Value Collection 837125PR Hex Socket Cap Screw 10-32 Unf

Product Description

The VALUE COLLECTION 837125PR is a hex socket cap screw designed for secure fastening in high-load applications where precise torque and thread engagement are critical. Sized at 10-32 UNF with a 5/8-inch length under head, this fastener is fully threaded from tip to bearing surface, maximizing thread engagement across the full shank. The 5/32-inch hex drive accepts a standard Allen key or hex bit driver. Constructed from alloy steel with a zinc-plated finish, it delivers solid mechanical strength with a basic level of corrosion resistance. This is a utility fastener suited to mechanical assembly, equipment maintenance, and fabrication environments.

The 837125PR is appropriate for use in light industrial, mechanical, and trade-service applications where 10-32 UNF thread form is specified. It is a common fastener in HVAC equipment panels, electrical enclosures, pump housings, and similar assemblies requiring a small-diameter, fine-thread cap screw. Minimum order quantity is 100 pieces per order, with a package quantity of 1 per unit as listed. Technicians and assemblers working from equipment service manuals that call out 10-32 UNF hardware will find this a direct standard-spec fit.

Key Features

• 10-32 UNF thread form for fine-thread fastening applications
• 5/8-inch length under head with full threading along the entire shank
• 5/32-inch hex socket drive for Allen key or hex bit installation
• Alloy steel construction for reliable tensile and shear strength
• Zinc-plated coating per ASTM B695 for basic corrosion resistance

Compatibility

Designed as a standard 10-32 UNF hex socket cap screw suitable for mechanical assemblies, equipment panels, and fabrication applications that specify this thread size and fastener type.

Installation Notes

Install using a calibrated hex key or hex bit driver sized at 5/32 inch. De-energize and lock out any equipment before replacing or installing fasteners in electrical enclosures or powered assemblies. Do not overtighten into tapped holes in softer base materials such as aluminum; follow the equipment manufacturer torque specifications for the mating assembly. Inspect thread engagement depth before final assembly to ensure proper seating.