Kuriyama

Unit of Measure

Construction

Construction

N/A A single strip of galvanized or 304 stainless steel wound into an interlocked metal hose creating a unique, floppy-type construction that’s more flexible than other metal hoses.

Maximum Service Temperature

Max Service Temperature

N/A Galvanized: to 750ºF (399ºC)

Features and Advantages

Features and Advantages

N/A
  • Abrasion Resistant and Durable - steel construction protects plastic and rubber hoses from external abrasion.
  • Corrosion Resistant (Stainless Only) - 304 stainless version resists corrosion allowing it to be left in the elements.
  • Heat Resistant - can withstand very high temperatures allowing for the transfer of hot materials. (Not for use with hot tar and asphalt applications)
  • Conductive - prevents the build-up of static electricity eliminating the risk of “hose arcing”.
  • Highly Flexible -Unique design provides a smaller bend radius than other metal hoses.

Applications

Applications

N/A
  • Bend restrictor
  • Beverage dispenser hose armor
  • BOP (Blow out Protection) for hydraulic, cryogenic and other high pressure hoses
  • Protective armor/shielding for hoses
  • Shielding for wiring

Nominal Specifications

Series

N/A HTG1100

Hose Size ID

N/A 5/8 in

Min. Inside Bend Radius

N/A 2.75 in

Thickness

N/A 0.011 in

Weight

N/A 0.18 lbs/ft

Specifications

Brand

N/A Hose Tec®

Type

N/A Interlocked Metal Hose

Style

N/A Flexible Floppy Guard

Material

N/A Galvanized Steel

Together We Optimize Your Needs

We invite you to utilize the services of our team. Whether you need industrial hose, couplings or accessories, we’re ready to help. Contact us and we’ll get right back to you.

Our Location

ADDRESS
   New England Rubber Corp.
   73 Legacy Blvd
   Dedham, MA 02026

TELEPHONE
   781-329-4120

FAX
   781-329-8560

EMAIL
   Bill Connors:
   bconnors@newenglandrubber.com
   Billy Connors:
   billyc@newenglandrubber.com

Map  
   

NE Rubber Logo

© 2022 New England Rubber Corp. All Rights Reserved. Designed By iEdgeMedia