Lisle 10mm Triple Square (60780)

Description

The Lisle 10mm Triple Square (60780) is a versatile and durable tool designed to meet the needs of professionals and DIY enthusiasts alike. It is constructed from high-quality chrome vanadium steel, ensuring long-lasting performance and resistance to wear and tear.

KEY FEATURES AND BENEFITS:

• Precision-Machined for a Tight Fit: The bit is carefully crafted to ensure a secure and accurate connection with triple square bolts and screws, preventing slippage and damage.
• Triple Square Design for Compatibility: Specifically designed for use with triple square fasteners, making it ideal for a wide range of applications.
• 1/2″ Hex Shank for Universal Compatibility: The bit features a standard 1/2″ hex shank, making it compatible with most impact drivers and socket wrenches.

SPECIFICATIONS:

• Size: 10mm
• Point: 12 Point
• Shank: 1/2″ Hex
• Brand: Lisle
• Model Number: 60780
• UPC: 083045607809
• Shipping Weight: 0.2 lbs
• HS Code: 8207909089

HOW TO USE:

• Select the Appropriate Socket: Choose a socket wrench or impact driver that is compatible with the 1/2″ hex shank of the bit.
• Insert the Bit into the Socket: Align the bit with the socket and insert it securely.
• Position the Tool: Place the tool over the triple square bolt or screw you want to work on.
• Apply Torque: Turn the tool in the appropriate direction to tighten or loosen the fastener.

BENEFITS OF USING LISLE 10MM TRIPLE SQUARE (60780):

• Enhanced Efficiency: The bit’s precision and durability allow for quick and efficient work on triple square fasteners.
• Increased Accuracy: The tight fit and precise design of the bit minimize the risk of damaging fasteners or stripping threads.
• Versatility: The bit’s compatibility with various tools and fasteners makes it a valuable addition to any toolbox.
• Durability: Constructed from high-quality materials, the bit is built to last and withstand heavy use.

FEATURES:

• High-Quality Chrome Vanadium Steel Construction: Ensures long-lasting performance.
• 12-Point Design for Increased Torque: Allows for flexibility in tight spaces.