Polyurethane vibrating screen is high-performance screening solutions designed for diverse industrial applications.
The screen mesh is the important part of crusher for the exceptional performance, durability, and versatility.
Specifications:
1. Material: Steel wire inside, polyurethane coated outside
2. Opening: 0.6mm-160mm;
3. Screen thickness: 20mm-60mm;
4. Standard width: 150mm or 300mm;
5. Max length: 1200mm;
6. Opening types: Comb, square, oblong, round;
7. Join types: Mosaic, bolt, layering connection or hooks.
Key Features:
1. Enhanced screening efficiency
The mesh offers superior screening efficiency, ensuring accurate separation of materials.
2. High abrasion resistance
The mesh is highly resistant to wear, reducing downtime and maintenance costs.
3. Corrosion resistance
Polyurethane material provides excellent resistance against corrosive substances, extending the screen’s lifespan.
4. Noise reduction
These mesh minimizes noise generated during the screening process, creating a more comfortable working environment.
5. Lightweight and easy to install
The lightweight construction facilitates quick and hassle-free installation.
Advantages:
1. Extended service life
The mesh have a longer lifespan compared to traditional screen, reducing replacement frequency.
2. Improved product quality
The precise screening capabilities result in better product quality and consistency.
3. Cost-effective solution
Reduced maintenance and downtime costs make the mesh a cost-effective choice in the long run.
4. Increased throughput
The high screening efficiency enables higher throughput and productivity.
Applications:
1. Mining
The mesh effectively screens various minerals, increasing productivity and profitability.
2. Aggregates
These mesh efficiently separates different sizes of aggregate materials for construction applications.
3. Recycling
The mesh aids in the recycling process by separating materials of varying sizes.
4. Chemical industry
It plays a crucial role in chemical production, ensuring accurate separation and classification.
