Value Collection 2-SC-10C-62 Cup Point Set Screw

Product Description

The VALUE COLLECTION 2-SC-10C-62 is a cup point set screw threaded 10-24 and measuring 5/8 inches in length. It is machined from Grade 316 stainless steel and left uncoated with a bright finish. The hex drive socket accepts a standard hex key for installation and removal. Grade 316 stainless provides strong resistance to corrosion and chloride exposure, making this fastener suitable for demanding environments including wet, marine, and chemical service applications. Machinists, maintenance technicians, and mechanical contractors use set screws like this to lock collars, pulleys, gears, and similar components onto shafts without a protruding head.

This fastener is well suited for use in HVAC equipment assemblies, plumbing fixture fittings, pump components, and general mechanical assemblies where a flush, headless fastener is required. The cup point geometry bites into the mating shaft surface to resist rotational and axial movement. Grade 316 stainless construction makes it appropriate for corrosive or washdown environments where carbon steel fasteners would corrode or seize. It is sold individually and installs with a standard hex key or Allen driver.

Key Features

• Cup point geometry grips shaft surfaces to resist rotation and axial movement
• Grade 316 stainless steel construction resists corrosion in wet and chemical environments
• Hex drive socket accepts standard Allen or hex key drivers
• Bright uncoated finish — no added plating or coating that could affect dimensional tolerance
• Headless design sits flush with or below the mating component surface

Compatibility

Designed as a standard 10-24 threaded cup point set screw for use in any application requiring a headless fastener with a hex drive and cup point tip in Grade 316 stainless steel.

Installation Notes

Installation requires a correctly sized hex key or Allen driver matched to the internal hex socket. Ensure the threaded bore is clean and free of debris before driving the screw. Do not overtighten, as the cup point can damage or permanently deform the mating shaft surface. When used in torque- or load-critical assemblies, consult applicable mechanical engineering standards for proper seating torque based on thread size and material pairing.