Skip to main content

Earls Performance Plumbing EAR681012ERL

Earls Performance Plumbing EAR681012ERL - 10 Ft 12AN Ultrapro Polyester Braided Hos

SKU: EAR681012ERL

$357.71
(No reviews yet) Write a Review
Available Stock: 1
Adding to cart… The item has been added
IN STOCK

Description

Modern day high performance vehicles require a plumbing system designed to withstand today's fuids, harsh environments, brutal vibration, flow requirements & extreme pressures. UltraPro from Earl's was engineered as a system to exceed the rigorous demands of even the most extreme forms of racing. Don't settle for good enough. Go UltraPro!

Features:

· PTFE inner liner impervious to all known fuels, oils and coolants used in automotive applications

· Designed to withstand harsh environments, brutal vibrations, high flow requirements and extreme pressures

· Double-helix ribbed inner hose liner offers extreme flexibility and full flow making tough plumbing jobs a snap with less hard connections!

· Liner is reinforced with an outside glass-fiber wrap for additional strength and integrity!

· PTFE inner liner is carbon infused for static dissipation

· PTFE inner liner has ultra low coefficient of friction to promote maximum flow

· Assembled with an olive that threads onto the double-helix ribbed inner liner of the hose for positive engagement and retention of the hose-ends

· Available in popular 6AN, 8AN, 10AN, 12AN, 16AN, and -20 sizes in both woven polyester braid and stainless steel braid

· UltraPro Polyester Braid hose is up to 67% lighter than traditional rubber hose with stainless steel braid

· UltraPro Stainless Steel Braid is up to 37% lighter than traditional rubber hose with stainless steel braid

Details

  • EAR681012ERL
  • EAR681012ERL
  • 090127716991
  • Earls Performance Plumbing
  • In Stock - Orders by 2pm CST, ship within 1-2 business days.

Categories

Shipping Information

  • Item Requires Shipping
  • H2.00"
  • Ships within 1-2 business days

California Residents: Prop 65

WARNING: Cancer and Reproductive Harm -