Value Collection 3SSSC10F008 Cone Point Set Screw 10-32

Product Description

The VALUE COLLECTION 3SSSC10F008 is a cone point set screw designed for mechanical assemblies where a hardened point contact is needed to lock components in place without a projecting head. Threaded 10-32 UNF with an overall length of 0.5 inches, this screw is manufactured from Grade A2 austenitic stainless steel, giving it good corrosion resistance in wet or mildly caustic environments. It is driven with a 3/32-inch hex key. Machinists, maintenance technicians, and industrial assemblers install this type of fastener to secure pulleys, collars, knobs, and shafts in light to medium-duty applications.

This cone point set screw is suited for use in precision mechanical assemblies, HVAC equipment linkages, pump and motor shaft collars, and general industrial fixtures where a flush or recessed fastener is required. The cone point digs into the mating surface to resist rotation and axial movement. It is appropriate for both new fabrication and maintenance-repair-overhaul work in commercial and light industrial settings.

Key Features

• 10-32 UNF thread for compatibility with standard unified fine-thread tapped holes
• 0.5-inch overall length suits shallow shaft collars and thin hubs
• Cone point geometry bites into mating surface for positive locking without adhesive
• Grade A2 austenitic stainless steel construction resists corrosion in humid or wet environments
• 3/32-inch hex key drive keeps the fastener fully recessed and flush with the assembly surface
• Headless design allows installation in close-clearance or rotating-component applications

Compatibility

Designed as an OEM-style replacement or new-install fastener for any assembly using a 10-32 UNF tapped hole requiring a cone point set screw with a 0.5-inch overall length.

Installation Notes

Installation requires a 3/32-inch hex key or Allen wrench. Ensure the tapped hole is clean and free of debris before threading the screw. De-energize and lock out any equipment before accessing shaft assemblies or rotating components. Do not overtighten, as excessive torque can damage the cone point or the mating surface.