6511 - Neoprene Glass Fibre Ducting (2 Ply)

6511 - Neoprene Glass Fibre Ducting (2Ply)

6511 - neoprene glass fibre ducting (2 ply) is manufactured from a two-layer neoprene coated glass cloth and reinforced with an encapsulated steel helix between the two plies for additional strength benefits. This flexible, neoprene ducting is suitable for conveying air, fumes and dusts, making this a very popular choice in a range of industries. Our 6511 - neoprene glass fibre ducting (2 ply) is available to buy online at PAR Direct by clicking the link above.

Applications

Ideal for conveying hot or cold air, fumes, light powders, gaseous media and dust at low pressure.

Key Features

  • Temperature: -35°C to +135°C (continuous), -55°C to +150° (intermittent).
  • Flexible and lightweight.

Availability

Also available: 6510 - Neoprene Glass Fibre Ducting (1 ply).

Product Code

Inside Diameter (mm)

Working Pressure (Bar)

Vacuum (Bar)

Coil Length (mtrs) 
6511-13ID-4M 13 2.8 0.64 4
6511-19ID-4M 19 2.8 0.64 4

 6511-25ID-4M

25
2.8
0.64 4
6511-32ID-4M 32 2.8 0.62 4
6511-35ID-4M 35 2.7 0.59 4

 6511-38ID-4M

38
2.6
0.59 4
6511-40ID-4M 41 2.6 0.58 4
6511-45ID-4M 45 2.6 0.55 4

 6511-51ID-4M

51
2.6
0.51 4
6511-55ID-4M 55 2.5 0.48 4
6511-57ID-4M 57 2.5 0.48 4
6511-60ID-4M 60 2.4 0.47 4

 6511-63ID-4M

63
2.4
0.47 4
6511-65ID-4M 65 2.4 0.47 4
6511-70ID-4M 70 2.3 0.43 4

 6511-76ID-4M

76
2.2
0.42 4
6511-80ID-4M 80 2.1 0.41 4

 6511-83ID-4M

83
2.1
0.40 4

 6511-90ID-4M

90
2.0 0.39 4
6511-95ID-4M 95 1.9 0.36 4

 6511-102ID-4M

102
1.9

0.34

4
6511-110ID-4M 110 1.7 0.29 4
6511-114ID-4M 114 1.6 0.28 4
6511-120ID-4M 120 1.6 0.28 4

 6511-127ID-4M

127
1.4
0.25 4
6511-130ID-4M 130 1.3 0.23 4
6511-140ID-4M 140 1.3 0.19 4

 6511-152ID-4M

152
1.2
0.17 4

 6511-160ID-4M

160
1.1
0.15 4

 6511-180ID-4M

180
1.0
0.12 4

 6511-203ID-4M

203
0.7
0.09 4

 6511-254ID-4M

254
0.5
0.07 4

 6511-305ID-4M

305

 0.3

0.04 4

Note: All data refers to a media and ambient temperature of +20°C. Other sizes are available upon request, please enquire.