QA1 Rod End – 3/16in x 10-3 RH Steel – Female CFR3

QA1 CFR3 Carbon Steel Rod End: Precision and Durability

The QA1 CFR3 Carbon Steel Rod End is designed for those who demand reliability and performance from their components. This self-lubricating rod end features a traditional two-piece female design, enhanced with a PTFE liner for smooth operation and longevity.

Key Features

< li >Material Quality: Made from high-grade 52100 bearing steel, this rod end is heat-treated and hard chrome plated for exceptional strength and wear resistance.

< li >Corrosion Resistance: The body is coated with a protective layer to guard against corrosion, ensuring your rod end remains functional and looks great over time.

< li >Precision Engineering: Each rod end is precision ground, providing a perfect fit and reliable performance in various applications.

< li >Bore Size: The CFR3 features a bore size of 3/16 inch (0.1900 in.), making it suitable for a wide range of setups.

< li >Thread Configuration: It comes with a 10-32 right-hand female thread, allowing for easy installation and compatibility with standard hardware.

Specifications

< li >Type: Female rod end

< li >Thread Orientation: Right Hand

< li >PTFE Lined: Yes, for enhanced lubrication

< li >Dimensions: 3/16 in bore and 10-32 thread

Fitment

The CFR3 rod end is versatile and can be utilized in various automotive and industrial applications. Whether you’re working on a custom project or upgrading existing components, this rod end fits seamlessly into your setup.

Customer Insights

Users have praised the QA1 CFR3 for its robust construction and reliability. Many have noted that the PTFE lining significantly reduces friction, allowing for smoother operation even under heavy loads. The corrosion-resistant coating has also received positive feedback, with users reporting that their rod ends maintain their performance and appearance over time.

Overall, the QA1 CFR3 Carbon Steel Rod End stands out as a top choice for those seeking high-quality, durable components for their projects.

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