Introduction

The crawler mobile crushing station is a high-efficiency crushing equipment that features self-driving capabilities, advanced technology, and comprehensive functions. This equipment can reach any location on the job site under any terrain conditions, reducing material handling operations and facilitating coordination with all auxiliary machinery. With wireless remote control, the crusher can be easily moved onto a trailer and transported to the working site. No assembly time is required, allowing the equipment to be put into operation as soon as it arrives at the site. The mobile crushing station features a large crushing ratio, optimized design to meet the technical requirements of crushers, high productivity, and uniform finished product size. The crawler mobile crushing station is a new type of mobile crushing station developed by engineers, incorporating the advantages of advanced and stable mobile crushing stations from around the world.Crawler mobile crushing stations can be divided into four major series: Crawler Cone Crushing Station, Crawler Jaw Crushing Station, Crawler Impact Crushing Station, and Crawler Screening Crushing Station. See technical parameters for details.

Advantages and Features

• Energy Saving: The use of rolling bearings instead of traditional sliding bearings improves start-up conditions, reduces the mill's start-up torque and operating current, and decreases energy consumption by 15-20% compared to mills with conventional bearings.
• Flexible Discharge Design, Large Feeding Capacity: The discharge outlet can be designed as grid type or overflow type based on process requirements. The feeding inlet is equipped with a forced feed spiral, increasing the feeding capacity.
• Liner Castings: The structure, shape, and material of the shell liners, end liners, partition boards, and discharge grates have all been tested through long-term production practice.
• Enclosed System to Reduce Dust: The ultrafine ball mill and classifier form a closed system with negative pressure conveying, resulting in minimal dust and reduced harm to the human body.
• Optimized Shell Structure: The liners and grinding media can be made from alumina ceramic, quartz, SLEX, or other special materials. For hard minerals, a design with no iron contamination is used.
• Dry Oil Spray Lubrication: The lubrication of large and small gears adopts dry oil spray lubrication, ensuring uniform and reliable lubrication with high efficiency, low oil consumption, a small footprint, no oil leakage, and no environmental pollution.

Working Principle

Technical Parameters