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CANFLEX FLEXIBLE CONNECTOR

  • Developed as substitute for canvas
  • Greater strength at lower cost
  • Non-porous - No air leakage
  • May be used outdoors and in warm air plenums
  • Flame Resistant - Self extinguishing
  • Moisture and Mildew resistant
  • High resistance to abrasion

CANFLEX was developed to replace Canvas which has been used for over 50 years as a flexible duct connector material. Today's systems demand greater strength, less leakage, greater versatility and economy. CANFLEX offers all of these plus wide heat range, and excellent resistance to many chemicals and abrasives. Please refer to the
Chemical Resistance of Duro Dyne Coated Fabrics sheet (PDF format).

CANFLEX is a sturdy polyester woven fabric, heavily coated on both sides with polyvinyl chloride. It is supplied in 30m (100 ft.) coils of fabric joined on both sides to galvanized steel, or as a fabric only for special applications.
Please refer to Flexible Connector Ordering Information.

Canflex Fabric go to Flexible Connector Ordering Information
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RECOMMENDED USES

CANFLEX is an inexpensive material which may be used with confidence in Heating, Air Conditioning and Ventilating Systems on both warm and cool sides of duct. Being highly resistant to microbial attack, and having superior resistance to sunlight, ultraviolet rays and ozone, it is well suited to damp locations (outdoor and below grade).

SPECIFICATIONS

Base Fabric: Polyester scrim Temperature Range: -35 to 95C (-30 to 200F)
Coating: Polyvinyl chloride (P.V.C.) Fire Resistance:

Self-extinguishing.  Surpasses Standards for Safety as per "Flame Tests of Flame Resistant Fabrics", NFPA-701. Meets requirements for Duct Connectors as per National Fire Protection Association,  Standards 90A and 90B. Meets requirements of CAN/ULC S109-03.

Mass (Weight): 750 g/m (22 oz/yd)
Thickness: 0.66mm (.026")
Tensile Strength:
CAN 2_4.2_Method 9.2
1290x1290 N (290x290 lbs)  
Tear Strength:
CAN 2_4.2_Method 12.1
222x222 N (50x50 lbs)    
Burst Strength:
Can 2_4.2_Method 11.1
2100 kPa approx.
(300 psi)
   

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