Female Hex Circuit Board Standoff: #6-32, 0.437" OAL, 1/4" Width Across Flats MPN:EBSO-632-14ZI

The Female Hex Circuit Board Standoff with #6-32 threads is an essential component for electronic devices and PCB assemblies. Made of high-quality steel with a zinc-plated finish, these standoffs have a fastening method of self-clinching with a blind hole for easy mounting. The hexagonal shape ensures accurate spacing and the 0.437 overall length provides a strong yet subtle hold on your circuit board. Ideal for use in communication systems, computers, and various electronic equipment, these standoffs come in packages of 25 and are available on Electro Hardware. Save time and money by ordering these standoffs today!

Top product features:

• Self-clinching fastening method: The standoffs have a self-clinching fastening method that eliminates the need for additional hardware or tools for installation, saving time and effort during assembly.
• Hexagonal shape: The hexagonal shape ensures accurate spacing between circuit board standoffs, reducing the chance of accidental misalignment or damage to delicate electronic components.
• Zinc-plated finish: The zinc-plated finish provides a durable and corrosion-resistant layer that helps protect the steel material from wear, ensuring long-lasting performance in harsh environments.

Top product applications:

• Electronic device assembly: The standoffs can be used in assembling electronic devices such as computers or communication systems by providing an accurate spacing between circuit boards and preventing unwanted movement or damage to delicate components.
• PCB support: They can be utilized in supporting printed circuit boards during manufacturing, testing, or maintenance procedures, keeping the boards stable and ensuring their proper alignment with other components.
• Prototyping: The standoffs can be helpful in creating prototypes of electronic devices quickly and easily by providing a simple yet reliable means to fasten circuit boards to other materials or structures for testing and evaluation purposes.