6503AS - Medium Duty PU Ducting (Anti-Static)

6503 - Medium Duty PU Ducting​

6503AS - medium duty PU ducting (anti-static) is manufactured from ether based thermoplastic polyurethane and reinforced with a coppered steel spiral to provide additional strength benefits. This flexible, medium duty ducting is designed for conveying abrasive materials, making it an extremely popular choice in the woodworking and sawmill industries. 

The wall of the 6503AS polyurethane ducting is permanently anti-static to 10Ohm/m and the special blend of TPU is flame retardant in accordance with UL 94-VO. It also offers excellent resistance to UV, hydrolysis and microbes and can be made conductive by earthing the steel helix.

6503AS - medium duty PU ducting (anti-static) is available to buy online at PAR Direct by clicking the link above.

Applications

Suction and transportation of abrasive materials in a wide range of industries including sawmills and woodworking plants.

Key Features

  • Temperature: -40°C up to +90°C.
  • Anti-static and flame retardant.
  • Excellent resistance to UV, hydrolysis and microbes.

Standards

  • Wall material is permanently anti-static to 108 Ohm/metre.
  • Flame retardant in accordance with UL 94-VO.

Availability 

Product Code

Inside Diameter (mm)

Wall Thickness Min (mm) Weight (g/m)

Vacuum (mH2O)

Bend Radius (mm)

Volume m3

Coil Length (mtrs)

6503AS-25ID*

25 0.50 140 0.80 17 0.053 10
6503AS-32ID* 32 0.50 170 0.80 21 0.064 10
6503AS-40ID* 40 0.50 200 0.50 27

0.101

10
6503AS-51ID 51 0.50 270 0.50 34 0.123 10
6503AS-60ID* 60 0.50 310 0.50 40 0.141 10
6503AS-65ID* 65 0.50 330 0.50 43 0.159 10
6503AS-76ID 76 0.50 390 0.50 51 0.238 10
6503AS-90ID* 90 0.50 450 0.50 60 0.300 10
6503AS-102ID 102 0.50 500 0.30 68 0.304 10
6503AS-120ID* 120 0.50 590 0.30 80 0.377 10
6503AS-127ID 127 0.50 620 0.30 85 0.411 10
6503AS-152ID 152 0.50 740 0.25 101 0.558 10
6503AS-160ID* 160 0.50 920 0.30 107 0.610 10
6503AS-203ID 203 0.50 1150 0.15 135 0.981 10
6503AS-254ID* 254 0.50 1430 0.10 169 - 10

*Made to order, may be subject to longer lead times and minimum order quantities.