1-1/2" Drive x 3-1/8" Deep - 12 Point Impact Socket - Grey Pneumatic

Specifications

• Model Number: 6300D (Grey Pneumatic 6300D)
• Drive Size: 1-1/2 inches
• Socket Depth: 3-1/8 inches (Deep)
• Point Configuration: 12 Point
• Weight: 17.37 lbs
• Material: Constructed from high-strength alloy steel for durability and performance.
• Manufacturer: Grey Pneumatic

Key Features

• Impact-Grade Design: Specifically engineered for use with high-torque impact wrenches and drivers.
• 12-Point Configuration: Provides multiple contact points for secure engagement with fasteners, reducing slippage.
• Deep Well Design: Offers extended reach to access recessed nuts and bolts efficiently.
• Corrosion Resistance: Features a protective finish to resist rust and corrosion in demanding work environments.
• Precision Engineering: Manufactured to precise specifications for consistent fit and reliable operation.

Applications

• Heavy Duty Automotive Repair: Ideal for servicing large vehicles, commercial trucks, and buses.
• Industrial Maintenance: Suitable for assembly and repair of heavy machinery and equipment in industrial settings.
• Construction: Used for fastening and unfastening large components in construction projects.
• Agricultural Equipment: Effective for maintenance and repair of farm machinery.
• Marine Applications: Applicable for high-torque fastening needs in marine construction and maintenance.

Benefits

• Enhanced Fastening Efficiency: The 1-1/2" drive and 12-point design ensure quick and secure fastening, boosting productivity.
• Reduced Fastener Damage: The 12-point configuration minimizes the risk of rounding off nuts and bolts, protecting hardware.
• Access to Difficult Areas: Its deep well profile allows technicians to reach fasteners in confined or recessed locations that standard sockets cannot.
• Long-Term Reliability: Built to withstand the rigors of heavy use, providing a dependable tool that reduces replacement frequency.
• Improved Safety: Designed for impact use, it handles high torque without compromising structural integrity, contributing to a safer work environment.