The screening structure of the tracked mobile screening station is scientifically and reasonably designed. It is usually composed of multiple layers of screen mesh and can be flexibly configured according to different screening needs. For example, for materials that require fine screening, finer mesh screens can be chosen; For the screening of large materials, a coarser sieve can be used. The material and structure of the screen mesh have been carefully designed to have good wear resistance and impact resistance, ensuring long-term stable operation. During the screening process, materials can be evenly distributed on the screen, improving the accuracy and efficiency of screening. In addition, the inclined screener is equipped with anti clogging devices, effectively avoiding the occurrence of screen clogging and ensuring the continuity of screening work.
Working Principle
Application
The tracked mobile screening machine has a wide range of application scenarios, including but not limited to the following fields:
Quarry: Used for screening various stones produced during the quarrying process to separate different particle sizes of aggregates.
Mines: can screen and process ores to meet different production needs.
Construction waste disposal: capable of screening recyclable materials in construction waste, such as waste concrete blocks, bricks, etc., to achieve resource recycling.
Disposal of building demolition debris: Classify and screen the debris generated from building demolition.
Material recycling: plays an important role in the recycling process of various materials, improving resource utilization efficiency.
Aggregate screening: Provide aggregates that meet grading requirements for concrete production, etc.
Video Presentation
Product Parameter
Project | Name | SS-7018 |
Feeding equipment | Feeding capacity (t/h) | 300 |
Hopper volume (m ³) | 5 | |
Maximum feeding particle size (mm) | 100 | |
Feeding height (mm) | 2700 | |
vibrating screen | Vibration machine model | 7018 |
Vibration screen size (mm) | 7000×1800 | |
Processing capacity (t/h) | 300 | |
Number of sieve layers (layers) | 3 | |
Vibration screen power (kw) | 7.5×2 | |
Main belt | Length x Width (mm) | 9700×1200 |
Power (kw) | 11 | |
Belt for finished materials | Length x Width (mm) | 7000×1000 |
Unloading height (mm) | 3500 | |
Power (kw) | 7.5 | |
conveyor belt A | Length x Width (mm) | 6000×800 |
Unloading height (mm) | 2650 | |
Power (KW) | 5.5 | |
conveyor belt B | Length x Width (mm) | 6000×800 |
Power (kw) | 5.5 | |
Unloading height (mm) | 2700 | |
conveyor belt C | Length x Width (mm) | 6000×800 |
Power (kw) | 5.5 | |
Discharge height | 2700 | |
Transition belt | Length x Width (mm) | 1750×770 |
Power (kw) | 3 | |
Complete machine | Track chassis model | LDZ55-3657 |
Engine power (kw) | 93 | |
Whole machine weight (t) | 35 | |
Machine processing capacity (t/h) | 250-300 | |
Total power (kw) | 53 | |
Working dimensions (length, width, height/mm) | 16800×13000×5230 | |
Transportation dimensions (length, width, height/mm) | 16800×3500×3950 |