Material - H034764-100 Material - H034764-100
Industrial
H034764-100 H034764-100
Material - EATON SABERTOOTH DRY BUL BLK 4 | 4 | 100
Product Specifications
Burst Pressure (bar) 28
Burst Pressure (psi) 400
Cover Material SBR
Hose I.D. (in) 4
Hose I.D. (mm) 101.6
Hose O.D. (in) 5
Hose O.D. (mm) 127
Hose Type Dry Material
Max Temperature (C) 71
Max Temperature (F) 160
Min Temperature (C) -23
Min Temperature (F) -10
Operating Pressure (PSI) 100
Operating Pressure (bar) 7
Product Line Industrial
Tube Material Natural rubber/SBR
Advantages 1) Abrasion, age and weather resistant 2) Static dissipating 3) Easy identification 4) Economical; less waste
Available Length 100
Available Length (ft) 100
Color Black
Couplings 1) Cam and Groove 2) Combination Nipple Contact coupling manufacturer for attachment procedure and other coupling recommendations
Cover Material SBR
Dash Size 64
Description Sabertooth Dry Material
Family Hose
Features 1) SBR cover 2) Natural rubber/SBR blend tube 3) Conductive tube 4) Continuous printed brand 5) Available in longer lengths
General Application 1) Transfer of dry bulk (cement, sand, lime, plastics, animal feed, etc.); suction/discharge of any abrasive materials 2) Transfer of bottle caps 3) Transfer of cleaning agents
Hose Base Number H0347
Hose Family Material Handling - Dry Material
Hose I.D. (in) 4
Hose O.D. (in) 5
Inside Diameter (in) 4
Inside Diameter (mm) 101.6
Markets 1) Tank truck 2) In-plant transfer 3) Bottling plant 4) Coal plant
Max Temperature (F) 160
Min Bend Radius (in) 11
Min Bend Radius (mm) 279.4
Min Temperature (F) -10
Operating Pressure (psi) 100
Outside Diameter (in) 5
Outside Diameter (mm) 127
Reinforcement 2-Ply Fiber with dual helical wires
Reinforcement Material Fiber, 4 Ply and Helical Wire
Suction Full Vacuum
Tube Material Natural Rubber/SBR Blend Static Dissipating
Type of Branding Printed Strip
Type of Coupling Cam and Groove, or Combination Nipple. Clamps?Band.
Weight (lb/ft) 4.4
Overview & Features

Hot air blower hose, used to pressurize bulk transfer tanks to extract bulk contents

Features

  • 150 psi operating pressure
  • -30F to 300 F (350 intermittent)
  • Tube: EPDM
  • Textile reinforcement with Dual helical wire
  • Cover: Pin-pricked EPDM
  • 4:1 safety factor
Where Used
Aerospace
Applications:
  • Transfer of Dry Bulk Materials
Buildings
Applications:
  • Transfer of Dry Bulk Materials
Food and beverage
Platforms:
  • In-Plant Processing
Applications:
  • Transfer of Dry Bulk Materials
Government
Applications:
  • Transfer of Dry Bulk Materials
Machine building
Applications:
  • Transfer of Dry Bulk Materials
Marine
Applications:
  • Transfer of Dry Bulk Materials
Mining, metals and minerals
Platforms:
  • Ball Mill
  • Coal Mill
  • Continuous Miner
  • Conveyors
  • Exploration Drill Rig
  • Mobile Crusher
  • Reclaimer
  • Semi-Continuous Mining System
  • Stacker
  • Stationary Crusher
  • Steel Mill Furnaces
  • Surface Drill Rig
  • Underground Drill Rig
Applications:
  • Transfer of Dry Bulk Materials
Mobile machinery and equipment
Platforms:
  • Biomass Processing
  • Specialty Equipment/Debris
Applications:
  • Transfer of Dry Bulk Materials
Oil and gas
Platforms:
  • Upstream: Offshore (fixed or floater) Offloading Systems
  • Upstream: Onshore Drilling Operations
Applications:
  • Transfer of Dry Bulk Materials
Pharmaceuticals
Applications:
  • Transfer of Dry Bulk Materials
Rail
Applications:
  • Transfer of Dry Bulk Materials
Vehicles
Platforms:
  • Heavy Duty On-Highway
  • Medium Duty On-Highway
  • Trailers
Applications:
  • Transfer of Dry Bulk Materials
Water and wastewater
Applications:
  • Transfer of Dry Bulk Materials
Value Propositions
  • OEM
  • Distributor
  • End User

Value Proposition Statement

Completes breadth of portfolio to capitalize on core product market opportunities

  • OEM
  • Distributor
  • End User

Value Proposition Statement

Easy identification in the toughest environments provided by dual Mylar and embossed laylines , verses competitive single layline alternatives, creating ease of replenishment and traceability

= Denotes point of differentiation

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