We are pleased to introduce Baichy Heavy Industry's mobile crushing equipment product line. Baichy's product line is extensive, designed to meet the crushing and screening needs of different customers under various working conditions.
The following are the main types of mobile crushing equipment from Baichy Heavy Industry and their characteristics:
Main Types of Baichy Mobile Crushing Equipment
Baichy's mobile crushing equipment is mainly pided according to its core crushing host technology, forming the following major series:
1. Mobile Jaw Crusher Station
This is the most classic and widely used mobile crushing equipment, mainly used for primary crushing (coarse crushing) of materials.
• Core Features: Uses a robust jaw crusher as the host, providing strong crushing force, suitable for processing large, high-hardness materials.
• Applicable Materials: River pebbles, granite, basalt, diabase, and other hard rocks, as well as concrete blocks from construction waste.
• Typical Applications: As the first stage of a mobile crushing production line, it crushes large materials to medium particle size, preparing them for the next stage of crushing.
• Advantages: Large feed opening, strong material handling capacity, robust and durable structure, making it the first choice for mines and quarries.
2. Mobile Cone Crusher
Mainly used for medium or fine crushing stages, suitable for processing materials of medium hardness and above.
• Core Features: A cone crusher using the principle of layered crushing, producing uniform particle size and high cubic content in the finished material.
• Applicable Materials: Similar to mobile jaw crushers, commonly used for secondary crushing of hard materials such as granite and river pebbles.
• Typical Applications: Usually placed after a mobile jaw crusher to further crush medium-sized materials from the jaw crusher into smaller stones or manufactured sand.
• Advantages: High production efficiency, good finished particle shape, relatively long wear part life, and controllable operating costs.
3. Mobile Impact Crusher
Suitable for medium crushing, particularly adept at processing materials of medium hardness and below, and achieving good particle shape.
• Core Features: Utilizes impact energy to crush materials; the discharge particle size can be controlled by adjusting the gap between the impact plate and the rotor.
• Applicable Materials: Limestone, limestone, coal gangue, and other medium-to-low hardness materials, especially suitable for the recycling and crushing of construction waste.
• Typical Applications: Used as a secondary crushing unit, or alone to process demolition waste and produce high-quality recycled aggregate.
• Advantages: Large crushing ratio, excellent product particle shape, and relatively low equipment investment cost.
4. Mobile Impact Crushing Station (Sand Making Machine)
Designed specifically for producing high-quality manufactured sand, it is the core equipment for fine and ultrafine crushing.
• Core Features: Utilizes the "stone-on-stone" or "stone-on-iron" principle, allowing materials to collide and rub against each other within the crushing chamber, forming ideal cubic particles.
• Applicable Materials: Further crushes small stones (usually ≤50mm) into high-quality manufactured sand of 0-5mm.
• Typical Applications: Placed at the end of the production line, it is a key piece of equipment in the sand making process.
• Advantages: High sand making efficiency, reasonable gradation of finished sand, and rounded particle shape, meeting the requirements of high-standard construction sand.
5. Mobile Screening Station
Strictly speaking, it's not a "crushing" device, but it's an indispensable part of a mobile crushing production line, used for material grading and screening.
• Core Features: Typically equipped with single, double, or triple-layer vibrating screens to separate the crushed mixture into different particle sizes.
• Typical Applications: Used in conjunction with various mobile crushing stations to achieve precise grading of finished materials, directly obtaining multiple sizes of finished products (e.g., 0-5mm, 5-10mm, 10-20mm, etc.).
• Advantages: Improves the automation level of the production line and the value of the final product.
Combination and Flexibility: Wheeled vs. Tracked
Baichy's mobile stations typically offer two mobile chassis options to adapt to different scenarios:
• Wheeled Mobile Station:
◦ Features: Towed by a truck, requires simple hydraulic outrigger leveling on-site.
◦ Advantages: Faster relocation speed, suitable for road transport, suitable for projects with fixed sites and long production cycles.
• Price: Generally cheaper than tracked mobile crushers of the same specifications.
• Tracked Mobile Crushing Station:
• Features: Equipped with a tracked chassis, remotely driven, and capable of self-movement on-site.
• Advantages: Extremely mobile, adaptable to complex terrain, and can quickly switch between different work sites, achieving "ready to use immediately."
• Applications: Particularly suitable for projects with limited space, complex terrain, and frequent relocation, such as urban construction waste treatment.
Baichy Heavy Industry provides complete mobile crushing and screening solutions, from coarse crushing (jaw crusher), medium crushing (cone crusher/impact crusher) to fine crushing and sand making (impact crusher), and material screening.
Selection Recommendations:
• Processing hard rock: Typically, a combination of mobile jaw crusher + mobile cone crusher is selected.
• Processing medium to soft materials or construction waste: A combination of mobile jaw crusher + mobile impact crusher can be selected.
• Requires the production of high-quality manufactured sand: A mobile impact crusher (sand making machine) must be installed at the end of the production line.
• For applications requiring high mobility and frequent relocation: Tracked models are preferred.
• For fixed locations and a focus on cost-effectiveness: Wheeled models are the economical choice.
You can collaborate with Baichy's technical staff to configure the optimal mobile production line solution based on specific material properties, finished product requirements, budget, and project characteristics.
