Your Source for All Things Racing
×
New
RUSSELL 660360 Russell 660360 8AN Male to Male Aluminum Fitting with Blue Anodized Finish
Click to zoom in
  • Guaranteed Fitment

    Always the correct part

  • In-House Experts

    We know our products

  • Added Value

    Performance matched parts

  • Nationwide Delivery

    Economy shipping

RUSSELL 660360 Russell 660360 8AN Male to Male Aluminum Fitting with Blue Anodized Finish

2 sold in last 8 days
RUSSELL
RUS660360
$12.54
$12.54

customers are viewing this product
RUSSELL 660360 Russell 660360 8AN Male to Male Aluminum Fitting with Blue Anodized Finish

The Russell 660360 8AN union flare fitting provides a reliable and durable connection for high-performance fluid systems. Crafted from lightweight aluminum and finished with a vibrant blue anodized coating, this adapter is designed to withstand demanding applications. Its straight configuration ensures a secure fit for 8 AN male to 8 AN male connections, ideal for custom fuel, oil, or coolant lines in automotive and racing environments. Easy to install, it offers excellent resistance to corrosion and wear, maintaining optimal performance over time. This fitting is suitable for use in various applications where high-quality, leak-free connections are essential. The precise engineering of this fitting ensures consistent flow and pressure integrity, contributing to the overall efficiency of your fluid system.

Features:

  • Material: Aluminum for lightweight strength and durability
  • Finish: Blue anodized coating for corrosion resistance and aesthetic appeal
  • Configuration: Straight 8AN male to male connection for versatile use
  • Design: High-quality flare fitting ensures secure and leak-free connections
  • Application: Suitable for automotive, racing, and high-performance fluid systems
Read More
Read Less
We use cookies to improve your experience on our website. Read about how we use cookies in our Privacy Policy. By browsing this website, you agree to our use of cookies. privacy policy
accept

Your cart

×
>