FK Bearing SJFL6T Stainless Steel Rod End - 0.375 X 3/8-24 Left Hand Female Thread

Precision engineering enthusiasts and mechanical builders, this FK Bearing SJFL6T rod end is exactly the kind of quality component that makes your projects perform reliably! This is a 3-piece precision stainless steel rod end with a 0.375 inch ball diameter and 3/8-24 left hand female threads - perfect for applications where you need that reverse threading for adjustment purposes. The construction is seriously impressive: the ball is made from 440C CRES stainless steel and heat treated for maximum durability, while the bearing race uses 17-4PH CRES heat treated stainless steel. The body also uses 17-4PH CRES heat treated material, creating a high-strength, self-lubricating rod end that can handle demanding applications. The PTFE fabric liner bonded to the race inside diameter provides smooth operation with minimal maintenance requirements. The dimensions are precise with B diameter of 0.375, D diameter of 1.025, W width of 0.500, and overall A length of 1.625 inches. The 12-degree misalignment angle allows for proper articulation in your linkage systems. Left hand threads are particularly useful in applications where you need fine adjustment capability or where regular right-hand threads might loosen from vibration. The quality is exactly what you'd expect from FK Bearing - professional grade components used in aerospace, automotive, and industrial applications. Whether you're building custom suspension systems, steering linkages, throttle connections, or any other precision mechanical assembly, this rod end delivers the reliability and precision you need. The stainless steel construction resists corrosion, making it suitable for marine applications or any environment where moisture is a concern. The feel is solid and precise - no slop or play in the movement, just smooth, consistent articulation. If you're tired of cheap rod ends that wear out quickly or develop play, this FK Bearing component will feel like a revelation in quality and durability.