Russell Performance 639560 Speed Bleeder

This item is brand-new, factory sealed.

• Edelbrock's R&D staff is not only well qualified at their respective positions, but they're also automotive enthusiasts who do more than work in the automotive aftermarket - they live it - and it's at that point where understanding the inner workings of a supercharger, or an engine, EFI system becomes second nature.
• Whether they're manifolds, superchargers, fuel injection systems, cylinder heads, nitrous systems, or carburetors, you can rest assured that the final product was directly influenced by the passion for performance that is an integral part of our Edelbrock team.
• Every product we design and sell at Edelbrock is tested and approved by Edelbrock engineers in a real world environment on state-of-the-art equipment.
• In a day and age where we are seeing more products sent overseas to be manufactured, Edelbrock sees value in the quality control of American manufacturing by American workers and we are proud of our casting and manufacturing facilities.
• Edelbrock facilities have earned the world recognized ISO 9001: 2008 registration for quality.

• Manufacturer: Russell
• Brand: Edelbrock
• Model: 639560
• Item Weight: 1.44 ounces
• Country of Origin: USA
• Item model number: 639560
• Is Discontinued By Manufacturer: No
• Exterior: Machined
• Manufacturer Part Number: 639560
• OEM Part Number: 639560

The Edelbrock/Russell Speed Bleeder replaces the original bleeder valves in calipers and wheel cylinders with a spring-loaded one-way ball and check valve design. This unique check ball design opens to allow the old fluid and air out and closes automatically between the pumps preventing the old fluid and air from re-entering the line. A special coating on the speed bleeder threads keep it from admitting air into the system and keeps expelled air and fluid out. The check ball is centerless ground 410 stainless steel which resists corrosion and galling. It features a patented thread sealing system that displaces air and moisture during thread engagement as well as eliminates air from being pulled back into the system during bleeding.