Clearance Ko-ken 16301m-33 3/4 Sq. Dr. Socket 33mm 6 Point Length 100mm Thin Walled - Final Sale [21G0fAJ4]

Ko-ken 3/4 Sq. Dr. Socket 33mm Thin Walled

Introducing the Ko-ken 16301M-33 3/4 Sq. Dr. Socket, a versatile and high-quality tool designed for precision work. This socket is crafted with a thin wall design, making it ideal for tight spaces and delicate applications. With its 33mm output size and 6-point drive, it offers exceptional grip and torque transfer. The 100mm length ensures that you can reach even the most challenging areas with ease. This socket is a must-have for professionals and DIY enthusiasts alike.

• High-quality construction for durability
• Thin wall design for tight spaces
• 6-point drive for better grip and torque transfer

Product Specifications and Features

The Ko-ken 16301M-33 3/4 Sq. Dr. Socket is engineered to meet the highest standards of quality. It features a square drive shape, which provides a secure fit for hexagonal bolts and nuts. The thin wall design not only makes it suitable for confined spaces but also enhances its lightweight and portable nature. Here are some key specifications:

• Input Drive Size: 3/4"
• Drive Shape: Square
• Length: 100mm
• Type: 6 Point Deep Socket - Thin Walled
• Output Size: 33mm
• Opening: 6pt

This socket is a reliable companion for a wide range of automotive, mechanical, and DIY projects.

Practical Applications and Benefits

The Ko-ken 16301M-33 3/4 Sq. Dr. Socket is perfect for various applications, from automotive repairs to home improvement projects. Its thin wall design and 6-point drive make it an excellent choice for tight spaces and delicate work. Whether you're a professional mechanic or a DIY enthusiast, this socket will enhance your productivity and efficiency. Here are some of the benefits:

• Enhanced torque transfer for better performance
• Lightweight and portable for easy use
• Perfect for both automotive and mechanical applications

Invest in the Ko-ken 16301M-33 3/4 Sq. Dr. Socket today and experience the difference in quality and efficiency.