Insulated flexible conduit
Insulated flexible conduit
+
  • Insulated flexible conduit
  • Insulated flexible conduit

Application

ISO+ (Insulated Flexible Duct) is a series of fully flexible thermal insulation ducts, specially designed for the HVAC market. The ISO+ series aims to minimize heat gain or loss due to the temperature difference between the air flowing inside the duct and the surrounding air. The vapor barrier prevents condensation from forming on the outside of the duct when the temperature is lower than the surrounding air.

Advantages

Standard length is 10 meters, compressed to 1-1.2 meters. Diameter ranges from 76-508mm.

Individually packaged.

Low transportation and logistics costs.

Easy to install on round or oval pipes.

No special tools are required for cutting or fixing.

Does not release toxic gases in case of fire.

Product has passed fire test.

Technical Parameters

Product Insulated Flexible Duct
Inner Pipe 1 layer aluminum + 1 layer PET / 1 layer aluminum + 1 layer PET + 1 layer aluminum
Inner Pipe Thickness 0.023mm/0.032mm
Outer Jacket 1 layer aluminum + 1 layer PET
Outer Jacket Thickness 0.023mm
Insulation Material (Yellow/Red/White) Fiberglass
(Fiberglass) Thickness (16kg/25mm, 24kg/25mm, 32kg/25mm)
(R-value) R3.6/R4.0/R4.1
(Wire Diameter Range) 0.7mm-1.2mm
(Diameter) 76mm-508mm
(Temperature Range) -30/+150℃
(Maximum Airflow Velocity) 30m/s
(Normal Length) (10m)
(Maximum Positive Working Pressure) (3000pa)
(Packaging) (1 per box)

Keywords

Aluminum foil tube | Pvc pipe | Glass fiber cloth composite pipe | Canvas retractable duct

Insulated flexible conduit
Insulated flexible conduit
+
  • Insulated flexible conduit
  • Insulated flexible conduit

Insulated flexible conduit

ISO+(Insulated Flexible Pipe) is a series of fully flexible thermal insulation pipes, designed specifically for the HVAC market. The ISO+ series aims to minimize heat gain or loss due to the temperature difference between the air flowing inside the pipe and the ambient air. A vapor barrier prevents condensation from forming on the outside of pipes carrying air that is colder than the ambient air.

Classification


Get A Quote

Note: Please leave your contact information and our professionals will contact you as soon as possible!

Submit