Value Collection 92010 Hex Socket Cap Screw 8-32 Unc

Product Description

The VALUE COLLECTION 92010 is a hex socket cap screw designed for secure fastening in applications where a recessed drive and strong clamping force are required. This screw features an 8-32 UNC thread size and a 3/4 inch length under the head, with a 9/64 inch hex drive socket. Constructed from 18-8 stainless steel, it provides corrosion resistance suitable for both indoor and outdoor installations. Electricians, plumbers, HVAC technicians, and general tradespeople use socket cap screws like this when working in confined spaces where a hex key or Allen driver can be inserted where a standard wrench or screwdriver cannot fit.

This screw is suited for light mechanical assemblies, equipment panels, junction boxes, brackets, and similar trade hardware applications. The 8-32 UNC thread is a common unified coarse thread found in a wide range of standard hardware applications across HVAC, electrical, and plumbing equipment. The stainless steel construction makes it appropriate for environments with exposure to moisture or mild chemicals. Sold individually, with a minimum order quantity of 25 pieces per order.

Key Features

• 8-32 UNC thread for compatibility with standard unified coarse thread fastener applications
• 3/4 inch length under head for moderate clamping depth
• 9/64 inch hex socket drive for use with a standard hex key or Allen wrench
• 18-8 stainless steel construction for corrosion resistance
• Recessed drive design allows installation in tight or confined spaces

Compatibility

Designed as a standard 8-32 UNC hex socket cap screw suitable for general trade hardware, panel assembly, and mechanical fastening applications where a 9/64 inch hex drive and 3/4 inch under-head length are required.

Installation Notes

Installation requires a 9/64 inch hex key or Allen driver. Ensure the mating threads in the receiving material are clean and properly tapped to 8-32 UNC specification before driving the screw. De-energize any electrical equipment and shut off relevant systems before performing fastener work near live components. Do not overtighten stainless steel fasteners, as galling can occur; apply an appropriate anti-seize compound if required by the application.