Grey Pneumatic | 1146E | 3/8 Inch SAE Extension w/ Friction Ball 6 Inch

Specifications

• Manufacturer: Grey Pneumatic Corp.
• Model Number: {manufacturers_part_number}
• Drive Size: 3/8 inch
• Length: 6 inches
• Standard: SAE
• Weight: 0.43 lbs
• Dimensions: 6.7 x 1.95 x 1.4 inches

Key Features

• 3/8-inch Drive: Standard drive size for compatibility with a wide array of sockets and ratchets.
• SAE Standard: Engineered for precise fit with imperial fasteners.
• 6-inch Extension Length: Provides essential reach for difficult-to-access areas.
• Friction Ball Retention: Designed to securely hold sockets, minimizing accidental detachment.
• Durable Construction: Built by Grey Pneumatic for reliable performance in demanding environments.

Applications

• Automotive Repair: Ideal for reaching deeply recessed bolts and nuts in engine compartments, chassis, and interior assemblies.
• Industrial Maintenance: Facilitates access to fasteners on machinery and equipment where space is restricted.
• General Mechanical Tasks: Enhances the reach of ratchets and breaker bars for various home improvement and workshop projects.
• Tight Space Work: Essential for any task requiring additional clearance to operate a socket wrench effectively.

Benefits

• Solve Accessibility Challenges: The 6-inch extension length effectively bridges gaps, enabling users to easily reach fasteners in deep recesses or obstructed areas, which significantly improves work efficiency.
• Prevent Socket Loss: A robust friction ball mechanism securely holds 3/8-inch drive sockets in place, eliminating the frustration and time wasted from dropped or lost sockets during critical tasks.
• Enhance Operational Versatility: This 3/8 inch SAE extension integrates seamlessly with existing professional tool sets, broadening the scope of applications and making it a fundamental addition to any mechanic's toolkit.
• Ensure Reliable Performance: Manufactured by Grey Pneumatic, this extension delivers consistent, professional-grade durability, ensuring dependable operation through rigorous and repeated use.