparison

1. Working Range and Mounting Point: The right-angle hammer: Due to its higher mounting point, it offers a wider horizontal working range and is particularly suitable for applications requiring horizontal reach, such as tunnels and trenches, reducing the need for equipment movement. The triangular hammer: With its lower mounting point, it offers greater lifting capacity and is suitable for demolishing high-rise buildings or applications requiring upward crushing.

2. Impact Force and Applicable Working Conditions: The straight, long structure of the right-angle hammer allows for more direct force transmission, concentrated impact energy, and high rock crushing efficiency (such as in mine clearance). The triangular hammer: Lightweight and flexible, it is suitable for medium-hard materials such as concrete crushing and asphalt pavement demolition. However, the hook-breaking operation can easily damage the equipment.

3. Field of View and Operating Experience: The straight body of the right-angle hammer allows the operator to more easily observe the contact point between the drill rod and the material, improving accuracy. The forward-leaning structure of the triangular hammer partially obscures the field of view. 

4. Other Used Skid Steer Breaker Hammer Types: Silent models feature a fully enclosed design with built-in shock-absorbing material, resulting in low noise, minimal vibration, and optimal protection. They are suitable for noise-sensitive applications such as urban and municipal operations.

 

II. Selection Recommendations

 

Right-angle hammers are preferred for rock breaking, mining, and horizontal trenching.

Triangular hammers are preferred for building demolition, concrete breaking, and other applications requiring elevated heights.

Silent models are preferred for urban or noise-sensitive areas, balancing efficiency and environmental friendliness.

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