Impact Socket 3/4" 28mm 6-Point, Corona RF-46528

Corona impact socket 3/4" (28 mm) 6-point RF-46528 is a heavy-duty socket designed for use with 3/4" drive impact wrenches and impact tools. It features a 6-point configuration to ensure solid engagement with hexagonal fasteners and withstands the high torque demands common in automotive, industrial, and professional workshop environments.

Advantages

The 6-point design reduces the risk of rounding fastener corners and distributes torque evenly across the faces of the nut or bolt. Built for impact applications, the socket is manufactured from impact-rated alloy steel to tolerate repeated shock loading. Its 3/4" drive connection provides compatibility with a wide range of impact wrenches and power tools, offering a reliable and durable connection during heavy fastening and loosening tasks.

Suitable for

• Tightening and loosening large hex nuts and bolts in automotive repair
• Industrial maintenance where high torque is required
• Professional workshops and garages using 3/4" impact wrenches
• Heavy equipment service and assembly tasks

Key specifications

• Socket size: 28 mm
• Drive type: 3/4" drive
• Point configuration: 6-point (hex)
• Intended use: impact applications
• Material: impact-rated alloy steel (designed for high-torque use)

How to use

Attach the socket securely to a compatible 3/4" drive impact wrench or impact tool until it clicks or seats fully on the drive anvil. Position the socket squarely on the hex fastener to ensure full contact with all six points, then operate the impact tool according to the tool manufacturer's instructions. Use appropriate torque settings and controlled bursts when loosening tight or rusted fasteners to avoid damaging the fastener or tool.

Usage recommendations

For longevity and safety, inspect the socket for cracks or deformation before each use, avoid using the socket with non-impact hand tools, and store in a dry, clean environment. When working on critical fastenings, verify torque with a calibrated torque tool after initial impact tightening.