Allstar Performance ALL49591 AN to NPT Swivel Fitting 90 Degree -8 AN Male to 1/4 Inch NPT Male Aluminum Black Anodized

Allstar Performance ALL49591 AN to NPT Swivel Fitting 90 Degree -8 AN Male to 1/4 Inch NPT Male Aluminum Black Anodized

$33.99
Sale price  $33.99 Regular price 
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Allstar Performance ALL49591 AN to NPT Swivel Fitting 90 Degree -8 AN Male to 1/4 Inch NPT Male Aluminum Black Anodized

Allstar Performance ALL49591 AN to NPT Swivel Fitting 90 Degree -8 AN Male to 1/4 Inch NPT Male Aluminum Black Anodized

$33.99
Sale price  $33.99 Regular price 
AN To NPT Swivel 90 Deg -8 x 1/4in

The Allstar Performance ALL49591 is a high-quality 90-degree swivel fitting designed for reliable fluid transfer in automotive and racing applications. Crafted from durable aluminum with a black anodized finish, this fitting offers corrosion resistance and a lightweight profile suitable for tight spaces. The fitting features an 8 AN male connection on one end and a 1/4-inch NPT male thread on the other, enabling versatile and secure attachment between different types of fluid lines. The swivel design allows for easy alignment during installation, reducing installation time and ensuring a leak-free connection. This fitting is ideal for use in fuel, oil, or coolant systems where durability and precision are critical. Its compact size and robust construction make it a popular choice among professional mechanics and automotive enthusiasts seeking reliable performance in demanding environments. Suitable for various vehicle makes and models, this fitting ensures a secure and efficient connection for your fluid transfer needs.

Features:

  • 90-Degree Swivel Design: Facilitates easy installation and alignment
  • Material: Aluminum with black anodized finish for corrosion resistance
  • Connection Type: 8 AN male to 1/4 inch NPT male thread
  • Application: Suitable for fuel, oil, coolant, and other fluid transfer systems
  • Lightweight and Durable: Engineered for high-performance automotive use
  • Compact Size: Ideal for tight spaces and complex engine configurations

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