Englisch
DeutschCurrent
Arabisch
Französisch
indonesisch
Japanisch
Koreanisch
Malaiisch
Portugiesisch
Russisch
Spanisch
Thailändisch
Türkischer Sprache
Vietnamesisch
Luftfilter und chemische Filtration
High-Flow - Medium-Effizienz - Filter
A reinforced extended-surface filter built to process higher air volumes while maintaining open channels through a deep supported media pack.
- High Face Velocity
- Reinforced Metal Cell
- Open Deep-Pleat Channels
- Large Dust Storage
Produkteinführung
The high-airflow medium-efficiency filter combines a deep extended-surface media pack with rigid galvanized or aluminized-steel cell sides, protective faceguards and structural support straps. Corrugated separators or stabilized pleat spacers maintain open channels through the full depth of the pack as face velocity rises. A high-loft microglass or synthetic medium stores particles through its depth, while the rigid header resists the pulsation and turbulence found in large air handlers and process-air inlets. This construction emphasizes mechanical stability and airflow capacity rather than minimum cabinet depth.
Key Features
Corrugated separators preserve full-length channels under turbulent inlet conditions.
Metal faceguards and cross straps protect the pack from bowing and handling damage.
A high-strength enclosing cell keeps the gasket plane flat under sustained differential pressure.
Kunden Produktbedenken
High-volume systems expose filter packs to turbulence, pulsation and structural loads that ordinary medium filters may not withstand.
Increasing airflow sharply raises pressure drop through a small media pack.A full-depth extended-surface pack lowers velocity at the media and preserves open flow channels.
Turbulent inlet air bows the pleats and damages the pack perimeter.Corrugated separators, faceguards and support straps share the load across the rigid cell.
Repeated fan starts loosen the internal pack-to-frame bond.Deep polyurethane potting anchors the entire media perimeter inside the metal cell.
A distorted header leaves compression gaps along the filter bank.Reinforced galvanized cell sides maintain a flat gasket surface at high operating pressure.
Typische Anwendungen
Large central air-handling unitsCleanroom make-up-air plantsProcess ventilation systemsIndustrial supply-air filtrationHigh-volume turbine and compressor intake prefiltration
Technische Parameter
Typical construction ranges for a reinforced high-airflow medium-efficiency filter are listed below.
| Core Material | High-loft microglass or synthetic media with corrugated aluminum or hot-melt separators |
|---|---|
| Panel Dicke | 292 mm nominal extended-surface depth |
| Effektive Breite | 305-610 mm modular face width |
| Maximale Länge | Up to 610 mm standard face length |
| Stahl facing Dicke | 0.80-1.20 mm galvanized or aluminized-steel cell sides and faceguards |
| Kerndichte | Approximately 80-135 kg/m³ nominal supported media-pack density |
| Thermische Leitfähigkeit | Approximately 0.034-0.043 W/(m·K) for the dry filter medium |
| Oberfläche Finish | Mill-galvanized or aluminized-steel cell with white media and metallic faceguards |
| Gemeinsamer Typ | Deep pleated pack potted into a reinforced rigid cell with single or double header |
| Customisierung | Verfügbar je nach beabsichtigter Anwendung und Betriebsumgebung. |
Verfügbare Optionen
MERV 11 or MERV 14 mediaStandard- or high-capacity pleat packSingle-header or double-header cellUpstream prefilter clips and heavy-duty faceguards
Planning a High-Airflow Medium-Efficiency Filter specification?
Senden Sie uns Ihre Abmessungen, Installationsbedingungen, Leistungsziele und gewünschte Oberflächenveredelung.
