Value Collection 592036PR Hex Socket Cap Screw 1-64 Unc

Product Description

The VALUE COLLECTION 592036PR is a hex socket cap screw designed for precision fastening applications requiring a compact, high-strength threaded fastener. This screw features a 1-64 UNC thread size, a 1/4-inch length under head, and a 1/16-inch hex drive. It is fully threaded along its entire shank length and manufactured from 18-8 austenitic stainless steel, providing solid corrosion resistance in demanding environments. It meets ASME/ANSI B18.3 and ASTM F837 standards, making it suitable for instrumentation, mechanical assemblies, and light structural applications where small-diameter, socket-head cap screws are specified.

This screw is used in applications that require a recessed hex drive for torquing in tight or low-clearance spaces. Its small 1-64 UNC thread profile suits precision assemblies, instrument panels, electronics enclosures, and mechanical components where fine thread engagement and stainless construction are necessary. Trades and industries working with stainless fastener assemblies, clean-room equipment, or marine-adjacent environments commonly specify this screw type. Sold individually with a minimum order quantity of 100 pieces.

Key Features

• 1-64 UNC thread size for precision fine-thread fastening
• Fully threaded shank provides maximum thread engagement across the full 1/4-inch length under head
• 1/16-inch hex socket drive allows installation with a standard hex key in confined spaces
• 18-8 austenitic stainless steel (Austenitic Grade A2) offers corrosion resistance in wet or chemically active environments
• Meets ASME/ANSI B18.3 and ASTM F837 fastener standards

Compatibility

Designed as a standard 1-64 UNC hex socket cap screw for use in any threaded assembly or tapped hole calling for a 1-64 UNC fully threaded socket head cap screw per ASME/ANSI B18.3.

Installation Notes

Install using a 1/16-inch hex key or Allen wrench. Ensure the mating threaded hole is clean, properly tapped to 1-64 UNC specification, and free of debris before driving the screw. Avoid overtightening, as the small thread form and fine pitch are susceptible to stripping in soft base materials. Use appropriate thread-locking compound if vibration resistance is required by the assembly specification.