Create Custom Rivets: Your Vision, Our Precision At Dongguan Jiliang Rivet and Screws, we specialize in manufacturing high-quality rivets and screws tailored to meet your unique specifications. With one of the largest in-stock inventories of rivets available, we are your trusted partner for all fastening solutions. However, we understand that no two projects are the same. If you can’t find the exact rivet for your application, our custom manufacturing service is here to help. Why Choose Custom Rivets from Dongguan Jiliang? Our expertise in precision manufacturing ensures that we deliver customized rivets and screws that perfectly align with your project’s requirements. Whether you need non-standard dimensions, specialized materials, or custom finishes, our state-of-the-art production facility in China is equipped to produce exactly what you need. We prioritize quality, durability, and performance in every product we create. Our Custom Manufacturing Process: Design Consultation: Share your design details and application requirements with our experienced engineering team. Material Selection: Choose from a variety of high-quality materials, including aluminum, steel, brass, and stainless steel. Precision Manufacturing: We use advanced machinery and strict quality control processes to ensure precision and consistency. Quality Assurance: Every custom rivet undergoes rigorous testing to meet international manufacturing standards. On-Time Delivery: We guarantee timely delivery, no matter the size or complexity of your order. Why Work with Us? Expertise in Custom Manufacturing: Decades of experience in producing customize rivets and screws for various industries. Made in China, Trusted Worldwide: Our high-performance custom custom manufacturing facility in Dongguan is equipped with cutting-edge technology. Competitive Pricing: Enjoy premium-quality products at cost-effective prices. Customer-Centered Service: From initial consultation to final delivery, we focus on your needs and satisfaction. Get Started Today Looking for high-quality custom rivets manufactured with precision and care? Follow the links below to request a quote or contact our team for expert guidance on your next project. Experience the perfect combination of customization, quality, and affordability with Dongguan Jiliang Rivet and Screws — where your vision meets our precision.

Introduction to Common Classification of Rivets Rivets are widely used fasteners in various industries, known for their strength and reliability in joining materials together. They come in different shapes, sizes, and materials to suit a range of applications, from construction to aerospace. Understanding the common classifications of rivets is essential for choosing the right type for a specific job. Below is an introduction to the primary rivet classifications based on their design, material, and application. 1. Solid Rivets Solid rivets are the most traditional type, often used in heavy-duty applications where high strength is needed. These rivets are made from a solid piece of metal and are deformed during installation to create a secure bond. The rivet has a head at one end, and the other end is upset to form a second head when it is driven into place. Solid rivets are typically used in the aerospace, automotive, and structural industries. 2. Semi-Hollow Rivets Semi-hollow rivets combine features of both solid and blind rivets. They are similar to solid rivets but have a hollow shaft, allowing for easier installation in places where access to both sides of the materials is difficult. The hollow section deforms when installed, creating a tight grip. Semi-hollow rivets are widely used in automotive, appliance, and electronics industries. 3. Blind Rivets Blind rivets are ideal for situations where only one side of the material is accessible. These rivets have a mandrel inside that is pulled during installation, causing the rivet body to expand and form a strong bond. Once the mandrel is pulled, it breaks off, leaving a secure, permanent fastener. Blind rivets are commonly used in construction, metalworking, and HVAC applications. 4. Pop Rivets Pop rivets are a specific type of blind rivet, popular for their ease of use. They are installed using a tool that pulls the mandrel, causing the rivet to expand and securely fasten materials. Pop rivets are often used in sheet metal work, automotive repair, and DIY projects because they can be installed quickly and efficiently without the need for access to both sides of the workpiece. 5. Flush Rivets Flush rivets are designed to sit flush with the surface of the materials they fasten, making them ideal for applications where a smooth surface is required, such as in aircraft and automotive designs. These rivets are usually installed with a countersink, allowing the rivet to sit flat against the material without protruding. 6. **Split Rivets Split rivets have a unique design that features two prongs at the tail end. These prongs are spread out during installation, creating a strong bond that is particularly useful in fastening light materials. Split rivets are commonly found in leatherwork, electrical components, and some light manufacturing processes. 7. Drive Rivets Drive rivets are similar to solid rivets but have a hollow body. They are driven into place using a hammer or pneumatic tool, causing the tail to expand and form a secure bond. Drive rivets are used in various applications, including automotive assembly, furniture manufacturing, and sheet metal work. 8. Tubular Rivets Tubular rivets feature a hollow body and are commonly used in applications where the rivet must pass through thin materials. The hollow body allows them to be lightweight yet strong. Tubular rivets are often used in clothing, bags, and light manufacturing. Conclusion Rivets are a versatile fastening solution available in a wide range of types to suit different needs. By understanding the common classifications of rivets—such as solid, semi-hollow, blind, pop, and others—manufacturers can select the right rivet for each specific application. Whether for structural integrity, ease of installation, or a smooth finish, the right rivet can make all the difference in achieving reliable, long-lasting results.

Manufacturing semi-hollow rivets to a high standard is crucial for their successful use in industries like automotive, aerospace, and construction. To ensure the rivets meet safety, durability, and performance requirements, manufacturers must follow a set of key inspection procedures. Here's a concise overview of the main inspection standards for semi-hollow rivet production: 1. Visual Inspection The first step in the quality control process is a visual check for any obvious defects. Rivets should be free from cracks, chips, or any imperfections that could weaken their structure. The surface must be smooth and clean, with no visible burrs or rust, and the head shape should be consistent. 2. Dimensional Accuracy Proper fit is essential for semi-hollow rivets to function as intended. The rivet's dimensions, including head size, shank diameter, grip length, and overall length, must be measured precisely. These dimensions should adhere to the specified tolerances to ensure the rivets fit correctly in their intended application. 3. Strength Testing Rivets must demonstrate sufficient tensile and shear strength to endure the forces they will face in use. Tensile testing evaluates how well the rivet holds up to pulling forces, while shear testing ensures it resists shearing forces. Both tests are essential for confirming the rivet's structural integrity under stress. 4. Material Verification The quality of the raw material plays a critical role in the rivet’s performance. Manufacturers should test the material composition, ensuring it meets the required specifications for strength, durability, and resistance to corrosion. Hardness tests further confirm that the material will perform well in its specific application. 5. Corrosion Resistance In many industries, rivets are exposed to harsh environments, making corrosion resistance a priority. Manufacturers should perform tests such as salt spray exposure to determine how well the rivets withstand moisture and chemicals over time. 6. Installation and Fit Testing Once manufactured, rivets should be tested for ease of installation and secure fitting. Testing ensures the rivet can be installed with the proper force and will maintain its grip on materials without loosening or shifting during use. 7. Long-Term Durability Finally, it’s important to assess the rivet’s ability to withstand long-term use. Endurance testing simulates real-world conditions, subjecting the rivet to repeated stress and vibrations to ensure its longevity and reliability. Conclusion By following these inspection standards, manufacturers can produce semi-hollow rivets that are strong, reliable, and fit for their intended purpose. A consistent focus on quality throughout the manufacturing and testing process helps ensure that the final product meets both safety and performance expectations.