Construction: Polyurethane abrasion resistant liner with a PVC cover and a sturdy clockwise PVC helix.

Application: For vacuum and transfer of abrasive crushed rock, gravel, sand or dry fertilizers, fly ash and also used for shot blast recovery.

Features:
  • Abrasion resistant PU liner
  • Static dissipating cover compound
  • -40ºF cold weather resistance
  • Sub-zero flexibility
  • Easy to drag with "Glo-Glide" external clockwise PVC helix
Unit of Measure

Specifications

Inside Diameter
(I.D.)

6 in152.40 mm

Outside Diameter
(O.D.)

6.80 in172.72 mm

Reinforcement

PVC Helix
Maximum Working
Pressure at 68 ºF1
2.07 bar30 psi

Vacuum at 68 ºF

28.0 inHg

Minimum Bend Radius (MBR)

12.00 in304.80 mm

Weight

3.50 lbs/ft5.21 kg/m

Standard Length

100 ft

Temperature Range

-40 to +60 ºC-40 to +140 ºF

Liner Material

Polyurethane

Cover Material

Polyvinyl Chloride (PVC)

Helix Material

Polyvinyl Chloride (PVC)

Direction of Helix

Clockwise

Design Factor

3:1

Applications

For vacuum and transfer of abrasive crushed rock, gravel, sand or dry fertilizers, fly ash and also used for shot blast recovery.

Construction

Construction

Polyurethane abrasion resistant liner with a PVC cover and a sturdy clockwise PVC helix.

Features

Features

  • Abrasion resistant PU liner.
  • Static dissipating cover compound.
  • 40 ºF cold weather resistance.
  • Sub-zero flexibility.
  • Easy to drag with "Glo-Glide" external clockwise PVC helix.

Note

Note

All sizes may not be stocked in all locations.
We disclaim any liability for use of our products in applications other than which they are designed.
Hoses are constantly being upgraded. Jason Industrial reserves the right to make changes in construction without prior notice.

California Proposition 65 Information

California Proposition 65 Information

  This product can expose you to chemicals including DINP, which is known to the State of California to cause cancer or birth defects or other reproductive harm. For more information visit https://www.p65warnings.ca.gov/
  • 1 Working pressure is temperature dependent.