Industry News

Jiangsu Sudong Chemical Machinery Co., Ltd. Home / News / Industry News / Reasons why nylon filter press cloth is used in fine filtration

Reasons why nylon filter press cloth is used in fine filtration

Jiangsu Sudong Chemical Machinery Co., Ltd. 2024.10.14
Jiangsu Sudong Chemical Machinery Co., Ltd. Industry News

Nylon filter press cloth has good tensile strength and tear resistance, which allows it to maintain stable performance under high pressure. During fine filtration, filter press cloth needs to withstand the pressure and flow of liquid, so strength is a key factor in ensuring filtration efficiency and filter cloth life. The high strength of nylon filter press cloth can effectively prevent mechanical damage during the filtration process, thereby extending the service life.
The flexibility of nylon material enables filter press cloth to adapt to a variety of complex filtration conditions, including different liquid flow states and particle characteristics. This flexibility allows nylon filter press cloth to effectively contact the liquid during the filtration process, ensuring that the liquid can be evenly distributed on the surface of the filter cloth, thereby improving filtration efficiency. The flexible property also makes the filter cloth more convenient to clean and reuse.
The pore size of nylon filter press cloth can be finely designed according to needs, which enables it to filter specific particles efficiently. For many industries, precise filtration capabilities are essential. For example, in the pharmaceutical and food processing industries, nylon filter press cloth can effectively remove tiny impurities and suspended particles to ensure the purity and safety of the product.
Nylon filter press cloth has good tolerance to a variety of chemicals, especially in acidic and alkaline environments, which makes it suitable for fine filtration in industries such as chemicals and petroleum. The chemical resistance allows nylon filter press cloth to work under various harsh conditions without being easily degraded, thus maintaining long-term filtering performance.