Factory Price Whittet Higgins Nsh-20 Shoelok Tangential Locking Retaining Nut Limited Time 85% Off [O7abZgEm]

Whittet Higgins NSH-20 Shoelok Retaining Nut

Introducing the Whittet Higgins NSH-20 Shoelok Retaining Nut, a cutting-edge fastening solution designed for demanding mechanical applications. This innovative tangential locking nut stands out for its secure and vibration-resistant connections, making it an ideal choice for high-stress environments. The NSH-20 Shoelok Nut is engineered to eliminate the need for conventional threaded fasteners, streamlining installation and improving structural integrity. Its superior holding strength ensures a robust and durable connection, reducing wear and tear over time.

Key Specifications and Features

The NSH-20 Shoelok Retaining Nut boasts a range of impressive specifications that contribute to its performance. With a thread size of 3.918-12, an outside diameter of 5.190 inches, a face diameter of 4.810 inches, and a width of 0.940 inches, this nut is designed to withstand axial loads of up to 284,600 in-lbs. It features 5/16-18 hex screws for easy installation and maintenance. The NSH-20 Shoelok Nut is constructed from high-strength materials, ensuring durability in extreme mechanical and thermal conditions. Its tangential locking mechanism provides enhanced locking security, preventing loosening under dynamic loads and vibrations.

Practical Applications and Benefits

The Whittet Higgins NSH-20 Shoelok Retaining Nut is a versatile solution suitable for various industries, including aerospace, automotive, and heavy machinery. Its ease of use, coupled with its superior holding strength, makes it an excellent choice for professionals seeking unparalleled performance in demanding applications. The NSH-20 Shoelok Nut is designed to reduce installation time, minimize downtime, and lower labor costs. By eliminating the need for conventional threaded fasteners, this nut enhances structural integrity and provides a vibration-resistant connection that is crucial in high-stress environments.