1/4INDR BOLT BITER NUT DRV

Specifications

• Manufacturer: GearWrench
• Model Number: 86180
• Product Weight: 7.92 lbs
• Dimensions: 2.56 x 10.83 x 7.48 inches
• Material: Chrome molybdenum alloy steel (Cr-Mo) for enhanced strength and durability.

Key Features

• Bi-Directional Operation: Offers the flexibility to remove or tighten damaged fasteners, saving time and effort.
• Tapered Entry Design: Easily aligns with damaged fasteners for smoother engagement.
• Dual-Sized Compatibility: Works with both SAE and metric fasteners, increasing versatility.
• Torsion Zone Technology: Delivers up to 50 times longer life in high-torque, impact-based applications.
• Durable Material: Made with chrome molybdenum alloy steel for superior strength and long-lasting performance.
• Corrosion Resistance: Features a black oxide finish to protect against rust and wear over time.
• High-Visibility Markings: Includes laser-etched size indicators for quick and easy identification.
• Minus-Size Sockets: Specifically designed to fit a broader range of damaged fasteners.

Applications

• Ideal for automotive repair professionals looking to remove or tighten damaged bolts and nuts efficiently.
• Suitable for high-torque impact applications across industrial and heavy-duty environments.
• Compatible for use on both SAE and metric fastener systems, making it a versatile tool for various repair tasks.

Benefits

• Saves Time on Repairs: The bi-directional design and tapered entry simplify the process of working with damaged fasteners, allowing for quicker job completion.
• Enhances Tool Longevity: The torsion zone provides increased durability, making it a reliable choice for intensive applications.
• Minimizes Tool Inventory Needs: Dual-sizing capability reduces the need to carry separate tools for SAE and metric fasteners.
• Increases User Efficiency: High-visibility size markings enable users to identify the correct size instantly, avoiding guesswork.
• Withstands Challenging Conditions: Built with corrosion-resistant and heavy-duty materials to perform even in demanding environments.