GearWrench | 86748 | 11/16IN90T12PT FLXCOMBORTC

Specifications

• Manufacturer: GearWrench
• Model Number: 86748
• Product Weight: 0.55 lbs
• Dimensions: 9.85 x 1.36 x 1.3 inches
• Design: 90-tooth ratcheting box end with a 4-degree swing arc
• Material: Durable construction exceeding ASME performance specifications
• Warranty: Comes with a Limited Lifetime Warranty

Key Features

• 90-Tooth Ratcheting Mechanism

  • Provides a 4-degree swing arc, making it ideal for accessing fasteners in tight and confined spaces.

• Flexible Ratcheting Head

  • Allows access to hard-to-reach bolts or fasteners, increasing versatility in challenging work environments.

• Off-Corner Loading Design

  • Reduces rounding of fasteners while enhancing grip, ensuring a secure and efficient operation.

• Dual-Direction Off-Corner Loading on the Open End

  • Minimizes rounding on fasteners when used in either direction for maximum performance.

• 12-Point Ratcheting Box-End

  • Compatible with 6-point and 12-point fasteners for expanded versatility.

• Large, Color-Coded Markings

  • Easy SAE and metric size identification, increasing efficiency during work.

• Longer and Wider Beam

  • Provides greater reach, improved leverage, and a comfortable grip for extended use.

Applications

• Mechanical Repairs

  • Designed for professional mechanics and DIY enthusiasts working in automotive repair, machinery maintenance, and equipment servicing.

• Confined Spaces

  • Suitable for tasks involving tight or hard-to-reach areas, such as engine compartments or machinery with limited access.

• Home and Professional Use

  • Ideal for a wide range of applications requiring precision and durability in fastening operations.

Benefits

• Increased Efficiency

  • The 90-tooth ratcheting mechanism ensures faster operation even in confined spaces with minimal swing clearance.

• Enhanced Accessibility

  • The flexible head design allows users to work on fasteners located in difficult or awkward positions.

• Long-Lasting Durability

  • Built to exceed ASME standards, providing reliable performance for heavy-duty applications while reducing the need for frequent