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  • Open mesh polyester braiding incorporated within the walls of silicone tubing
  • Finished product meets USP Class VI requirements
  • Translucent natural color for visual contact with the flow
  • Able to resist extreme temperature variation: -99°F to 350°F
  • Reusable — will withstand repeated sterilization
  • Odorless, tasteless, and inert
  • Raw materials meet FDA requirements per FDA 21 CFR 177.2600 for use with food contact surfaces
  • Manufactured under good manufacturing procedures in a controlled environment
  • Free of BPA, latex and phthalates
  • REACH and RoHS compliant
Unit of Measure

Specifications

Inner Diameter

N/A 0.188 in

Outer Diameter

N/A .447 in

Wall

N/A .130 in

Available Lengths

N/A 25 ft

Working Pressure at 70 °F

N/A 216 psi

Burst Pressure at 70 °F

N/A 648 [D] psi

Maximum Operating Temperature

N/A 350 °F

Brittle Temperature

N/A -99 °F

Tensile Strength at Break

N/A 1460 psi

Elongation at Break

N/A 350 %

Weight per 100 ft

N/A 7 lb

Core Hardness

N/A 70 Shore A

Core Hardness Tolerance (±)

N/A 5

Cover Hardness

N/A 60 Shore A

Cover Hardness Tolerance (±)

N/A 5

Material

N/A Silicone

Product Type

N/A Braid Reinforced Silicone Hose - Peroxide Cured - Medical Grade

Opacity

N/A Translucent

Color

N/A Natural

Construction

N/A Braid Reinforced

Material Certifications

N/A FDA USP Class VI

Applications

N/A

  • Adhesives
  • Aerospace
  • Biological Fluids
  • Blood & Fluid Handling
  • Cell Culture
  • Clean Room Applications
  • Food
  • Hot Viscous Material
  • Laboratory
  • Medical
  • Pharmaceutical
  • Sterile Filling
  • Vaccines

Features

N/A

  • Open mesh polyester braiding incorporated within the wall of silicone tubing
  • Silicone elastomer meets USP Class VI requirements
  • Translucent natural color for visual contact with the flow
  • Able to resist extreme temperature variation: -80 °F to 350 °F
  • Odorless, tasteless, and inert
  • All ingredients are non-toxic and FDA-sanctioned for use with food contact surfaces
  • Manufactured under good manufacturing procedures in a controlled environment

Manufacturing Notes

N/A [D] The burst pressure can be expected to decrease by at least 20% for each 200 °F increase up to 350 °F.