DEXTER

Nylon Spring Eye Bushing - 2-PIECE - For 7,000 - 8,000 lbs Leaf Spring

014-054-01
014-054-01
DEXTER

Nylon Spring Eye Bushing - 2-PIECE - For 7,000 - 8,000 lbs Leaf Spring

Product SKU:
7NBLS-2PC
Availability:
In stock
Estimated shipping: 2$
$8.00
Call for immediate assistance at 1-312-800-0888
or
Easy Returns within 30 days

365 Days warranty

Orders placed before 5-PM EST will be processed same day
014-054-01
Nylon Spring Eye Bushing - 2-PIECE - For 7,000 - 8,000 lbs Leaf Spring
Description


SHIPPING FEATURES

This Product is ELIGIBLE ✔ for FREE SHIPPING on orders over $99
 
BULK ORDERS: BULK ORDERS REQUIRE CUSTOM FREIGHT (LTL) SHIPPING

Feel free to Contact Us via:

PHONE: 1-312-800-0888
EMAIL: sales@haulkdepot.com

Our team will be happy to assist you with
your order and provide the best FREIGHT quote tailored to your specific needs.




Nylon Spring Eye Bushing - 2-PIECE - For 7,000 - 8,000 lbs Leaf Spring


Dimensions and Specifications:

  • Inner Diameter: 9/16"
  • Outer Diameter: 1-5/16"
  • Length: 2"
  • Material: Nylon


Fitting:

  • Designed for use with 7,000 - 8,000 lb leaf springs
  • Two-piece design for easy installation
  • Helps reduce wear on spring eyes and bolts


Features:

  • Durable nylon construction for long-lasting performance
  • Reduces friction and extends the lifespan of suspension components
  • Easy to install—direct replacement for worn-out bushings


Interchangeable Part Numbers:

  • 014-054-01
  • Dexter 014-054-01


Product Overview:

The Nylon Spring Eye Bushing is a two-piece design engineered for 7,000 - 8,000 lb leaf springs, providing durability and reliability in trailer suspension systems. Constructed from high-quality nylon, it minimizes friction and extends the lifespan of suspension components. With an inner diameter of 9/16" and an outer diameter of 1-5/16", this bushing ensures a secure fit while helping to maintain smooth trailer operation. Ideal for repairs or new installations, this replacement part is a must-have for keeping your suspension system in optimal condition.