1/4"-28 x 1/4" Socket Head Full Dog Point Set Screw, Hex Key Drive, Fine, Alloy Steel, Black Oxide Finish

# Fasteners ## Overview The **1/4"-28 x 1/4" Socket Head Full Dog Point Set Screw** from **MROSupply Fasteners** is a high-performance fastening solution designed for precise applications in various industrial settings. Constructed from premium alloy steel and finished with a black oxide coating, this set screw offers excellent durability, corrosion resistance, and wear characteristics. ## Key Features • **Size and Thread**: Features a 1/4"-28 thread size, ensuring compatibility with standard fasteners and devices. • **Length**: At 1/4" long, it is optimized for tight spaces while providing a secure fit. • **Drive Type**: Hex key drive allows for ease of installation and removal, reducing slippage during torque application. • **Point Type**: Full dog point design facilitates precise engagement with mating components, enhancing locking capability. • **Material**: Made from high-quality alloy steel, ensuring strength and long-term reliability in demanding environments. ## Applications • **Industrial Machinery**: Ideal for securing components in machinery where vibration resistance is critical. • **Automotive**: Commonly used in automotive assemblies where precision fastening is required. • **General Engineering**: Suitable for various engineering applications that require reliable and robust fastening solutions. • **Compatibility**: Works seamlessly with other MROSupply products, including bearings and hydraulic components, for comprehensive operational needs. ## Benefits • **Enhanced Reliability**: The robust construction and black oxide finish provide superior protection against wear and corrosion, ensuring longevity. • **Ease of Use**: The hex key drive simplifies the installation process, making it accessible for users in both professional and DIY contexts. • **Precision Fit**: The full dog point design ensures a secure hold on mating surfaces, reducing the risk of loosening over time. --- *Product information compiled with AI assistance for reference purposes.*