Overview
- Features an all-metal, one-piece design with a top lock mechanism that achieves its locking capability through the controlled distortion of the top threads, creating a more elliptical shape to resist loosening.
- The zinc coating enhances corrosion resistance, making the nut suitable for a wide range of environments, especially where moisture or corrosive elements are present.
Applications & Advantages
- Ideal for applications subject to severe vibration and shock loads, such as farm machinery, automotive assemblies, and metalworking industries, where secure fastening is critical.
- The top lock design allows for reusability and withstands high temperatures up to 450°F, providing a durable solution in high-stress environments.
- The Grade C lock nut reduces the need for additional locking mechanisms, streamlining the assembly process and ensuring a reliable hold even in demanding conditions.
Material & Specifications
- Manufactured from high-quality C1022 – 1045 steel, ensuring strength and durability to withstand heavy loads and high stresses.
- Heat treated to achieve a predominantly martensitic microstructure, with tempering to specified hardness levels, ensuring the nut’s integrity and performance.
Hardness & Durability
- The nuts are designed to meet specific hardness requirements, with Rockwell hardness ratings of C24-C32 for sizes 1/4 through 5/8 inches, and C26-C34 for 3/4 through 1-inch sizes, ensuring optimal performance and resistance to deformation.
- The top lock design, combined with high-quality steel and heat treatment, contributes to the nut’s overall durability, ensuring it maintains its locking capability and structural integrity over time.
Proof Load & Finish
- These nuts are engineered to meet rigorous proof load standards, ensuring they can handle the specified loads without failure, contributing to the overall safety and reliability of the assembly.
- The zinc plating not only provides a layer of protection against corrosion but also adds a clean, professional finish to the fastener, enhancing the aesthetic appeal of the assembled product.