The crawler-type crusher, also known as the fully hydraulic-driven crawler mobile crushing station, is a "self-moving crushing factory" that integrates feeding, crushing, screening, conveying and intelligent control systems onto a heavy-duty hydraulic-driven crawler chassis. Completely free from the reliance on fixed sites and external traction, with its all-terrain passing ability and autonomous walking feature, the complete production line can be directly deployed to extreme complex working conditions such as mines, steep slopes, and wetlands.

Product details

1. Robust structure, extraordinary capacity
Using high-strength thickened plates and exquisite welding techniques, a large-capacity and high-strength hopper is created, ensuring structural stability and an extremely long service life under harsh conditions.
2. All-terrain mobility, stable and reliable
Equipped with high-performance rubber tracks, it has excellent grip and anti-slip wear resistance, capable of adapting to various complex road conditions, ensuring the stability and smooth operation of the equipment during movement and operation.
The enlarged and thickened bucket is treated with special anti-corrosion materials, being sturdy and not prone to rust. The interface is standardized, allowing for the quick replacement of various functional attachments, enabling one machine to perform multiple tasks.
3. Intelligent control, simple and efficient
An integrated intelligent control panel, with a layout that conforms to ergonomics, has a simple and intuitive interface, quick command response, greatly simplifying the operation process, reducing the technical requirements for operators, and making control more convenient.
4. Deep cavity crushing, excellent particle shape
The optimized design of the deep cavity crushing structure has strong crushing capacity and can efficiently handle various hardness sand and stone materials. Its unique crushing principle ensures uniform output particles and a multi-angled cubic particle shape, effectively improving the quality and market value of the finished aggregates.

Application scenario

Complex terrain mining: In metal mines or quarries with multiple levels and steep slopes, follow the mining face and perform primary or secondary crushing of the ore to reduce the transportation distance of ore trucks.
Recycling of construction waste: Directly enter urban demolition sites, conduct on-site crushing and screening of concrete, bricks, and tiles, and produce recycled aggregates to achieve "zero transportation" treatment.
Infrastructure construction: Used for linear projects such as roads, railways, and water conservancy and hydropower projects. Process the excavated stone along the route and produce subgrade fill materials and concrete aggregates.
Projects with restricted sites: In urban renovation and slope improvement projects with narrow sites and sensitive environments, leverage its compactness and self-movement advantages.
Emergency rescue and special tasks: Applicable to disaster site debris handling, emergency road reopening, etc., which require rapid deployment and autonomous movement for urgent tasks.