Bsc Preferred 82848-HT 10mm Metric Solid Nut Driver

Product Description

The BSC PREFERRED 82848-HT is a 10mm metric solid nut driver built for hand-tool work in trade and mechanical applications. The solid shaft construction provides rigid torque transfer when driving hex fasteners, making it a reliable choice for repetitive fastener work on equipment panels, conduit fittings, and mechanical assemblies. The handle is molded from cellulose acetate with a clear transparent finish, an orange inlay for grip identification, and a blue nose cap. Overall driver length is 4 inches. Sold individually as a single unit.

This nut driver is suited for electricians, HVAC technicians, and general mechanical trades who work with 10mm hex fasteners on a regular basis. Typical applications include tightening or loosening hex-head sheet metal screws, equipment enclosure hardware, and small machine bolts where a standard nut driver profile is required. The 10mm size is commonly encountered in light equipment, automotive, and electrical panel work.

Key Features

• Solid shaft construction for rigid, direct torque transfer to fastener
• 10mm metric hex drive size fits standard metric hex-head fasteners
• Cellulose acetate handle with clear transparent finish and orange inlay for easy size identification
• Blue nose cap for additional visual identification and handle durability
• 4 inch overall length suits confined and open-access fastener locations
• Single-piece (EA) unit - no minimum order quantity beyond one

Compatibility

Designed as a standard hand-tool replacement or addition for professional tool kits requiring a dedicated 10mm metric solid nut driver.

Installation Notes

Nut drivers are hand tools requiring no power source or installation procedure. De-energize any electrical equipment before working on panels or enclosures where this tool will be used. Apply steady axial pressure while turning to prevent fastener rounding, particularly on softer metal hardware. This tool is intended for manual hand use only and should not be chucked into power drivers.