Menu

TORX SCREWDRIVER T-40 X 6" - GearWrench

Part #: 82728

The GearWrench 82728 T-40 TORX Screwdriver is engineered for professional technicians and mechanics seeking reliable performance in demanding environments. This essential tool combines user-focused design with robust construction, providing precision and comfort for a wide range of automotive and industrial tasks. Its thoughtful features ensure efficient operation and long-term durability.

Key Features

  • Dual Material Handle: Designed for enhanced comfort and superior grip, promoting optimal control and reducing hand fatigue during extended use.
  • Speed Zone: Integrated into the handle, this feature allows for rapid turning in lower torque applications, increasing efficiency for quick fastener installation and removal.
  • Oil and Solvent Resistant Handles: Constructed to withstand exposure to common workshop chemicals, ensuring the handle's integrity and longevity.
  • Laser Etched Identification: Clearly marked with the part number and size (T-40 x 6"), enabling quick and easy tool identification in a busy toolbox.
  • Black Oxide Non-Slip Tip: Provides a secure engagement with TORX fasteners, minimizing cam-out and preserving both the fastener and the tool tip for prolonged service life.

Applications

This T-40 TORX screwdriver is ideal for a variety of automotive, industrial, and machinery applications where TORX fasteners are prevalent. It is commonly used for interior and exterior vehicle components, brake systems, engine compartments, and other assemblies requiring precise torque application. Its durable construction makes it suitable for everyday professional use in garages, service centers, and manufacturing settings.

Browse Torx Screwdrivers
  • GearWrench
    Other products
    GearWrench Homepage
  • Model: 206645
  • Shipping Weight: 0.22lbs
  • UPC: 099575827280
  • Manufacturers Part #: 82728
  • Manufactured by: GearWrench
  • Also Known As: KDT-82728, KD82728, KDT82728

This product was added to our catalog on Monday 02 February, 2015.