







Discover the industrious utility of flat head rivets, a staple in the fastener industry with their signature flat head design. These ingenious rivets seamlessly integrate with the surface of the connector, ensuring a smooth finish that neither protrudes nor bulges. Delve into the intricate details of flat head rivets for your construction needs:
1, Appearance and Structure
• Head Shape: The flat head of the rivet is designed to sit flush against the connected surface, promoting a sleek and unobtrusive appearance. This attribute not only sustains the flatness but also enhances the aesthetic appeal of the surface.
• Rod and Tail: Typically cylindrical, the rivet rod is tailored in diameter and length to meet diverse specifications. The tail can be customized as solid or hollow to suit various application demands, adding versatility to its use.
2, Material and Performance
• Material: Flat head rivets are crafted from a multitude of materials such as stainless steel, aluminum alloy, iron, and copper. Stainless steel versions boast superior corrosion resistance, ideal for challenging environments marked by humidity and corrosiveness. Meanwhile, aluminum alloy rivets offer the dual benefits of lightweight form and robust strength.
Performance: Utilizing specialized riveting tools, the flat head rivets are expertly compressed at the tail end, resulting in the expansion of the rivet rod to forge a strong, permanent bond with the connected part. This enduring connection is perfect for applications where long-term stability is paramount.
3, Application Scenarios
Metal Connections: Flat head rivets are a preferred choice for joining metal parts or components, prevalent across sectors such as automotive manufacturing, aerospace, and mechanical industries.
Non-Metallic Connections: Beyond metal, flat head rivets extend their utility to non-metallic materials, efficiently fastening materials like leather, canvas, and wood.
General Load Scenarios: Well-suited for general load applications, flat head rivets effectively meet a broad spectrum of connection needs, ensuring reliability.
4, Specifications and Dimensions
• Nominal Diameter: Denoting the shaft diameter, flat head rivets are 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 varied requirements.
• Head Diameter and Height: Tailored to specific specifications, the head diameter slightly exceeds the shaft diameter, guaranteeing stability and security post-riveting.
• Length: Dependent on the connected part's thickness and riveting needs, the rivet length is meticulously chosen to optimize connection efficacy.
5, Precautions for Use
• Choose Appropriate Specifications: Precisely select flat head rivet specifications aligned with the material, thickness, and riveting conditions of the connected parts for optimal results.
• Correct Riveting Tool: Employ dedicated riveting tools to enhance the quality and efficiency of the riveting process, ensuring impeccable results.
• Avoid Excessive Riveting: Exercise control over riveting force to prevent deformation or damage to the connected parts, safeguarding the integrity of the connection.
• Check the Quality of Riveting: Post-riveting, rigorously inspect the connection quality to verify a robust and durable bond between rivet and component.
In essence, flat head rivets stand out as a versatile and widely adopted fastener. Their flush design, when paired with the right specifications and riveting tools, ensures the achievement of top-tier riveting outcomes.