3/8 in Drive Ball Hex Hex Bit Socket SAE 5/16 in Tip, 7 1/16 in L

Product details about the SK PROFESSIONAL TOOLS - 45940 Hex Bit Socket.
Hex bit sockets are tools used to drive hexagonal-shaped screws and bolts, featuring a hexagonal opening that accommodates the fastener head. These sockets are available in various sizes, allowing compatibility with different hex bolt dimensions, and are commonly used in automotive, machinery, and construction applications due to their reliability and ease of use. Their sturdy construction and ability to provide a secure grip make them essential components in a toolkit for tasks requiring hexagonal fasteners.
The SK Professional Tools 45940 Hex Bit Socket is a standard depth socket with an overall length of 7 1/16 inches. The insert length measures at 5 inches, making it suitable for various applications requiring this size. This hex bit socket features a drive size of 3/8 inch and is designed to accommodate ball hex screw types. It's built to SAE measurements, with the tip and size both measuring at 5/16". With six points, this tool provides adequate grip on fasteners.
Crafted from durable alloy steel, the SK Professional Tools Hex Bit Socket offers long-lasting performance. Its chrome finish not only enhances its aesthetic appeal but also makes it resistant to corrosion, extending its lifespan even in challenging conditions. The bit style is a ball hex which aligns well with the tip style being also a ball hex. This design allows for better contact with screws and reduces wear over time.
This particular model does not feature insulation or magnetized tips but comes equipped with replaceable inserts adding versatility to your toolbox as you can switch out worn bits instead of replacing the entire tool. Despite not being impact rated or non-sparking, it remains compatible within environments where these factors are not critical considerations. Please note that while this product has many beneficial attributes, it does not include locking capabilities nor is designed for use in high-impact settings.