3/8 in Drive Ball Hex Socket Bit Metric 10 mm Tip, 4 3/4 in L

Product details about the WESTWARD - 54TM74 Bit Socket.
Bit sockets are specialized tools designed to work with various types of screw heads and bolts, offering a secure grip and precise application. They come in a range of sizes and shapes, allowing compatibility with different fastener types and making them indispensable for mechanics and industry professionals tackling diverse projects. With their durability and versatility, bit sockets are essential additions to any toolkit for efficient and accurate fastening tasks.
The WESTWARD - 54TM74 Bit Socket is a meticulously designed tool with an insert length of 3 3/4 inches and an overall length of 4 3/4 inches. This extra-long socket bit features a drive size of 3/8 inch, making it suitable for various applications requiring deep reach. It's built to accommodate hex screw types with its ball hex bit style and a tip size of 10mm. The metric measurement type further enhances its versatility in handling tasks that require precision.
Crafted from robust alloy steel, this socket bit exhibits durability and resilience against wear and tear. Its chrome finish not only adds to the aesthetic appeal but also provides resistance against rusting, ensuring longevity. The unique feature of this product is its ball end design which allows for better accessibility in tight spaces where standard bits might struggle.
This socket bit adheres to ASME B18.3.2M-1979 standards, demonstrating its commitment to quality construction and performance reliability. However, please note that it does not have magnetized tips or impact rating; nor is it non-sparking or insulated—factors you may want to consider based on your specific needs.
In terms of compatibility, the WESTWARD - 54TM74 Bit Socket falls under the category type 'Socket Bits' with no tether capability or replaceable inserts available. Despite these limitations, this tool remains a reliable choice due to its six-point contact design which offers improved torque distribution while reducing rounding off issues commonly associated with fasteners.