Eklind 103224 Ball End Hex Impact Bit Holder 3/8 in

Product Description

The EKLIND 103224 is a ball end hex power impact screwdriver bit holder designed for use with 1/4 inch drive impact tools and power drivers. Built from alloy steel, this single-piece bit holder measures 3 inches in overall length and accepts 3/8 inch hex ball end fasteners. The ball end design allows engagement at off-axis angles, making it useful in tight or awkward fastening situations. Licensed electricians, HVAC technicians, plumbers, and other trade professionals who rely on impact drivers for repetitive fastening tasks will find this holder a straightforward fit for daily tool kit use.

This bit holder is suited for residential and light commercial service work where a 1/4 inch drive impact bit holder with ball end hex geometry is required. It fits standard 1/4 inch hex shank power drivers and impact drivers commonly used across electrical, mechanical, and plumbing trades. The 3/8 inch specialty point size makes it appropriate for hex socket head fasteners of that dimension encountered in equipment panels, access covers, and mechanical assemblies.

Key Features

• Ball end hex tip allows engagement at angles for use in confined spaces
• Alloy steel construction for impact-rated durability
• 3 inch overall length provides reach without excessive flex
• 1/4 inch drive shank fits standard power drivers and impact drivers
• 3/8 inch hex size for matching hex socket head fasteners
• Single-piece construction with no moving parts to wear out

Compatibility

Fits standard 1/4 inch hex shank power drivers and impact drivers. Supplied as a direct replacement for MSC 98558117.

Installation Notes

Insert the 1/4 inch shank into the tool chuck and verify it seats fully before use. Confirm the hex ball end is fully engaged in the fastener head before applying torque to avoid cam-out or fastener damage. No special tools or codes apply to bit holder installation or replacement. Inspect the bit tip for wear or deformation before each use and replace if the hex geometry is no longer crisp.