Industrial fabrics refer to textiles used in the industrial field, with specific properties and uses.

1、 Types and their characteristics

1. Polyester industrial filter cloth: It has the characteristics of high strength, wear resistance, and good acid resistance, and is suitable for high-temperature and strong alkaline liquid environments. It is commonly used for dust collection and filtration of high-temperature gases in cement, iron production, oil refineries, and other industries.

2. Polypropylene industrial filter cloth: lightweight, good acid and alkali resistance, but prone to aging, suitable for industrial filtration of dyes, pigments, beer, etc.

3. Vinylon industrial filter cloth: Good alkali resistance, but poor temperature resistance, suitable for filtering dyes, pigments, ceramic soils, etc.

4. Acrylic industrial filter cloth: It has excellent drug resistance and is suitable for dust collection with corrosive gases.

5. Nylon industrial filter cloth: high strength, wear resistance, good alkali resistance, but susceptible to inorganic acid erosion, suitable for mineral processing, refineries, etc.

6. Cotton industrial filter cloth: Utilizing the swelling property of cotton fibers, it is suitable for capturing fine dust and is suitable for general liquid filtration and dust collection.

2、 Application Fields

Industrial fabrics are widely used in various industrial fields, including:

Cement, iron, and oil refineries: Polyester industrial filter cloth is used for high-temperature gas dust collection and filtration.

Dyes, pigments, beer: Polypropylene industrial filter cloth is used for industrial filtration.

Dyes, pigments, ceramic clay: Vinylon industrial filter cloth is used for filtration.

Corrosive gas: Acrylic industrial filter cloth is used for dust collection.

Mineral processing and refinery: Nylon industrial filter cloth is used for filtration and wastewater treatment.

General liquid filtration and dust collection: Cotton industrial filter cloth is used to capture fine dust.

The selection and application of these fabrics are based on their specific physical and chemical properties, ensuring effective performance in various industrial environments.