-8 ULTRA-FLEX S/S HOSE

Part #: 660008ERL

We have taken the same inner tubing of our Kevlar(R)) hose, and covered it with a high tensile grade 304 stainless steel. You still get all of the same flow rate and flexibility advantages of the Kevlar(R)) hose but with additional protection. The carbon lined inner tubing, for static dissipation, is smooth bore with large ID for maximum flow and convoluted exterior support for incredible flexibility. Ultra-flex stainless is 40 percent lighter and has an average of 14 percent larger ID than our premium stainless braided rubber hose. Being Teflon(R) it has a large range of applications including fuel, oil, water, methanol and air as well as a very high vacuum rating of 29Hg. The new stainless hose also accepts all of the same hose ends and crimp collars made for the Kevlar(R)) ultra-flex line. This means that the same crimper and dies used for the Kevlar(R)) hose can be used with the new stainless, so your ultra-flex crimper and dies are all you need for all of your high end line assemblies. Teflon(R) and Kevlar(R)) are registered trademarks of DuPont Performance Elastomers.

Features:

• Covered in aircraft quality 304 grade stainless steel wire
• Aircraft Quality 304 Stainless Steel Wire
• High-Temp. Smooth bore PTFE tubing
• High-Temp. Smooth Bore PTFE Tubing
• Convoluted outer wall of inner tube for incredible flexibility
• Convoluted Outer Wall Of Inner Tube
• Remains Flexible at Temperatures Between -94 degreesF and +510 degreesF
• Incredible Flexibility
• Bend radius of 1.496"
• Remains Flexible At Temps. Between -94F And +510F
• Clean and Fast Flowing
• Clean and Fast Flowing
• Sold per foot
• Sold Per Foot

Maximum operating pressure of 1030 PSI. Ultra-light Stainless Steel Outer Braided hose, 40% lighter and has an average of 14% larger ID than our premium stainless braided rubber hose, Easy to Cut and Assemble. Designed for Ultra Flex Hose Ends.

This product may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.