3/16X4 Round Slot Screwdriver - J.H. Williams

Specifications

• Model Number: 24205A
• Manufacturer: J.H. Williams
• Tip Type: Slotted (Flathead)
• Tip Width: 3/16 inch (approx. 4.76 mm)
• Shaft Length: 4 inches (approx. 101.6 mm)
• Weight: 0.14 lbs (approx. 63.5 grams)

Key Features

• Precision Slotted Tip: Features an accurately machined 3/16 inch tip engineered for a secure fit into standard slotted fasteners, reducing slippage.
• Durable Steel Shaft: Constructed from robust steel, the round shaft resists bending and twisting, ensuring long-term performance and reliability.
• Ergonomic Handle: Designed for a comfortable and secure grip, which helps minimize hand fatigue during prolonged or repetitive tasks.
• Optimal Shaft Length: The 4-inch shaft provides good reach for fasteners in recessed areas while maintaining control.

Applications

• General Fastening Tasks: Ideal for assembling furniture, installing fixtures, and other common household repairs requiring a slotted drive.
• Electronics and Appliance Repair: Suitable for servicing small electronic devices, gadgets, and household appliances that utilize 3/16 inch slotted screws.
• Automotive and Mechanical Work: Useful for minor adjustments, component installation, or disassembly involving smaller slotted fasteners in vehicles or machinery.
• DIY Projects: A versatile tool for hobbyists and DIY enthusiasts tackling a wide range of creative and repair projects.

Benefits

• Improved Fastening Efficiency: The precise tip ensures a snug fit, allowing for more effective torque application and reducing the effort required to turn fasteners.
• Minimizes Fastener Damage: Its accurate engagement helps prevent cam-out, protecting both the screw head and the workpiece from damage.
• Enhanced User Comfort: The comfortable handle design reduces strain on the hand, making it easier to complete tasks without discomfort.
• Reliable Performance: Built with durable materials, this screwdriver offers consistent, dependable performance through repeated use, providing lasting value.