Value Collection 33594 Hex Socket Cap Screw 10-24 Unc

Product Description

The VALUE COLLECTION 33594 is a hex socket cap screw designed for mechanical fastening applications requiring a compact, recessed-drive connection. Sized at 10-24 UNC thread with a 1.5-inch length under head, this screw is partially threaded and driven with a 5/32-inch hex key. Constructed from alloy steel with a black oxide finish coating, it delivers corrosion resistance and hardness suited to industrial and mechanical assembly work. Meets ASME/ANSI B18.3 and ASTM A574 standards. Installers and maintenance technicians in HVAC, plumbing, and equipment service regularly encounter this fastener size in panel, bracket, and component mounting.

This screw is applicable across a wide range of light commercial and residential mechanical assemblies. It is commonly used to secure equipment panels, mounting brackets, covers, and structural components where a flush or low-profile fastener head and high clamping strength are required. The 10-24 UNC thread pitch is a standard coarse-thread designation found in pre-tapped metal components across HVAC equipment, electrical enclosures, and plumbing fixture hardware. Partial threading allows for improved clamping force in through-hole applications.

Key Features

• 10-24 UNC thread size — standard coarse thread for broad hardware compatibility
• 1.5-inch length under head — partially threaded for enhanced clamping in through-hole fastening
• 5/32-inch hex drive — requires standard hex key or Allen wrench for installation
• Alloy steel construction with black oxide coating for surface corrosion resistance
• Meets ASME/ANSI B18.3 and ASTM A574 dimensional and mechanical standards

Compatibility

Designed as an OEM-style replacement or service fastener for mechanical assemblies using 10-24 UNC threaded mounting points in equipment panels, brackets, and housings.

Installation Notes

Installation requires a 5/32-inch hex key or Allen wrench. Ensure the receiving thread is clean and free of debris before driving. Do not overtighten — follow the torque specifications listed in the equipment service manual for the assembly being fastened. Always de-energize electrical equipment and isolate any pressurized systems before accessing fastened panels or components.