SOC 1-5/16 1"D IMP 6PT DP - K Tool International

Part #: KTI35242

Heavy-Duty 1-Inch Drive: Designed for compatibility with powerful 1-inch drive impact wrenches, delivering substantial torque.
1-5/16 Inch Deep Socket: Features a deep well configuration to access recessed fasteners and nuts with extended bolts.
Impact-Grade Construction: Manufactured from robust chrome molybdenum steel for superior strength and durability, ideal for high-torque applications.
6-Point Design: Provides a secure grip on fasteners, minimizing the risk of rounding corners and ensuring efficient torque transfer.
Corrosion Resistant Finish: Built to withstand demanding work environments and resist rust and corrosion for prolonged tool life.

Automotive Service: Essential for heavy-duty truck repair, bus maintenance, and large vehicle service.
Industrial Maintenance: Ideal for machinery repair, equipment assembly, and plant upkeep requiring substantial fastener tightening or loosening.
Construction: Used for securing large bolts on structural steel, heavy equipment, and commercial installations.
Agricultural Equipment: Suitable for maintenance and repair of tractors, farm machinery, and implements.
Fleet Maintenance: A crucial tool for maintaining commercial fleets and ensuring operational readiness.

Enhanced Durability: The robust impact-grade steel construction ensures this socket withstands rigorous, high-torque use, reducing the need for frequent replacements.
Superior Fastener Engagement: The 6-point design provides maximum contact with fasteners, preventing stripping and allowing for more effective torque application.
Increased Productivity: Quickly handles stubborn, large fasteners found in heavy-duty applications, streamlining repair and maintenance tasks.
Versatile Performance: Effectively tackles a wide range of demanding tasks across various heavy-duty industries, offering reliable performance in challenging conditions.
Optimized Access: The deep well profile reaches fasteners in constricted or recessed areas, improving operational efficiency and reducing downtime.