Hillman Fasteners 9190 Magnetic Hex Driver 3/8 in Screw

Product Description

The HILLMAN FASTENERS 9190 is a 3/8-inch magnetic hex driver screw sold in a single pack of 5 fasteners. The integrated magnetic design keeps the screw seated on the driver bit during placement, reducing dropped hardware in tight spaces or overhead applications. These fasteners are suited for general-purpose trade and light construction use where a hex drive profile is required. Electricians, HVAC technicians, and general contractors reach for this type of fastener when securing panels, equipment covers, and access doors where quick one-handed driving is a practical advantage.

These hex driver screws are a standard choice for light-duty panel work, enclosure assembly, and equipment installation across residential and commercial jobsites. The 3/8-inch length makes them appropriate for thin-gauge sheet metal, electrical panels, and similar applications where a short fastener is needed to avoid penetrating underlying components. The pack of 5 is sized for targeted repairs or small-volume installs rather than bulk production work.

Key Features

• Magnetic tip retention keeps screw on driver bit during single-handed placement
• 3/8-inch length suits thin-gauge sheet metal and panel cover applications
• Hex drive profile compatible with standard hex driver bits
• Pack of 5 provides a focused quantity for spot repairs and small installs
• Lightweight at 0.31 pounds per pack, minimizing added load in tool pouches

Compatibility

Designed as a standard hex driver fastener for general trade use in panel assembly, equipment enclosures, and light sheet metal work where a 3/8-inch hex drive screw is specified.

Installation Notes

Install using a hex driver bit matched to the screw head size. De-energize any electrical panels or equipment before driving fasteners into enclosures, in accordance with applicable NEC lockout/tagout requirements. Avoid over-driving, which can strip thin-gauge material or damage the magnetic retention feature on the driver interface.