Automatic Vertical Blade Vibration Filter Factory Leading China Suppliers
The Vertical Blade Vibration Filter is a high-performance, energy-efficient automatic filtration system specifically engineered for precision solid-liquid separation. Designed to meet the rigorous demands of modern industrial processing, this equipment is an essential component for refineries seeking to optimize their oil purification process while minimizing operational overhead.
Leveraging a mature LYL-type plate sealed design, this system is widely deployed across the vegetable oil, chemical, light industry, food, and pharmaceutical sectors. By combining mechanical slag removal with a compact architectural footprint, it ensures a seamless transition from crude processing to refined output with unparalleled consistency and purity.
Detailed Parameters
| Max Working Pressure | 0.45 Mpa | Design Pressure | 0.50 Mpa |
|---|---|---|---|
| Max Working Temp | ≤150 ℃ | Air Pressure (Valve) | 0.40~0.60 Mpa |
| Residue Oil Rate | ≤20% (After drying) | Oil Impurity Level | 0.0005% ~ 0.01% |
| Filtration Range | 12m² to 80m² | Capacity Range | 2T/H to 19T/H |
| Structure Type | Vertical Blade Vibration | Slag Removal | Automatic Mechanical |
Key Advantages
High Purity Output
Achieves exceptional impurity levels as low as 0.0005%, ensuring your end product meets the strictest global food and pharmaceutical standards.
Automated Efficiency
Integrated mechanical slag removal significantly reduces labor intensity and eliminates manual cleaning downtime.
Optimized Footprint
The compact vertical design maximizes floor space utilization, making it ideal for facilities with limited installation areas.
Continuous Production
Supports parallel machine configuration, allowing your plant to achieve 24/7 continuous production without interruption.
Low Oil Loss
Advanced sealed plate technology ensures high filtering effects with minimal product loss during the separation process.
Thermal Resilience
Engineered to operate stably at temperatures up to 150°C, suitable for hot oil filtration and demanding industrial environments.
Product Gallery
Management Platforms
Capacity Planning
Scalable models from NYB-12 to NYB-80 to match your specific T/H throughput requirements.
Pressure Control
Precise design pressure management at 0.50 Mpa for maximum safety and filtration stability.
Slag Monitoring
Automated vibration mechanisms that alert and execute slag removal without manual intervention.
Temperature Sync
Integrated thermal management allowing operation up to 150°C for various oil types.
Space Optimization
Modular sizing from 1.6m to 3.2m length to fit seamlessly into existing plant layouts.
Maintenance Cycle
Reduced wear-and-tear design focusing on long-term durability and low operational costs.
Investment Return Comparison
| Metric | Traditional Filter | Vertical Blade Filter |
|---|---|---|
| Labor Cost | High (Manual Cleaning) | Low (Automatic Slag Removal) |
| Oil Loss Rate | Moderate to High | Ultra-Low (Sealed Plate) |
| Production Uptime | Intermittent | Continuous (Parallel Setup) |
| Footprint | Large Horizontal Space | Compact Vertical Space |
| Energy Efficiency | Standard | High Energy Saving |
Frequently Asked Questions
The vertical design offers a significantly smaller footprint and integrates automatic mechanical slag removal, which reduces labor costs and increases productivity compared to horizontal systems.
Yes, the system is designed to operate at working temperatures up to 150°C, making it ideal for various hot oil processing applications.
By installing two machines in a parallel configuration, you can switch between them to ensure uninterrupted flow and continuous production cycles.
Depending on the raw material and settings, the impurity level in the oil can be reduced to between 0.01% and as low as 0.0005%.
The LYL type filter features automatic mechanical slag removal, which significantly lowers labor intensity and optimizes the operational workflow.
It is highly versatile and ideal for solid-liquid separation in oil production, chemical processing, light industry, food manufacturing, and pharmaceutical production.













