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Construction: Tube is a synthetic and natural rubber blend. Cover is SBR blend. Reinforcement is a 4-ply high-tensile synthetic textile with a single wire helix. Dual wire helix for 8", 10" and 12" I.D.'s.

Application: The transfer of drilling mud for oil and gas exploration, well service and fracking.

Features:
  • Cover is resistant to weathering and abrasion
  • Tube is abrasion resistant
  • 1" I.D. to 6" I.D. full vacuum
Unit of Measure

Specifications

Brands

 N/A Jason

Inside Diameter
(I.D.)

 N/A 2-1/2 in63.50 mm

Outside Diameter
(O.D.)

 N/A 2.95 in74.93 mm

Reinforcement Spirals

 N/A 4
Maximum Working
Pressure at 68 ºF1 		N/A 10.35 bar150 psi

Vacuum at 68 ºF

 N/A 28.00

Weight

 N/A 1.42 lbs/ft2.12 kg/m

Minimum Bend Radius (MBR)

 N/A 10.63 in270.00 mm

Standard Length

 N/A 100 ft

Temperature Range

 N/A -40 to +70 ºC-40 to +158 ºF

Branding

 N/A Jason logo 4409 DRILLING MUD, OILFIELD SUCTION AND DISCHARGE WP (150PSI) 10.35 BAR. Red Mylar longitudinal stripe.

Design Factor

 N/A 3:1

Applications

Applications

 N/A The transfer of drilling mud for oil and gas exploration, well service and fracking.

Construction

Construction

 N/A Tube is a synthetic and natural rubber blend. Cover is SBR blend. Reinforcement is a 4-ply high-tensile synthetic textile with a single wire helix. Dual wire helix for 8", 10" and 12" I.D.'s.

Features

Features

 N/A
  • Cover is resistant to weathering and abrasion
  • Tube is abrasion resistant
  • 1" I.D. to 6" I.D. full vacuum

Warning

Warning

 N/A   This product can expose you to chemicals including carbon black, which is known to the State of California to cause cancer, birth defects or other reproductive harm. For more information visit https://www.p65warnings.ca.gov/

Note

Note

 N/A Not Recommended for Refined Petroleum Products!
SΩ = Safety Ohm
All sizes may not be stocked in all locations. Check with customer service for availability.
We disclaim any liability for use of our products in applications other than which they are designed.
  • 1 Working pressure is temperature dependent.