Tensioned self-cleaning screen is characterized by smooth and flat surface, its wear life is 3 times that of common woven wire screen. The individual wires in the self-cleaning screen vibrate independently at different frequencies, preventing mesh apertures from clogging while efficiently improving screening efficiency. The square-shaped aperture enables this self-cleaning mesh to be direct replacement for square woven mesh, having a good screening precision in most screening applications. Particularly, the tensioned self-cleaning screen has longer service life when compared to woven wire self-cleaning screen.
These self-cleaning screens also offer high open area, which makes them highly recommendable for applications requiring greater throughput. They are ideally suited for removal of the fines in operations like mine tailings treatment, efficiently flicking off the blinding issue.
Polyurethane edging frit:There are four types of sieve plate constructions: inlay, bead connection and bolt fastening connection.
Features: On the original metal sieve plate, plus polyurethane edging. It has the characteristics of long service life, reduced noise, anti-extrusion, anti-wear, good elasticity, and easy installation and disassembly.It is mainly used for the screening of various sand and gravel gold mines, coal mine coal washing and dewatering vibrating screen machine, various mining dehydration vibrating machine and other ultra-fine material screening. The polyurethane material itself is a highly elastomer and has a very strong extrusion.resistance, which not only reduces noise but also greatly increases the service life of the equipment.
Specifications
Materials Available
patented wire (65mn manganese steel wire), stainless steel, medium carbon steel, high carbon steel
Opening sizes
1.25-100mm
Wire
0.8-12.7mm
Screen size
Max. 3m width
Applications
Anti-clogging vibrating self-cleaning screens have wide applications across various industrial and commercial sectors, primarily including:
- Mining and ore processing: In the process of ore screening and beneficiation, anti-clogging vibrating self-cleaning screens effectively filter out the required ore or mineral particles, preventing screen clogging and enhancing screening efficiency.
- Wastewater treatment: Used in wastewater treatment plants and equipment, anti-clogging vibrating self-cleaning screens are employed for filtering and separating solid particles, sludge, and impurities, ensuring the normal operation of treatment systems.
- Chemical and pharmaceutical industries: Commonly used in chemical production and pharmaceutical processes, anti-clogging vibrating self-cleaning screens are utilized for filtering raw materials, intermediates, and finished products, ensuring product quality and production efficiency.
- Food processing: On food production lines, anti-clogging vibrating self-cleaning screens are used for sieving and filtering food raw materials, packaging materials, and intermediate products, maintaining the hygiene and safety of the production process.
- Water treatment and environmental protection: In water supply plants, sewage treatment plants, and industrial wastewater treatment, anti-clogging vibrating self-cleaning screens are employed for filtering and separating solid particles and pollutants from water, purifying water quality, and protecting the environment.
- Metallurgy and metal processing: In metallurgical production and metal processing, anti-clogging vibrating self-cleaning screens are used for filtering ores, slag, and metal powders, improving production efficiency and product quality.
- Energy and fossil fuels: In coal mines, petroleum extraction, and natural gas production, anti-clogging vibrating self-cleaning screens are used for filtering and separating coal dust, crude oil, and natural gas, ensuring the normal operation of production equipment.
In summary, anti-clogging vibrating self-cleaning screens have extensive applications in various industries, serving as efficient and reliable filtering and separation equipment, capable of improving production efficiency, reducing maintenance costs, and ensuring the stability and safety of production processes.
![Applications](https://www.redstarscreens.com/uploadfile/2024/0903/20240903041242388.jpg)
![Applications](https://www.redstarscreens.com/uploadfile/2024/0903/20240903041242965.jpg)
![Applications](https://www.redstarscreens.com/uploadfile/2024/0903/20240903041242829.jpg)
![Applications](https://www.redstarscreens.com/uploadfile/2024/0903/20240903041242260.jpg)
![Applications](https://www.redstarscreens.com/uploadfile/2024/0903/20240903041242811.jpg)
![Applications](https://www.redstarscreens.com/uploadfile/2024/0903/20240903041242552.jpg)