Apex 445-30X Slotted Screwdriver Bit 1/4 Inch Drive

Product Description

The APEX 445-30X is a slotted insert bit designed for use with 1/4 inch drive power tools and hand drivers. The blade measures 0.248 inches wide and 0.038 inches thick, with an overall length of 1 inch. Constructed from steel, this bit delivers reliable torque transfer for slotted fastener applications. It is a non-reversible insert bit suited for production, assembly, and service work where consistent slotted drive performance is required. Technicians in HVAC, electrical, plumbing, and general mechanical trades reach for insert bits like this when working with equipment panels, junction boxes, and access covers that use slotted screws.

This insert bit fits standard 1/4 inch hex bit holders, quick-change chucks, and bit extension bars commonly found in trade service kits. The 1 inch overall length makes it appropriate for use in tight or recessed fastener locations. It is sold individually and is well suited for field service, shop maintenance, and equipment installation tasks where slotted fasteners are encountered on covers, terminals, and mounting hardware.

Key Features

• 0.248 inch blade width for standard slotted fastener engagement
• 0.038 inch blade thickness for proper slot fit and reduced cam-out
• 1/4 inch drive hex shank fits standard bit holders and quick-change chucks
• 1 inch overall length suits confined and recessed fastener locations
• Steel construction for durability under repeated use
• Non-reversible insert bit design for direct drive applications

Compatibility

Designed for use with standard 1/4 inch hex drive bit holders, extensions, and quick-change chucks used in trade service and assembly applications.

Installation Notes

Insert bits should be seated fully into the bit holder before applying torque to prevent slippage or fastener damage. Confirm the blade width matches the fastener slot before driving to avoid damaging the screw head or surrounding material. Replace worn bits showing blade rounding or thinning, as degraded bits increase the risk of cam-out and fastener damage.