The Crescent CIMS25N Deep Impact Socket is a professional-grade tool engineered for high-torque applications in automotive, industrial, and mechanical environments. With a 3/4-inch SAE opening and a deep-well design, this socket delivers the reach, strength, and durability needed to tackle recessed fasteners with confidence and precision.

Key Features:

• Drive Size: 1/2 inch square drive – compatible with standard impact wrenches
• Socket Size: 3/4 inch – SAE sizing for North American applications
• Point Configuration: 6-point design ensures maximum contact with fasteners, reducing rounding and slippage
• Length Format: Deep socket – ideal for accessing fasteners in recessed or obstructed areas
• Material: Made from Crestoloy® chrome molybdenum alloy steel (Cr-Mo) for superior strength and long-lasting durability
• Finish: Black phosphate coating for enhanced corrosion resistance and a professional appearance

Identification & Markings:

• Laser-etched and stamped size markings for quick and accurate identification
• High-visibility markings that remain legible even after heavy use

Performance & Standards:

• Impact Rated: Specifically designed for use with pneumatic and electric impact tools
• Off-Corner Loading Technology: Improves torque transfer while minimizing fastener wear
• Compliance: Meets or exceeds ASME B107.2 specifications for safety and performance
• Weight: Approximately 0.49 lbs
• Overall Length: 3.17 inches
• Opening Depth: 1.15 inches
• Bolt Clearance Depth: 0.45 inches
• Drive End Width: 1.1 inches
• Socket End Width: 1.1 inches
• Packaging: Hang tab for retail display
• UPC: 037103322104
• Country of Origin: Typically manufactured in Taiwan or China
• Warranty: Lifetime warranty against defects in material and workmanship
• Prop 65 Warning: Contains chemicals known to the State of California to cause cancer and reproductive harm

Applications:

• Automotive repair and maintenance
• Heavy equipment servicing
• Industrial machinery assembly
• Construction and framing
• Any job requiring deep socket access in high-torque environments