Horizonindia

Self-Clinching Studs

Self-Clinching Studs for Seamless and Permanent Fastening

Self-clinching studs provide a permanent, high-strength fastening solution for thin sheet metals. Instead of welding or adhesives, they are pressed into the metal, locking into place and delivering long-lasting performance.

As explained by Wikipedia, these studs are widely used in sheet metal fabrication across industries in India due to their efficiency, reliability, and durability.

Contact Horizon Inc. today to discover how self-clinching studs can enhance your assemblies with secure, long-lasting fastening solutions!

Self-Clinching Studs Supplier in India – Horizon Inc.

Available Types of Our Self-Clinching Studs

Explore the specialized types of Self-Clinching Studs for different fastening needs and material compatibility.

FH flush head self-clinching studs provide a strong, reusable threaded solution for panels as thin as 0.040″. These studs are designed for a flush finish, with the head embedded into the panel for a clean, seamless appearance. Once installed, the stud becomes permanently captivated in the panel, offering excellent push-out and torque resistance. No tools are required to prevent rotation during assembly, as the stud integrates fully with the panel. Installation is simple and cost-effective, requiring only a press to apply the necessary force to secure the fastener.

HFH heavy-duty self-clinching studs provide exceptional torque-out and pull-through resistance, making them ideal for high-strength applications in thin sheet metal. They can be installed in panels as thin as 0.050″, offering strong, reusable threads. These studs are installed using a press, ensuring they become a permanent part of the assembly. Designed for steel panels, HFH studs are made of medium carbon steel, heat-treated, and zinc-plated for durability. Their head sits slightly above the surface, enhancing resistance while maintaining ease of assembly. Detailed dimensions and specifications are available for each thread size.

Concealed head self-clinching studs provide strong, reusable threads while ensuring an unblemished and seamless exterior surface. Designed for panels as thin as 0.062″, these studs are installed into a blind milled hole using a hollow punch and solid anvil, creating a cosmetically appealing, undetectable mount from the outside. Once installed, the stud becomes permanently captivated in the panel. These studs are ideal for applications where appearance is critical, such as gaming equipment and other visually sensitive designs. Installation is simple and cost-effective, requiring only a press to apply the necessary force. During assembly, no tools are needed to prevent rotation, as the stud integrates securely with the panel.

Why Choose Horizon Inc. for Self-Clinching Studs?

Discover unparalleled advantages by choosing Horizon Inc. for your fastening requirements.

Connect with Us for Top-Quality Self-Clinching Studs

At Horizon Inc., we are one of India’s trusted suppliers of premium self-clinching studs. With a focus on quality, precision, and durability, our fasteners meet global standards and are widely used in demanding applications across India.

Whether you’re an OEM, manufacturer, or distributor, Horizon Inc. ensures on-time delivery and reliable fastening solutions.

Looking for more fasteners? Check out our Self-Clinching Nuts and Self-Clinching Standoffs for specialized applications.

FAQs

Horizon Inc. supplies high-quality self-clinching studs across India for industrial use.

These studs are made of steel, stainless steel 304, and stainless steel 400 series for varied applications.

With 20+ years of experience, we provide reliable solutions and top-notch guidance for all fastening needs.

Concealed head studs are perfect for aesthetic applications requiring seamless finishes and unobtrusive fastener visibility.

Yes, Horizon Inc. provides expert assistance to help you choose the perfect self-clinching fastener for your project.

Yes, they provide a permanent fastening solution without heat damage, making them more efficient than welding.

Electronics, automotive, aerospace, industrial machinery, and consumer appliances.