Value Collection 837061PR Hex Socket Cap Screw 6-32 Unc

Product Description

The VALUE COLLECTION 837061PR is a hex socket cap screw designed for secure, torque-resistant fastening in mechanical assemblies, fixtures, and industrial applications. Sized at 6-32 UNC with a 3/4-inch length under head, this screw is fully threaded and driven by a 7/64-inch hex (Allen) key. The alloy steel construction provides high tensile strength, and the zinc-plated finish adds corrosion resistance for general-purpose use. It meets ASTM B695 standards for fastener coatings. This fastener is commonly installed by maintenance technicians, machinists, and mechanical contractors working on equipment assembly, panel mounting, and structural fastening tasks.

This socket cap screw is suited for residential and light commercial mechanical applications where a low-profile, high-strength fastener is required. Its 6-32 UNC thread pattern is a standard coarse thread commonly found in sheet metal assemblies, electronic enclosures, HVAC equipment panels, and general machinery. The fully threaded shank provides maximum thread engagement throughout the entire length under head, making it effective in thin-material applications and blind-hole configurations.

Key Features

• 6-32 UNC thread size for compatibility with standard coarse-thread tapped holes
• 3/4-inch length under head, fully threaded for maximum thread engagement
• 7/64-inch hex drive accepts standard Allen key or hex bit driver
• Alloy steel construction provides high tensile and shear strength
• Zinc-plated finish per ASTM B695 for corrosion resistance in general-purpose environments

Compatibility

Designed as a standard 6-32 UNC hex socket cap screw for use in any tapped or pre-threaded hole conforming to 6-32 UNC thread standards.

Installation Notes

Installation is performed with a 7/64-inch hex key or Allen-style driver bit. Ensure the receiving hole is properly tapped to 6-32 UNC specification before driving the fastener. Do not overtighten, as alloy steel screws in small diameters can shear under excessive torque. Always verify thread engagement depth is adequate for the application load requirements.