Lightweight Jfast Ms90725-123 - 1/2-13x4 Ms90725 Military Hex Head Cap Screw Coarse Thread Cadmium Yellow Grade 5 Dfar, Case Quantity: 150 Tool [Qv90w25z]

High-Quality Military Hex Head Cap Screw

Introducing the JFAST MS90725-123, a top-tier military hex head cap screw designed for durability and precision. This coarse thread screw is crafted with Grade 5 material, ensuring exceptional strength and reliability. The MS90725 series is renowned for its robust construction and adherence to stringent military specifications, making it an ideal choice for demanding applications. With its cadmium yellow finish, this screw not only stands out but also provides a corrosion-resistant barrier, enhancing its longevity.

Grade 5 Material for superior strength and durability.
Cadmium Yellow Finish for enhanced corrosion resistance.

Technical Specifications and Properties

The JFAST MS90725-123 is a 1/2-13X4 inch hex head cap screw, offering a robust design with a 4-inch length. This Mil-Spec bolt is compliant with DFAR regulations, ensuring that it meets the highest standards of quality and reliability. The screw features a coarse thread, which is ideal for applications where a secure fit and easy installation are crucial. With its MS90725 military specification group, this screw is guaranteed to perform under the most challenging conditions.

1/2-13 Size and 4-inch Length for versatile applications.
DFAR Compliant for adherence to stringent military standards.

Practical Applications and Benefits

The JFAST MS90725-123 is a versatile tool that finds its way into numerous industries, from aerospace to automotive. Its robust construction and corrosion-resistant finish make it an excellent choice for outdoor and high-stress environments. Whether you're working on a construction project, repairing machinery, or engaging in heavy-duty manufacturing, this screw is designed to meet your needs. Its compliance with DFAR regulations also makes it suitable for military and defense applications, ensuring that it can withstand the most rigorous conditions.