The crusher is widely used in mining, metallurgical, construction materials, road construction, railways, and other infrastructure projects. It can be used to crush stones with a medium hardness of up to 300MPa and reduce their size. The most commonly used devices include jaw crushers, impact crushers, hammer crushers, and cone crushers. The YG-type mobile primary crushing unit (crushing station) represents a new type of rock crushing equipment that has significantly expanded the scope of coarse crushing applications. It is designed to stand on the side of our customers, avoiding fragmentation at the site, addressing one of the barriers for clients regarding environmental disruption, and providing cost-effective operation of the equipment.
The YG938E69 type mobile crusher boasts outstanding performance: high-efficiency PE series crushers, crushers with integrated feeders and vibrating screens, belt conveyors under the screen, vibrating screens, comprehensive installation of crushers on vehicles, steering axles for easier automotive transportation, and support for deepening vehicle installation centers. This equipment saves space and facilitates presence, featuring an onboard motor and integrated control panel. The objectives and advantages of the YG938E69 type mobile crushing station are as follows:
Integrated package installation block integration device form, which eliminates component splitting in the infrastructure installation area, reducing material consumption hours. A sufficiently compact layout per unit area improves the flexibility of presence on-site.
Secondly, the mobility and flexibility of the YG938E69 coarse crushing mobile crusher on-board sites are high. Its body width is less than that of an operational trailer, with a small turning radius, making it easy to drive on regular highways and more convenient for users in fragmented areas with reliable driving on poor road conditions. Entering the site quickly saves time. Working in this region is more conducive to rational construction, providing more flexible space and reasonable layout configurations for the overall fragmentation process.