Te-Co 42446 Keylocking Inserts, 0.370" Thread Tap Minimum Depth, 3/8-16 Thread Tap Size Class 2B, 10-24 Internal Thread, 0.310" Length, 3/8-16 External Thread, Passivated Finish, Stainless Steel Material

Cutting Tools - Threaded Inserts The Te-Co 42446 Keylocking Insert is a high-performance threaded insert designed for superior strength and reliability in various applications. Constructed with precision and crafted from stainless steel, this insert is ideal for enhancing the durability of threaded connections in a range of manufacturing settings. ## Key Features • **Thread Tap Size**: 3/8-16 Class 2B, ensuring compatibility with standard threading practices and providing a secure fit. • **Internal Thread**: 10-24, offering versatility in usage across different fastening needs. • **Minimum Depth**: 0.370" for optimal engagement and support of threaded components. • **Length**: 0.310", designed to fit snugly within the host material while maintaining structural integrity. • **Finish**: Passivated for enhanced corrosion resistance, ensuring long-lasting performance even in challenging environments. ## Applications • **Automotive and Aerospace**: Ideal for use in high-stress environments where reliability is critical, making it suitable for automotive assemblies and aerospace components. • **General Manufacturing**: Perfect for machine shops and manufacturing facilities looking for durable fastening solutions that withstand rigorous operational demands. • **Compatibility**: Designed to work seamlessly with standard 3/8-16 threads, facilitating easy integration into existing projects. ## Benefits • **Enhanced Strength**: The keylocking design provides superior holding power, reducing the risk of thread stripping and ensuring long-term reliability in applications. • **Corrosion Resistance**: The passivated finish protects against rust and wear, extending the lifespan of the insert and reducing maintenance costs. • **Ease of Installation**: The precise dimensions ensure a straightforward installation process, minimizing downtime and increasing operational efficiency. --- *Product information compiled with AI assistance for reference purposes.*