ZHEJIANG AIYE FILTERING CLOTH CO.,LTD

ZHEJIANG AIYE FILTERING CLOTH CO.,LTD

3928 Polyester Filament Filter Cloth for Filter Press and Vacuum Filtration

2026 07/10

3928 polyester filament filter cloth is precision woven from high quality polyester filament yarns. The fabric has a uniform structure with stable pore distribution. It offers good tensile strength and consistent air permeability across the cloth surface. This cloth is designed as a filtration medium for vacuum filters, plate and frame filter presses and chamber filter presses. The material selection and weaving process ensure reliable performance in solid liquid separation applications. The fabric structure resists deformation during operation and maintains its dimensional stability under mechanical tension.

The 3928 cloth provides good resistance to acids and weak alkalis. It also offers good abrasion resistance. These chemical and mechanical properties make the cloth suitable for filtering slurries with moderate acidity or alkalinity. The cloth does not corrode or degrade quickly when exposed to common acidic liquids found in industrial processing. The abrasion resistance helps the fabric maintain its integrity when handling slurries with high solid content. The fabric surface is heat set during manufacturing. This heat setting process stabilizes the fabric dimensions and creates a smooth, flat surface. The smooth surface promotes easy cake discharge after each filtration cycle. Less material remains attached to the cloth, which reduces cleaning effort and improves cycle efficiency.

The 3928 cloth is designed to resist pore blockage during operation. The filament structure and weave pattern allow liquid to pass through while retaining solid particles on the surface. This anti blinding characteristic helps maintain consistent filtration performance over extended periods. The cloth also cleans up well after use. It can be washed with water or cleaned with mild cleaning solutions. The cleaning process restores much of the original permeability. This regeneration ability allows the cloth to be reused multiple times before replacement is needed. The cloth is manufactured in a range of specifications including different thicknesses, densities and weave patterns. The fabric can be cut to size or sewn into bags based on equipment requirements. Custom dimensions are available to fit different filter press models and vacuum filter configurations.

The 3928 cloth is used across various industries including mining, metallurgy, chemical processing, food production, pharmaceutical manufacturing and wastewater treatment. In mining and metallurgy, it dewaters mineral concentrates and filters ore slurries. In chemical processing, it handles acid filtration and product recovery. In food and pharmaceutical production, it separates solids from process liquids. In wastewater treatment, it removes suspended solids from effluent streams. The cloth works in both continuous vacuum filtration systems and batch pressure filtration systems. It fits belt filters, drum filters, disc filters, plate and frame filter presses and chamber filter presses. The cloth can be installed on new equipment or used as replacement media for existing machines. Proper installation and tensioning help achieve the best filtration results.

The 3928 cloth offers good filtration efficiency for many typical industrial slurries. It captures a high percentage of solid particles from the liquid stream. The exact retention depends on the yarn thickness, weave pattern and operating conditions. The cloth maintains stable filtration precision throughout its service life. The service life is extended by the combination of tensile strength, abrasion resistance, chemical resistance and regeneration ability. Regular inspection and proper maintenance help maximize the cloth's service life. With its balanced properties and cost effectiveness, the 3928 polyester filament filter cloth is a practical choice for facilities that need reliable solid liquid separation without excessive operating costs. It delivers consistent performance in both continuous and batch operations across multiple industries.