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Filtro de aire y filtración química
Filtro de eficiencia media de fibra sintética
A durable synthetic-media filter for humid or demanding HVAC service where fiber integrity and stable airflow are priorities.
- Tear-Resistant Synthetic Media
- Humidity-Tolerant Construction
- Stable Mechanical Capture
- Flexible Format Options
Introducción del producto
The synthetic-fiber medium-efficiency filter uses a graded nonwoven polyolefin or polyester medium formed as stabilized pockets or rigid pleats. Fiber diameter and layer density change through the media depth so particles are stored progressively rather than concentrated on the entering face. Welded or stitched pocket seams resist tearing, while a supported pleated version uses corrosion-resistant mesh and a sealed frame. The synthetic construction avoids glass-fiber shedding and retains structural strength in humid supply-air systems, food facilities and clean support areas.
Características clave
Hydrophobic fibers retain tensile strength when exposed to humid outdoor or process air.
Welded pocket seams or wire-supported pleats control media movement during fan cycling.
Low-shedding polymer media is suitable where brittle glass fibers are undesirable.
Preocupaciones del producto del cliente
Synthetic filters are selected when moisture, abrasion or fiber-release concerns make conventional glass media difficult to maintain.
Humid intake air weakens media and causes pockets to sag.Hydrophobic polyester or polyolefin fibers retain strength and dimensional stability at high relative humidity.
Brittle fibers release during filter handling near sensitive processes.Continuous synthetic filaments and bonded nonwoven layers reduce loose-fiber shedding.
Pockets tear along stitch lines after repeated fan cycling.Reinforced seams and controlled pocket geometry distribute tension along the full pocket length.
Surface-loaded media reaches high resistance before using its full depth.A progressive-density fiber profile stores larger particles upstream and finer particles deeper in the medium.
Aplicaciones típicas
Food and beverage ventilationHumid-climate air handlersCleanroom preparatory filtrationHospitals and public buildingsIndustrial supply and return-air systems
Parámetros técnicos
Typical construction ranges for a synthetic-fiber medium-efficiency HVAC filter are shown below.
| Materiales Core | Progressive-density polyester or polyolefin nonwoven filter media |
|---|---|
| Panel de espesor | 45-100 mm for pleated panels or 25 mm header depth for pocket filters |
| Ancho efectivo | 287-610 mm modular face width |
| Longitud máxima | Up to 635 mm pocket depth or 610 mm panel face length |
| Acero frente a espesor | 0.35-0.60 mm galvanized support mesh or 0.70-1.00 mm header channels |
| Densidad Core | Approximately 35-85 kg/m³ nominal synthetic-media bulk density |
| Conductividad térmica | Approximately 0.035-0.045 W/(m·K) for the dry synthetic medium |
| Superficie acabada | White or efficiency-color-coded synthetic media with galvanized or molded-plastic framing |
| Tipo conjunto | Ultrasonically welded pockets or wire-supported pleats continuously sealed into the perimeter frame |
| Customization | Disponible según la aplicación prevista y el entorno operativo. |
Opciones disponibles
ISO ePM10, ePM2.5 or ePM1 performancePocket, pleated-panel or compact-cell formatHydrophobic or antimicrobial-treated synthetic mediaPlastic, galvanized or fully incinerable frame
Planning a Synthetic-Fiber Medium-Efficiency Filter specification?
Envíenos sus dimensiones, condiciones de instalación, objetivos de rendimiento y acabado superficial requerido.
