1/4INDR BOLT BITER NUT DRV

Specifications

• Manufacturer: GearWrench
• Model Number: 86182
• Dimensions: 2.56 x 10.83 x 7.48 inches
• Weight: 7.92 lbs
• Material: Chrome molybdenum alloy steel (Cr-Mo) for exceptional strength and durability
• Size Compatibility: Dual-sized, works with both SAE and metric fasteners (11 mm / 7/16")
• Finish: Black oxide finish to resist corrosion
• Markings: High-visibility, laser-etched size markings for quick and easy identification

Key Features

• Bi-Directional Functionality: Designed for both removing and tightening damaged fasteners, enhancing versatility.
• Tapered Entry: Provides easy seating on damaged fasteners for precise and secure use.
• Dual-Sized Sockets: Supports both SAE and metric fasteners, reducing the need for multiple tools.
• Torsion Zone: Provides up to 50x longer life in high-torque impact applications.
• Durable Construction: Crafted with chrome molybdenum alloy steel (Cr-Mo) for superior strength and extended longevity.
• Corrosion Resistance: Black oxide finish adds an extra layer of protection against rust and wear.
• Easy Identification: Laser-etched size markings ensure quick and accurate socket selection.
• Minus-Size Socket Design: Fits a broader range of damaged fasteners for added convenience.

Applications

• Automotive Repairs: Ideal for removing and tightening damaged bolts and nuts during auto servicing.
• Industrial Use: Essential for handling damaged fasteners in heavy-duty industrial applications.
• DIY and Maintenance: Perfect for hobbyists and professionals managing repair jobs involving stubborn, rounded fasteners.
• High-Torque Environments: Built to withstand the demands of impact tools in high-stress scenarios.

Benefits

• Efficiency: Quickly removes or tightens damaged fasteners, reducing job time.
• Durability: Withstands heavy use and torque with minimal wear, ensuring longer tool life.
• Versatility: Dual SAE and metric compatibility eliminates the need for multiple socket sets.
• Precision: Tapered entry and minus-size socket design reduce guesswork when working