3-1/2" Dr. 120mm Impact Socket - Genius Tools

Specifications

• Manufacturer: Genius Tools
• Model Number: 928120
• Drive Size: 3-1/2 inches
• Socket Size: 120mm
• Type: Impact Socket
• Material: High-strength alloy steel
• Finish: Black phosphate or oxide coating for enhanced durability and corrosion resistance
• Weight: Not specified
• Dimensions: Not specified

Key Features

• Heavy-Duty Construction: Forged from robust alloy steel, engineered to withstand extreme torque and repetitive impact applications.
• Impact-Ready Design: Specifically manufactured for use with high-powered impact wrenches, ensuring reliable performance under severe conditions.
• Oversized Metric Hex: Features a precise 120mm opening, designed to securely grip large metric fasteners.
• Large Drive Interface: Utilizes a substantial 3-1/2 inch drive, compatible with industrial-grade impact tooling.
• Corrosion Resistant Coating: A durable black finish protects the socket from rust and corrosion in demanding work environments.

Applications

• Industrial machinery maintenance and repair
• Heavy equipment assembly and disassembly
• Commercial vehicle service, including trucks and buses
• Construction projects involving large structural fasteners
• Mining and quarry equipment maintenance
• Railway and infrastructure maintenance

Benefits

• Enhanced Durability: Withstands the intense forces of impact tools, resisting deformation and cracking for a longer service life.
• Efficient Fastening: Facilitates quick and secure tightening or loosening of very large, stubborn fasteners, reducing operational downtime.
• Increased Safety: Engineered to absorb shock and prevent shattering, minimizing the risk of tool failure and potential injury during high-torque applications.
• Reliable Performance: Delivers consistent power transmission from the impact wrench to the fastener, ensuring dependable results on critical tasks.
• Specialized Capability: Provides the specific, robust tool required for demanding heavy-duty applications where standard sockets are insufficient.