Industrial spacers are among the main products offered by RAB Components. We specialize in designing and manufacturing standard as well as custom spacers in various shapes and sizes and with numerous features. We fabricate a wide range of spacer products utilizing high-quality materials and the latest manufacturing equipment.

Today, self-clinching hardware is commonly used worldwide by many manufacturers in many industries, including

• Aerospace
• Military
• Medical
• Automotive
• Telecommunication
• Computer
• Gaming equipment and systems.
  

Avail Self-Clinching Hardware Components at Fair Deals

Self-clinching hardware components create permanent and robust screw threads in thin non-metallic and metallic sheets. They are specifically designed to squeeze into the desired drilled holes of pliable metal sheets and prevent the fasteners from coming off during rugged operations.

To meet the requirements of customers from varied industrial sectors, we keep our stock ready with different sizes, materials, and styles of self-clinching fasteners. Our inventory carries:

• Nuts
• Studs
• Spacers
• Standoffs
• Pins
• Concealed-head and more

Some of the key advantages of RAB Component’s self-clinching hardware components are:

• They are capable of providing high pushout and torque-out resistance.
• They do not require special hole preparation like chamfering and deburring.
• They do not require retapping after applications.
• They can be installed using any standard Arbor press.
• Less assembly time and fewer assembly steps.
• They can be installed at low cost and with low maintenance
• They provide strong threads or attachments in metal as thin as .0.50 mm / .016".
• They can be easily installed using any parallel-acting squeezing force.

Striving to be the ‘Best-In-Class’ Supplier

You will receive only high-quality self-clinching hardware, as they are delivered to your doorstep after a comprehensive inspection and performance test. They are properly sized and are manufactured to exacting specifications so that they will withstand an attached component’s weight, torque, and pull.