Demolition Hydraulic Breaker Mini Excavator Industrial Excavator

Description:
 

Key Characteristics of Hydraulic Crushers

As a core attachment, the performance of a hydraulic crusher directly impacts demolition efficiency.

​Efficient Crushing: Advanced hydraulic systems deliver immense impact force, easily breaking concrete and rock. For instance, certain hydraulic crushers designed for primary demolition can generate a splitting force of hundreds of tons or even higher.

​Multi-Functional Jaws: Professional hydraulic crushers (e.g., multi-process crushers) can handle primary crushing, secondary crushing, and rebar cutting by utilizing different jaws (like primary crushing jaws and shear jaws), thereby enhancing work efficiency.

​Powerful Compatibility: Industrial-grade excavators can be equipped with large hydraulic crushers to tackle the most robust reinforced concrete structures, such as viaducts, piers, and heavy foundations.

Applications and Selection Advice

​1.Mini Excavators​

​ Advantage: Compact size makes them ideal for extremely confined or indoor spaces, such as basements, building interiors, or greenhouses.

​ Selection Consideration: Focus on the machine's width and height to ensure it can pass through doorways or pathways in the target area. Also, consider the rear design (e.g., zero-tail swing) for enhanced operational safety in limited spaces.

​2.Small Excavators​

​ Advantage: Offer a good balance between flexibility and power, making them ideal for municipal engineering, landscaping, and rural construction. Many models feature zero-tail swing and boom offset functionality, allowing work close to walls.

​ Selection Consideration: Verify if a hydraulic quick hitch is standard equipment, as this determines how easily attachments (like hydraulic crushers) can be changed.

3.​Industrial Excavators​

​Advantage: Designed for large-scale, high-intensity operations, providing unparalleled productivity and powerful digging force.

​ Selection Consideration: Primarily used for large construction sites. Key evaluation points should include long-term operating costs, fuel efficiency, and the after-sales service and support system.