The Linear Vibrating Sieve is a highly efficient, versatile screening device ideal for sizing, removing impurities, and recycling crushed metal chips (such as steel, aluminum, and copper).
Coreal Machinery has compiled some information for your reference.
I. Advantages of the Linear Vibrating Sieve in Metal Chip Sorting
1. High Efficiency and High Output: The linear motion rapidly disperses and conveys material across the screen surface, providing strong processing capacity and suitability for large-scale continuous production.
2. High Screening Accuracy: Selecting the appropriate mesh size allows for precise sieving of metal chips by particle size, meeting the diverse needs of subsequent smelting or sales.
3. Easy Maintenance: The equipment's simple structure allows for convenient screen replacement, reducing maintenance costs and downtime.
4. Environmentally Friendly: Sealing covers and flexible sleeves for inlet and outlet connections can be added to effectively prevent dust from escaping, improve the working environment, and comply with environmental regulations.
5. Wear-Resistant and Durable: Given the sharp and abrasive nature of metal chips, key components such as the screen and liner are made of high-manganese steel and wear-resistant steel plates to extend the equipment's lifespan.
6. Strong Automation Compatibility: The equipment can be easily integrated into automated production lines for automated loading, screening, and discharge.
II. Specific Scenarios of Classification Applications
Uses of Metal Chips After Linear Vibrating Sieve Classification
1. Fine Classification
- Undersize (finest particles): Contains high levels of oil and impurities and requires further cleaning or as raw material for specific smelting processes.
- Intermediate-grade particles: Uniform in size and low in impurities, representing ideal "pure" metal chips. They offer the highest smelting recovery rates and can be directly packaged and sold or added to furnaces for smelting, maximizing economic value.
- Oversize (coarsest particles): Contains incompletely crushed metal chunks or connected chips and can be returned to the crusher for secondary crushing, achieving resource recycling.
2. Simple Sorting
- Impurity Removal: Separates non-metallic impurities such as dust, debris, and plastic from the metal chips (undersize), improving the purity of the metal material.
- Particle Size Control: Ensures uniform particle size of metal chips leaving the factory, meeting customer requirements.
III. Key Operational Points
1. Screen Tension Maintenance: The screen should be evenly tensioned, and the tensioning bolts should be regularly checked and adjusted.
2. Blockage Cleaning: If the screen is clogged due to fine dust or oil, appropriate measures can be taken depending on the situation: install an ultrasonic screen cleaning device on fine screens; manually clean with a high-pressure air gun or brush during downtime; or adjust the vibration parameters (such as increasing the amplitude).
3. Discharge Port Inspection: Regularly check the particle size of the material at each discharge port. If there is a mixture of coarse and fine material or fine and coarse material, replace the damaged screen or adjust the vibration parameters promptly.
IV. Application Scenarios
1. Single Material Metal Chip Sorting: Suitable for particle size separation of single material metal chips, such as pure steel chips and pure aluminum chips.
2. Medium and Low Impurity Content Materials: Optimal separation is achieved when there is a significant difference in particle size between the impurities and the metal chips.
3. Large-Scale Recycling Production Lines: Automated processing lines can be integrated with crushers, magnetic separators, balers, and other equipment.
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