Inglés
Alemán
El árabe
Francés
Idioma indonesio
El japonés
Coreano
El malayo
El portugués
El ruso
EspañolCurrent
Tailandés
El turco
El vietnamita
Sistemas de distribución de aire para salas limpias
Conector de conducto flexible de neopreno
An airtight metal-to-fabric-to-metal connector that interrupts vibration transmission between fans, air-handling equipment and rigid ductwork.
- Vibration-Isolating Fabric
- Airtight Double-Lock Seams
- Galvanized Metal Edges
- Oil and Moisture Resistant
Introducción del producto
A neoprene flexible duct connector places a coated woven fabric strip between two galvanized sheet-metal edges. One metal edge is formed into the equipment transition and the other into the connected duct, leaving the fabric free to flex without carrying rigid vibration. The polychloroprene-coated fiberglass fabric resists moisture, weathering and many oils encountered in plant rooms. Factory double-lock seams hold the fabric evenly and avoid exposed punctures through the active flexible width.
Características clave
Woven fiberglass reinforcement controls fabric stretch under alternating positive and negative pressure.
Factory double-lock seams capture the coated fabric without field stitching or loose fasteners.
Galvanized metal edges integrate directly into rectangular or round sheet-metal transitions.
Preocupaciones del producto del cliente
A flexible connector must move freely while remaining airtight; excess tension, sag or misalignment can turn the fabric into a load-bearing duct component.
Fan vibration travels through rigid ductwork into occupied clean spaces.The reinforced elastomer fabric interrupts the metal path adjacent to the equipment.
An undersized fabric width is pulled tight when the fan starts.Adequate exposed width and neutral alignment preserve movement in every operating mode.
Field screws puncture the active fabric and create leakage points.Factory metal-to-fabric lock seams keep fasteners outside the flexible center section.
Oil mist or humid air degrades a general-purpose canvas strip.Polychloroprene-coated fiberglass provides stronger moisture and oil resistance for plant-room duty.
Aplicaciones típicas
Air-handling-unit connectionsSupply and exhaust fan outletsFan-coil and terminal-unit connectionsVibration-isolated plenumsPump-room and laboratory exhaust equipment
Parámetros técnicos
Typical construction data for factory-seamed neoprene flexible duct connector are listed below.
| Materiales Core | Woven fiberglass fabric double-coated with polychloroprene |
|---|---|
| Panel de espesor | 0.60–0.75 mm coated fabric |
| Ancho efectivo | 75–150 mm exposed flexible fabric width |
| Longitud máxima | 30000 mm supplied coil length |
| Acero frente a espesor | 0.45–0.60 mm galvanized steel edge strips |
| Densidad Core | Approximately 1000–1100 kg/m³ polychloroprene compound |
| Conductividad térmica | Approximately 0.20–0.25 W/(m·K) for coated elastomer fabric |
| Superficie acabada | Black neoprene coating with bright galvanized steel edges |
| Tipo conjunto | Factory double-lock metal-to-fabric seam; formed or flanged metal duct connection |
| Customization | Disponible según la aplicación prevista y el entorno operativo. |
Opciones disponibles
Neoprene, silicone or PTFE-coated fabricGalvanized, aluminum or stainless metal edges75–150 mm active fabric widthStraight coil or prefabricated rectangular connector
Planning a Neoprene Flexible Duct Connector specification?
Envíenos sus dimensiones, condiciones de instalación, objetivos de rendimiento y acabado superficial requerido.
