Round Circuit Board Spacer: #10 Screw, 3/16" OAL, 0.194" ID, 3/8" OD, Steel MPN:S1059-M10-F21-I

Introducing our round circuit board spacers designed to ensure precision spacing for electronic devices. These high-quality spacers feature a #10 screw, 3/8 inch outer diameter, 3/16 inch overall length, and steel construction for durability and strength. With a zinc-plated finish, these spacers are corrosion resistant and easy to maintain. Their round shape makes them suitable for various applications including robotics, automotive systems, medical equipment, and consumer electronics. The #10 screw size ensures secure mounting, while the female unthreaded design offers versatility in your projects. Upgrade your electronic devices with our superior circuit board spacers today!

Top product features:

• Material Steel Grade 2: The use of high-quality steel grade material ensures the durability and strength of the circuit board spacers, making them ideal for heavy-duty applications in various industries.
• Female Unthreaded Design: The female unthreaded design offers versatility and flexibility to users when installing these spacers in their electronic devices, as they can be mounted from either side without the need for special tools or techniques.
• Zinc-Plated Finish: The zinc-plated finish on the circuit board spacers provides protection against corrosion and rust, making them long-lasting and easy to maintain in various environmental conditions.

Top product applications:

• Electronics Manufacturing The round circuit board spacers can be used as insulators or spacing elements between electronic components to ensure proper alignment and distance for effective functioning in electronic devices.
• Robotics Assembly The circuit board spacers can be used as positional elements to keep electronic sensors, motors, and actuators aligned properly within the robot's chassis or structure for optimal performance and accuracy during movement and operation.
• Medical Equipment Design The spacers can be utilized in the design of medical instruments, equipment, and devices as spacing and alignment components for sensors, electrodes, and other electronic elements to ensure precise and accurate measurements, readings, and output signals for diagnosis and treatment procedures.