Value Collection R63006842 Hex Socket Cap Screw 6-32 Unc

Product Description

The VALUE COLLECTION R63006842 is a 6-32 UNC hex socket cap screw designed for fastening applications that require a compact, recessed drive profile. Machined from 316 stainless steel, this fastener resists corrosion in wet, marine, and chemical-exposure environments. The 7/64 inch hex socket drive accepts a standard Allen key or hex bit driver. With a 1/2 inch length under head, it suits shallow clearance installations where thread engagement and head height both matter. Maintenance technicians, equipment assemblers, and service professionals working with stainless hardware will find this screw suited to light-gauge and precision assemblies.

This socket cap screw is appropriate for use in HVAC equipment panels, electrical enclosures, plumbing fixture mounting, and general mechanical assemblies where a flush or low-profile fastener head is required. The 6-32 UNC thread series is common in instrument panels, control boards, and sheet metal work. Its 316 stainless steel construction makes it a reliable choice in coastal, poolside, and high-humidity service environments where carbon steel fasteners would corrode.

Key Features

• 316 stainless steel construction for superior corrosion resistance in harsh and wet environments
• 6-32 UNC thread size compatible with standard tapped holes and threaded inserts in that designation
• 7/64 inch hex socket drive for use with standard Allen keys or hex bit drivers
• 1/2 inch length under head suits shallow-clearance and light-gauge panel applications
• Socket cap head provides a compact, recessed profile that sits flush or below surface level

Compatibility

Designed as a standard-dimension 6-32 UNC socket cap screw suitable for any application requiring that thread size and a 1/2 inch grip length in 316 stainless steel.

Installation Notes

Install using a 7/64 inch hex key or hex socket bit driver. Ensure the mating tapped hole or threaded insert is clean and free of debris before threading. Do not overtighten into thin sheet metal or plastic-threaded inserts, as this can strip the thread engagement. When working inside energized electrical enclosures or HVAC control panels, de-energize and lock out the equipment per applicable safety codes before servicing fasteners.