TSD150X100 Kuriyama Tigerflex TSD Series Tiger SD EPDM Fabric Reinforced Suction & Discharge Hose - 1-1/2" - 100ft

  • $253.80


Application: Agriculture liquid fertilizers, Agri-foam systems, Liquid manure handling, Suction and discharge, Septic and wastewater handling, Pumps, Water suction - heavy duty, Pumps, Rental and construction dewatering, Trash SAE Rating: N/A
Other Ratings: N/A Tube: Double-Ply EPDM
Reinforcement: Polyester Fabric, Polyethylene Helix. Cover: N/A
Temperature Range: -40 deg. F (-40 deg. C) to 160 deg. F (+71 deg. C) Crimp Fittings: N/A
Reusable Fittings: N/A Specifications RoHS(10)
Other Features:
  • Superior Rubber Compounds - Tigerflex™ uses only the best available EPDM compounds, which provide the ideal combination of light-weight, flexibility, durability and chemical resistance.
  • Fabric Reinforcement - designed with high tensile strength polyester yarn jacket to handle both suction, and higher pressure discharge applications.
  • Easy Slide Helix - Rigid helix design protects hose tube from cover wear, and allows hose to slide easily over rough surfaces and around corners. Easy-to-handle.
  • Convoluted Outer Cover - Provides increased hose flexibility
  • "Cold-Flex" Materials - Hose remains flexible in sub-zero temperatures.
Part Number ID ID OD OD Working Pressure (PSI) Vacuum Rating (in. Hg) Min. Bending Radius Standard Length Weight (Lbs/Ft)
(in.) (mm) (in.) (mm) 68 deg. F 104 deg. F 68 deg. F 104 deg. F (in @ 68 deg. F) (ft.)
TSD125X100 1-1/4" 31.8mm 1.70" 43.2mm 100 PSI 75 PSI Full 28 in .Hg 3" 100ft 0.41 lbs
TSD150X100 1-1/2" 38.1mm 2.00" 50.7mm 100 PSI 75 PSI Full 28 in .Hg 3" 100ft 0.51 lbs
TSD200X100 2" 50.8mm 2.54" 64.5mm 100 PSI 75 PSI Full 28 in .Hg 5" 100ft 0.73 lbs
TSD300X100 3" 76.2mm 3.62" 92.0mm 90 PSI 65 PSI Full 26 in .Hg 8" 100ft 1.18 lbs
TSD300X50 3" 76.2mm 3.62" 92.0mm 90 PSI 65 PSI Full 26 in .Hg 8" 50ft 1.18 lbs
NOTE: Service life may vary depending on operating conditions and type of material being conveyed. *Actual service temperature range is application dependent.