Jason Industrial
Jason Industrial
221 S Westgate Dr.
Carol Stream, IL 60188
Phone: (973) 227-4904
Website: www.jasonindustrial.com
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Construction: Tube and cover are PVC, smooth, medium oil resistance, ARPM Class C. Cover is red. Reinforcement is one braid, synthetic material.

Application: General purpose use, including air, water and mild chemical applications.

Features:
  • Oil mist resistant tube
  • Non-marking cover
  • Ozone and weather resistant
  • Resistant to ultra-violet (UV) light rays
Unit of Measure

Specifications

Inside Diameter
(I.D.)

 N/A 3/4 in19.05 mm

Outside Diameter
(O.D.)

 N/A 1.05 in26.59 mm

Reinforcement Braids

 N/A 1
Maximum Working
Pressure at 68 ºF1 		N/A 14.81 bar215 psi

Minimum Bend Radius (MBR)

 N/A 5.00 in127.00 mm

Weight

 N/A 0.28 lbs/ft0.42 kg/m

Standard Length

 N/A 164 ft

Temperature Range

 N/A -26 to +66 ºC-15 to +150 ºF

Tube Material

 N/A Polyvinyl Chloride (PVC)

Cover Material

 N/A Polyvinyl Chloride (PVC)

Cover Color

 N/A Red

Branding

 N/A ID XX in. (XX mm) Jason logo WP PSI 4103 (Country of Origin)

Design Factor

 N/A 3:1

Applications

 N/A General purpose use, including air, water and mild chemical applications.

Industry Standards

 N/A ARPM Class C

Construction

Construction

 N/A Tube and cover are PVC, smooth, medium oil resistance, ARPM Class C. Cover is red. Reinforcement is one braid, synthetic material.

Features

Features

 N/A
  • Oil mist resistant tube.
  • Non-marking cover.
  • Ozone and weather resistant.
  • Resistant to ultraviolet (UV) light rays.

Note

Note

 N/A 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.

California Proposition 65 Information

California Proposition 65 Information

 N/A   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.