The 3/4″ Drive, 6-Point Deep Impact Socket is designed for heavy-duty fastening applications that require additional bolt clearance and dependable performance in hazardous, corrosive or magnetically sensitive environments. Its industrial-depth configuration reaches recessed fasteners and accommodates extended bolts that standard-depth sockets may not access.

Manufactured exclusively from high-strength copper beryllium alloy, this deep impact socket is non-sparking, non-magnetic and corrosion resistant. The material’s high hardness and tensile strength provide exceptional durability and high load capacity for demanding industrial maintenance, repair and assembly work.

The 6-point profile securely engages hex fasteners, while the 3/4-inch square drive is designed for use with appropriately sized impact wrenches. Its non-sparking properties make it suitable for petrochemical facilities, grain-processing operations with explosive dust, utilities and hazmat applications. The non-magnetic construction supports work around MRI and NMR equipment, nuclear facilities, electronics manufacturing and other sensitive systems. Its corrosion resistance also makes it an excellent choice for shipyards, desalination plants, chemical-processing facilities and paper mills.

Available SAE socket sizes range from 3/4″ to 2″, while metric options range from 19 mm to 46 mm. Depending on the selected size, bolt-clearance depths extend up to 2.95 inches or 75 mm.

Key features include:

• 3/4″ square drive
• Deep 6-point impact socket design
• Industrial depth for recessed fasteners and extended bolts
• High-strength copper beryllium alloy construction
• Non-sparking and non-magnetic
• Corrosion resistant
• High load capacity
• SAE and metric sizes available
• ISO 9001:2015-certified production
• TÜV-certified materials
• Lifetime warranty

Choose this copper beryllium 3/4″ drive deep impact socket for high-torque applications where extended reach, durability and dependable performance in hazardous or sensitive environments are essential.