5/8"-11 x 9" Hex Head Cap Screw, Coarse, Partial Thread, Grade 5 Medium Carbon Steel, Zinc CR+3 Finish

Fasteners The MROSupply Fasteners 5/8"-11 x 9" Hex Head Cap Screw is an essential component designed for high-performance applications in various industrial settings. Constructed from medium carbon steel and featuring a zinc CR+3 finish, this cap screw offers both strength and corrosion resistance, making it suitable for demanding environments. ## Key Features • **Size & Thread**: 5/8"-11 diameter with a length of 9 inches, providing robust support for heavy-duty tasks. • **Material**: Made from Grade 5 medium carbon steel, ensuring enhanced tensile strength and reliability. • **Finish**: Coated with zinc CR+3, which enhances corrosion resistance and durability, ideal for outdoor and moisture-prone environments. • **Design**: Hex head design allows for easy installation and removal with standard wrenches and sockets, promoting efficient assembly. • **Threading**: Coarse partial threads ensure a strong grip and secure fastening in various materials. ## Applications • **Construction**: Perfect for securing structural components, including beams and frames in building projects. • **Manufacturing**: Widely used in the assembly of machinery and equipment where strong fasteners are essential. • **Automotive**: Ideal for use in automotive repairs and manufacturing, providing reliable connections in vehicle assemblies. • **General Maintenance**: Suitable for various maintenance tasks in industrial settings, ensuring equipment stays operational. ## Benefits • **Strength and Durability**: The Grade 5 steel construction ensures that this cap screw can withstand high stress and load conditions, enhancing longevity. • **Corrosion Resistance**: The zinc CR+3 finish protects against rust and degradation, extending the lifespan of the fastener in harsh environments. • **Versatile Use**: This cap screw is versatile for use in multiple applications, offering flexibility for different projects and industries. --- *Product information compiled with AI assistance for reference purposes.*