


Post Requirements

Post Requirements
Product information
This precision screening device is designed specifically for high-purity, easily oxidizable powders. Combining oxygen-free environmental control with intelligent technology, it addresses the industry's challenges of ultrafine powders prone to oxidation and agglomeration during the screening process. The compact design makes it suitable for both laboratory R&D and small-scale production. Through inert gas protection and a fully enclosed screening system, it ensures high-precision material classification in low- or no-oxygen conditions, making it ideal for processing oxygen-sensitive metal powders and functional materials.
I. Technical Advantages
- Efficient Impurity Removal: Ultrasonic and electromagnetic forces work together to quickly separate impurities, ensuring high material purity and adapting to fine screening needs.
- Preventing Screen Blockage: High-frequency vibration combined with ultrasonic cleaning prevents particle adhesion and clogging, ensuring continuous and stable operation.
- Lightweight Structure: Compact modular design with a small footprint allows for easy mobile installation and flexible adaptation to laboratories or small production lines.
- Aesthetic Appearance: Industrial-grade minimalist design and fine-textured materials balance practicality and visual appeal.
- Ultrasonic Screen Cleaning: Ultrasonic waves automatically clean the screen mesh, reducing manual intervention and improving long-term reliability.
- High Efficiency: Dual-drive drive optimizes screening speed, increasing throughput by 30% per unit time and shortening production cycles.
Ⅱ.Equipment parameters
Number of sieve layers | 1st floor |
screen area | 0.125㎡ |
Mesh size of sieve | 100-635 mesh |
Screening accuracy | ≥98% |
design capacity | Stainless steel as an example ≥ 150KG/H |
electromagnetic power | 220V50HZ/60HZ 100W |
ultrasonic power | 220V50HZ/60HZ 0.1KW |
Gas protection pressure | 0.05Mpa |
Ⅲ.Application fields
*, biomedicine, electronic materials, new energy





















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