FLOW MODEL: FabFlow™

Air exits gently from the
duct surface.

FLOW MODEL: MeshFlow™

Air exits at medium
velocity from the linear
vents.

FLOW MODEL: NozzFlow™

Air exits at high velocity
from the directional air
nozzles.

ZIPPERS

Heavy-duty industrial zippers;
neatly folded under an extra seam
separate individual duct lengths.

TAG NUMBERS

Individual duct lengths are fitted
with unique tag numbers, making
installation and tracking of duct
systems easy.

SAFE MOUNTING

Fabric duct connect onto
sheet metal systems secured
with a pinch-down duct belt.

WARRANTY

A 10-year non-prorated
warranty gives you
peace of mind about
duct's service life.

PERMEABLE FABRIC

Available in 5
permeabilities.

NO CONDENSATION

Full duct-surface air
leakage prevents
condensation settling
on duct even during
extended fluctuations
of cool temperatures in
high humidity areas.

FLAME RETARDANCY

The fabric is flame
retardant.

FULLY WASHABLE

Oil and water repellent
and fully washable
fabric ensures top
class hygiene and IAQ
improvement.

PRICE INDEX [A-L]

Indication of
price level compared
to our other fabrics.
A: Most expensive.
L: Least expensive.

FabricAir® Trevira CS is our signature
product with a long history of success
in many spheres of HVAC applications.
Originally conceived some 30 years ago, the
product has undergone a significant number
of improvements making it the first choice
of professionals who recognize its contribu-
tion to a successful air distribution system.

In its fundamental form, using the
FabFlow™ configuration, the duct gently
breathes the conditioned air through
the fully permeable fabric surface ensur-
ing a gentle exit velocity, guaranteeing a
virtually draft-free supply to the occupied

zone. To achieve a wider spread of air, the
MeshFlow™ option can be selected as an
integral part of the duct. Air leaves the
mesh fabric of the linear slots at medium
velocity and extended throw. Long throws
and high air velocities are achieved by
selecting the NozzFlow™ option. This
flow model thoroughly mixes the air in the
conditioned zones.