BIT INSERT# T40 5/16" HX DRV 4" OAL - Apex Tool Group

Specifications

• Model Number:
• Manufacturer: Apex Tool Group
• Drive Type: Torx, T40 size
• Shank Size: 5/16 inch Hex Drive
• Overall Length: 4 inches
• Product Type: Insert bit

Key Features

• T40 Torx Head: Engineered for secure engagement with T40 Torx fasteners, ensuring reliable torque application.
• 5/16" Hex Shank: Provides robust compatibility with heavy-duty bit holders and impact drivers.
• 4-Inch Overall Length: Offers an extended reach for fasteners located in deep recesses or obstructed areas.
• Durable Steel Construction: Manufactured from high-grade, heat-treated steel to enhance wear resistance and longevity.
• Precision Machined Tip: Delivers an accurate fit, minimizing cam-out and preventing fastener damage.

Applications

• Automotive service and repair for components requiring T40 Torx fasteners.
• Assembly and disassembly of industrial machinery and equipment.
• HVAC and construction tasks involving recessed fasteners.
• General maintenance and repair in demanding professional environments.
• Ideal for use with impact drivers, drills, and powered screwdrivers where a T40 Torx bit is needed.

Benefits

• Maximizes Fastening Torque: The T40 Torx drive system securely engages fasteners, allowing for efficient torque transfer and reducing the risk of rounding or stripping.
• Accesses Hard-to-Reach Areas: Its 4-inch length provides crucial extension, enabling users to engage fasteners that standard bits cannot reach, streamlining complex assembly or repair tasks.
• Extends Tool Lifespan: Crafted from durable, heat-treated steel, this industrial-grade bit resists premature wear and deformation, offering a longer operational life and reducing the frequency of replacements.
• Enhances Operational Reliability: The robust 5/16-inch hex drive shank ensures a stable, wobble-free connection to power tools, maintaining consistent performance under high-stress applications.
• Boosts Productivity: Designed for professional use, its precision and durability contribute to faster, more reliable work, ultimately increasing overall job site efficiency.