Rubber Self-Cleaning Vibrating Screen Mesh For Shale Screening
Descriptions of Rubber Self-Cleaning Vibrating Screen Mesh
Rubber self-cleaning vibrating screen mesh is an innovative
screening solution designed to efficiently separate and classify
materials in various industries like mining, quarrying, and
aggregates. The rubber's elasticity allows the mesh to vibrate,
facilitating the self-cleaning process by preventing clogging or
blinding caused by sticky or wet materials. This design promotes
continuous high-performance screening, reducing downtime and
maintenance while enhancing overall productivity.
Specifications of Rubber Self-Cleaning Vibrating Screen Mesh
| Product Name | Rubber Self-Cleaning Vibrating Screen Mesh |
| Colour | Red, orange, black, and other colours could also be customized |
| Thickness | 6 mm, 8 mm could be customized |
| Aperture Shape | Round, rectangle could be customized |
| Aperture Size | 4-12 mm |
| Screen Width | 1, 1.25 m |
| Screen Length | Could be customized |
| Installation Method | Hook installation |
| Service life | 5-10 times longer than metal screen, 5-8 times longer than PU Panel |
Features of Rubber Self-Cleaning Vibrating Screen Mesh1. Self-Cleaning Ability: Its unique design enables the screen to
vibrate, preventing clogging or blinding caused by sticky or wet
materials. This self-cleaning feature ensures uninterrupted
screening performance.
2. High Durability: The combination of rubber and steel
reinforcements results in a durable mesh that can withstand
abrasion, impact, and harsh working conditions, leading to a longer
lifespan. The service life is 5-8 times longer than Polyurethane
Screen.
3. Efficient Screening: The flexibility of rubber allows for
efficient screening of a wide range of materials, including those
with varying sizes, shapes, and moisture levels, without
compromising performance.
4. Reduced Maintenance: minimizing clogging and blinding, it
decreases the need for frequent cleaning and maintenance, thereby
increasing operational efficiency and reducing downtime.
5. Noise Reduction: The rubber material absorbs vibrations,
reducing noise levels during operation, and creating a quieter
working environment compared to traditional metal mesh screens.
6. Customizable Options: Available in various aperture sizes and
configurations to suit specific application requirements, offering
versatility in screening different materials.
7. Corrosion Resistance: Rubber materials are often resistant to
corrosion, making the mesh suitable for use in environments where
corrosion may be a concern.
8. Environmental Friendliness: Some rubber self-cleaning screens
are designed to be eco-friendly, utilizing recyclable materials and
reducing environmental impact.
Rubber strip self cleaning screen mesh
Rubber strip self cleaning screen mesh
Rubber strip self cleaning screen mesh
