info@best-filtration.com
Membrana MBR
Membrana de ósmosis inversa
Membrana RO residencial
Membrana UF
Planta de tratamiento de agua
Máquina residencial RO
Sistema RO salobre
Sistema de agua de mar/planta SW ro
Filtro de bolsa
Filtro de cartucho
Sistema de filtración de agua comercial
Sistema de limpieza de membrana(Titubear)
Accesorios de consumo
Estabilidad química fuerte–Bolsa de filtro de educación física
PE Filter Bags, with their excellent chemical stability, corrosion resistance, y rentabilidad, are highly favored in fields such as water treatment, comida y bebida, chemical, and pharmaceutical industries.
Material:PE
Especificación:01/02/03/04/05
Exactitud:0.5-500µm
Temperatura:≤120℃
Manufacturing process:Hot melt / Stitching
Ring flange shape:Inside rolled / Outside rolled / Flat flange / Steel ring
Bottom shape:Pointed bottom, Round bottom, Arched bottom, Flat bottom
| Filter bag specifications | ||||
| Especificación | Size mm(pulgada) | Caudal (m³/h) | Filtration Area (m²) | Capacidad (L) |
| 01# | 180*430(7″*17) | 20 | 0.24 | 8 |
| 02# | 180*810(7″*32) | 40 | 0.48 | 17 |
| 03# | 105*230(4″*9″) | 6 | 0.08 | 1.3 |
| 04# | 105*380(4″*15″) | 12 | 0.16 | 2.6 |
| 05# | 150*560(6″*22″) | 20 | 0.24 | 8 |
| Note: The flow rate is measured under 1 atm, pure water at a viscosity of 1,25°C, representing the hourly flow rate per filter bag. | ||||
Made from high-purity fiber materials through welding or stitching, the fabric structure is loose, which significantly increases the capacity to hold impurities. This fiber material uses a composite filtration mode, effectively capturing solid and soft particles. The particulate impurities in the liquid are trapped on the surface of the fabric, while finer impurities are captured in the deeper layers of the material. This ensures that the filter bag will not break due to increased pressure during use, providing higher filtration efficiency. The surface of the filter bag fabric undergoes high-temperature heat treatment, applying instant sintering technology or calendering, which effectively prevents the fibers on the fabric’s surface from shedding due to high-speed liquid impact during filtration.
