Aurora AM-7 Male Rod End with 7/16 Inch Bore and Right-Hand Thread

Aurora AM-7 Male Rod End with 7/16 Inch Bore and Right-Hand Thread

$44.99
Sale price  $44.99 Regular price 
Skip to product information
Aurora AM-7 Male Rod End with 7/16 Inch Bore and Right-Hand Thread

Aurora AM-7 Male Rod End with 7/16 Inch Bore and Right-Hand Thread

$44.99
Sale price  $44.99 Regular price 
Male Rod End Moly 7/16x7/16-20RH

The Aurora AM-7 male rod end is a precision spherical joint designed for secure and reliable linkage in various mechanical applications. Featuring a 7/16 inch bore and a 7/16-20 right-hand male thread, this rod end provides a robust connection point suitable for heavy-duty environments. Constructed from high-quality steel with a zinc oxide finish, it offers excellent corrosion resistance and durability, ensuring long service life in demanding conditions. The steel ball within the joint allows for smooth articulation, reducing wear and promoting efficient movement. Ideal for use in suspension systems, steering linkages, and other mechanical linkages, the Aurora AM-7 rod end is engineered for precision and strength. Its design allows for easy installation and maintenance, making it a versatile component for both professional and DIY projects. Whether used in automotive, industrial, or agricultural machinery, this rod end delivers dependable performance and longevity. Each unit is sold individually, and it is suitable for applications requiring a spherical joint with a 7/16 inch bore and a 7/16-20 right-hand thread. The zinc oxide coating provides additional corrosion protection, making it suitable for various environmental conditions.

Features:

  • Bore Diameter: 7/16 inch
  • Thread Size: 7/16-20 right-hand male thread
  • Material: Steel with zinc oxide finish
  • Ball Type: Steel spherical ball for smooth articulation
  • Series: AM series for heavy-duty applications
  • Application: Suitable for suspension, steering, and linkage systems
  • Corrosion Resistance: Zinc oxide coating for durability in harsh environments
  • Design: Spherical joint for flexible movement and load-bearing capacity

You may also like