The mobile hammer crusher has significant advantages in mobility, crushing efficiency, energy saving and environmental protection, easy operation, and adaptability. It is an ideal crushing equipment and is widely used in mining, construction, highways, railways, and other fields.
The mobile hammer crusher has a compact design for easy transport and quick deployment. It does not require fixed installation and can be easily transferred to different work sites to adapt to various complex operating environments. This flexibility makes it a significant advantage when handling temporary, short-term, or highly mobile crushing tasks.
The mobile hammer crusher adopts advanced crushing technology and an efficient crushing mechanism, which can quickly and effectively crush materials of various hardnesses. It has a large crushing ratio and uniform discharge particle size, which can meet the crushing needs of different users.
During the crushing process, this equipment reduces energy consumption and noise levels through optimized design and advanced crushing technology, achieving the goal of energy saving and environmental protection. In addition, it can be equipped with a dust removal device to effectively reduce dust emissions and improve the working environment.
The mobile hammer crusher can adapt to a variety of materials and crushing requirements, including rocks of various hardnesses, ores, construction waste, etc. In addition, it can be customized according to the specific needs of users to meet the crushing needs of different industries and application fields.
Feeding: First, the raw materials are fed into the feeding port of the mobile hammer crusher through a loader, excavator, or other appropriate loading equipment. The feeding system is usually designed with a vibrating feeder to ensure that raw materials can enter the crushing chamber evenly and continuously.
Crushing: When the raw materials enter the crushing chamber, the breaker starts to work. These hammers rotate at high speed to impact, impact, and crush the raw materials. At the same time, the crushing cavity may also be equipped with impact lining plates and screen plates, which play a role in guiding and controlling the particle size of materials. After multiple impacts and crushing, the raw materials are gradually broken into smaller particles.
Screening: After preliminary crushing, the materials will further pass through screening devices, such as vibrating screening machines. The purpose of this step is to separate the material into different particle sizes as needed to meet specific application requirements. Among the screened materials, smaller particles are discharged through the screen, while larger particles continue to return to the crushing cavity for further crushing.
Conveying: The screened materials are transported to the next process link or storage area through conveyor belts or other conveying equipment. This step ensures that the crushed and screened material can be efficiently transferred and prepared for subsequent processing or transportation.
Item | M3S1848PCZ1308 | M3S1860 PCZ1510 | M3S1860 PCZ1512 |
Transportation Length(mm) | 14000 | 16000 | 16000 |
Transportation Width(mm) | 3100 | 3100 | 3100 |
Transportation Height(mm) | 4300 | 4500 | 4500 |
Maximum Length(mm) | 14000 | 16400 | 16400 |
Maximum Width(mm) | 3400 | 3400 | 3400 |
Maximum Height(mm) | 4700 | 4700 | 4700 |
Weight(ton) | 34.5 | 49.5 | 41 |
Tire Configuration | Dual-axial | Dual-axial | Tri-axial |
Crusher | PCZ1308 | PCZ1510 | PCZ1512 |
Belt Converyor under Vibrating Screen | B800×7M | B800×8M | B800×8M |
Vibrating Screen | 3YZS1848 | 3YZS1860 | 3YZS1860 |
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