Media filtrante tascabile
Questo filtro è realizzato in fibra sintetica bicomponente con tecnologia laminata. Il materiale PET è come strato di supporto e protezione per fornire sufficiente rigidità e il materiale PP melt-blown può fornire un'elevata efficienza di filtrazione.
Caratteristiche del prodotto:
Bassa resistenza dell'aria
Elevata efficienza di filtrazione
Grande capacità di contenimento della polvere
Lunga durata di vita lavorativa
Applicazione: Filtri dell'aria a pannello a media efficienza, filtri dell'aria tascabili.
Specifiche del prodotto:
|
Classe di filtro (EN779) |
Peso base (grammi/metro cubo)2) |
Resistenza iniziale |
Efficienza ≥% |
Colore |
|
F5 |
115 |
10 |
45 |
Giallo chiaro/Bianco |
|
F6 |
125 |
12 |
65 |
Arancione/Verde |
|
F7 |
135 |
16 |
85 |
Viola/Rosa |
|
F8 |
145 |
18 |
95 |
Albicocca/Giallo |
|
F9 |
155 |
20 |
98 |
Giallo/Giallo chiaro |
Nota:
1. Le condizioni di prova per la resistenza iniziale e l'efficienza iniziale sono con una portata di 32 L/min e una velocità frontale di 5,3 cm/s.
2. Il supporto può essere prodotto come diversi tipi di materiale piatto a strato singolo in rotolo, foglio unico, tasca preformata in rotolo e tasca unica.
Applications of Pocket Filter Media
Pocket filter media is widely used in HVAC systems for commercial and industrial buildings, where it serves as a high-capacity pre-filter or final filter to capture dust, pollen, and airborne contaminants. Its deep pleated pockets increase surface area, allowing for extended service life and energy-efficient airflow. In cleanrooms, pocket filters with HEPA or ULPA-grade media provide critical particulate control for pharmaceutical, semiconductor, and biotech industries, ensuring ultra-low particle counts. Industrial ventilation systems rely on heavy-duty pocket filters to remove fine dust, fumes, and process byproducts in manufacturing plants, protecting equipment and maintaining air quality. The versatility of pocket filters makes them suitable for diverse environments where high filtration efficiency and large dust-holding capacity are required.
Multi-Pocket Filter Design Using High-Efficiency Media
Multi-pocket filters maximize filtration performance by utilizing a series of deep, evenly spaced pockets filled with high-efficiency synthetic or fiberglass media. This design significantly increases the filter’s surface area, enhancing dust-holding capacity while maintaining low airflow resistance. High-efficiency media, such as electrostatically charged synthetic fibers or microglass composites, ensures superior particle capture, making these filters ideal for final-stage filtration in hospitals, laboratories, and industrial settings. The multi-pocket configuration also prevents premature clogging by distributing dust load evenly across all pockets. These filters are commonly used in HVAC systems, paint booths, and exhaust air treatment, where both efficiency and longevity are essential.
Custom Sizes and Layer Configurations for Pocket Filter Media
Pocket filter media can be customized in size, depth, and layer composition to meet specific application requirements. Adjustable pocket dimensions allow for optimized airflow and dust retention in unique HVAC or industrial ventilation setups. Multi-layer configurations, such as gradient-density synthetic media or composite fiberglass blends, enhance filtration efficiency for specialized environments—like cleanrooms or chemical processing plants. Custom filters may also incorporate flame-retardant or hydrophobic treatments for extreme conditions. Whether for oversized industrial air handlers or compact ventilation units, tailored pocket filters ensure precise performance, reducing energy costs and maintenance frequency while meeting industry standards. This flexibility makes them a preferred choice for engineers designing filtration solutions for critical air quality control.
