3/8 Inch SAE Hex Driver 6 Inch Length Impact Socket 7/16 Inch

Specifications

• Manufacturer: Grey Pneumatic Corp.
• Model Number: {manufacturers_part_number}
• Tool Type: Impact Hex Driver Socket
• Drive Size: 3/8 inch
• Hex Size: 7/16 inch SAE
• Overall Length: 6 inches
• Weight: 0.4 lbs
• Dimensions: 6 x 0.7 x 0.7 inches

Key Features

• Impact-Grade Durability: Engineered for demanding high-torque applications with impact wrenches, ensuring robust performance.
• SAE 7/16 Inch Hex Drive: Provides a precise and secure fit for 7/16 inch SAE hex fasteners, minimizing slippage.
• 3/8 Inch Drive Compatibility: Designed to seamlessly integrate with standard 3/8-inch drive impact tools and ratchets.
• Extended 6-Inch Length: Offers superior reach, allowing access to deep or obstructed hex bolts and screws.
• Precision Manufacturing: Delivers consistent fit and reliable operation, reducing the risk of fastener damage.

Applications

• Tightening and loosening 7/16 inch hex fasteners in automotive repair and engine work.
• Assembly and disassembly of machinery and equipment in industrial environments.
• Performing maintenance tasks on heavy-duty vehicles and agricultural machinery.
• Accessing deeply recessed hex bolts in structural components or specialized equipment.
• Ideal for professional mechanics, industrial technicians, and maintenance personnel requiring long-reach impact solutions.

Benefits

• Enhanced Efficiency: Quickly secure or remove stubborn 7/16 inch hex fasteners, significantly reducing task completion time.
• Prevents Fastener Damage: The precise fit of this SAE hex impact driver minimizes cam-out and stripping, preserving the integrity of fasteners.
• Improved Accessibility: The generous 6-inch length eliminates the challenge of reaching fasteners in confined, deep, or difficult-to-access locations.
• Long-Lasting Reliability: Built to withstand the rigorous demands of impact use, this tool delivers consistent performance and reduces the need for frequent replacements.
• Increased Safety: Reduces the likelihood of tools slipping or breaking during high-torque operations, protecting both the user and the workpiece.