







Flat head rivets, a staple in fastening solutions, boast a sleek flat head design that seamlessly aligns with the surface of the connector. This distinct feature ensures no unsightly protrusions, maintaining an impeccable appearance. Below is an elaborate insight into the world of flat head rivets:
1, Appearance and Structure
• Head shape: The flat head rivet's head is uniquely designed to lie flush with the connected surface post-installation. This provides a smooth, protrusion-free finish that enhances both the flatness and aesthetic appeal of the connected surface.
• Rod and tail: Typically cylindrical, the rod's dimensions vary based on requirements. The tail can be solid or hollow, tailored to meet specific application needs, offering versatility in design and function.
2, Material and Performance
• Material: Crafted from top-tier materials such as stainless steel, aluminum alloy, iron, and copper, flat head rivets are engineered for excellence. Stainless steel variants offer superb corrosion resistance for challenging environments, while aluminum alloy options combine lightweight properties with impressive strength.
Performance: Utilizing specialized riveting tools, flat head rivets are compressed at the tail, causing the rod to expand and secure a robust connection. This permanent method is ideal for applications requiring enduring fixation and stability.
3, Application scenarios
Metal connection: Widely employed in industries like automotive, aerospace, and mechanical manufacturing, flat head rivets are indispensable for metal part connections, offering reliability and strength.
Non metallic connections: Beyond metal, these rivets adeptly connect non-metal materials such as leather, canvas, and wood, showcasing their versatility across varied materials.
General load scenarios: Perfect for general load riveting needs, flat head rivets accommodate an array of connection demands with precision.
4, Specifications and dimensions
• Nominal diameter: Defined by the shaft's diameter, available in common specifications such as Φ 2, Φ 2.5, Φ 3, Φ 4, Φ 5, Φ 6, Φ 8, and Φ 10, catering to diverse requirements.
• Head diameter and height: These dimensions are dictated by specific specifications, with the head diameter marginally exceeding the shaft's to ensure post-riveting stability.
• Length: Determined by the thickness of the components being connected and the specific riveting needs, ensuring a perfect fit.
5, Precautions for use
• Choose appropriate specifications: Select flat head rivet specifications wisely, based on the material, thickness, and riveting requirements of the parts involved.
Correct riveting tool: Employ specialized riveting tools to guarantee both the quality and efficacy of the riveting process.
• Avoid excessive riveting: Prevent potential deformation or damage by controlling the riveting force, avoiding excessive pressure.
Check the quality of riveting: Post-riveting, inspect the quality to confirm a secure and unwavering connection between the rivet and the component.
In summary, flat head rivets stand as a versatile and essential fastener with their characteristic flush head design. By meticulously selecting specifications and utilizing the right tools, one can achieve impeccable riveting results, ensuring reliability and durability.