1"-14 Nylon Insert Locknut, Fine, Low Carbon Steel, Zinc CR+3 Finish

# Nylon Insert Locknut The **Nylon Insert Locknut** from **MROSupply Fasteners** is designed to provide a secure fastening solution in various applications. Constructed from low carbon steel and featuring a zinc CR+3 finish, this locknut ensures durability and resistance to corrosion, making it an ideal choice for both indoor and outdoor environments. ## Key Features • **Material:** Low carbon steel construction offers strength and resilience under mechanical stress. • **Finish:** Zinc CR+3 coating enhances corrosion resistance, making the nut suitable for harsh environments. • **Thread Size:** 1"-14 fine threads provide compatibility with a wide range of standard bolts and fasteners. • **Insert Type:** Nylon insert creates a locking mechanism that prevents loosening from vibration and dynamic loads. • **Low Profile Design:** Compact design allows for use in tight spaces without compromising on grip or performance. ## Applications • **Automotive:** Ideal for securing components in vehicles where vibration is a concern, such as engine mounts or suspension systems. • **Industrial Machinery:** Suitable for use in machinery assembly, ensuring components remain tightly fastened during operation. • **Construction:** Effective for fastening structural elements where reliability and safety are paramount. • **Electrical Equipment:** Provides secure fastening for electrical enclosures, safeguarding against environmental impacts. ## Benefits • **Enhanced Security:** The nylon insert locks the nut in place, minimizing the risk of loosening over time. • **Corrosion Resistance:** The zinc CR+3 finish protects against rust and deterioration, extending the lifespan of the fastener. • **Versatility:** Compatible with various applications across multiple industries, making it a valuable addition to any toolkit. • **Easy Installation:** Designed for straightforward installation, allowing for efficient assembly and maintenance processes. --- *Product information compiled with AI assistance for reference purposes.*