1. Introduction
Riveting is a common fastening method widely used in aerospace, automobile manufacturing, sheet metal and construction fields. Learning about the types of riveting helps manufacturers and engineers select suitable fastening solutions according to actual load, material and installation conditions.
2. By Riveting Temperature (Core Industrial Classification)
In traditiona processing, types of riveting are firstly divided into hot riveting and cold riveting based on processing temperature.
2.1 Hot Riveting
Hot riveting heats rivets to a high temperature of 800–1000°C before piercing and pressing. After cooling, the rivet shrinks to fasten connected parts tightly. It delivers high rigidity and strong vibration resistance, and is commonly used for heavy-load structures such as steel frames, bridges and large mechanical equipment.
2.2 Cold Riveting
Cold riveting is finished at room temperature without heating. It avoids thermal deformation and oxidation of materials, featuring simple operation and high efficiency. It is widely used in precision sheet metal, auto parts and light industrial assembly, and is the most frequently used cold riveting type in modern production.
3. By Rivet Structure & Installation Method (Modern Mainstream Types)
According to rivet structure and on-site installation conditions, mainstream industrial types of riveting for mass production are classified as follows, covering most commercial application scenarios.
3.1 Solid Riveting
Solid riveting uses integral solid rivets and requires double-sided operating space. It offers excellent structural strength, fatigue resistance and vibration resistance, making it the best choice for high-load bearing structures like aerospace devices and heavy machinery.
3.2 Blind Riveting (Pop Riveting)
Also called pop riveting, blind riveting supports single-sided installation, which solves the difficulty of operation in narrow spaces. It is easy to use and highly efficient, suitable for thin plates, equipment casings and automotive interior parts.
3.3 Split Riveting
Split rivets have a separable shank that expands outward to fix workpieces after penetration. This riveting type is low-cost and mainly used for light connection of soft materials including wood, leather and plastic products.
3.4 Tubular & Drive Riveting
Tubular riveting adopts hollow rivets, featuring light weight and fast installation for low-load precision assembly. Drive riveting fixes parts through impact expansion of the center pin, which is widely applied in mass production of plastic and thin metal components.
3.5 Self-Piercing Riveting
Self-piercing riveting requires no pre-drilling. It can directly pierce and connect different materials such as aluminum and steel without thermal damage, and is a key process for lightweight structures of new energy vehicles.
4. By Rivet Joint Arrangement
In structural design, types of riveting can also be divided by rivet arrangement, which directly affects the load-bearing performance of riveted joints.
Single Riveted Joint: Single-row rivet layout, used for ordinary low-load connections
Double/Triple Riveted Joint: Multi-row dense layout, improves joint strength for medium and high-load scenarios
Chain Riveting: Linear parallel arrangement with stable force transmission, suitable for regular structural parts
5. Riveting Types Comparison Table
| Riveting Type | Installation Condition | Strength Level | Main Applications |
| Hot Riveting | Double-sided access required | High | Steel structure, bridge, heavy machinery |
| Cold Riveting | Double-sided access required | Medium-High | Sheet metal, precision mechanical parts |
| Blind Riveting | Single-sided installation | Medium | Automotive interior, cabinet, thin plate assembly |
| Split Riveting | Single-sided installation | Low | Wood, leather, plastic light connection |
| Self-Piercing Riveting | No pre-drilling required | Medium-High | New energy vehicles, dissimilar material connection |
6. Frequently Asked Questions
Q1: What are the basic types of riveting?
Common types of riveting are divided into hot riveting and cold riveting by temperature, and solid, blind and split riveting by structure
Q2: What is the difference between blind riveting and solid riveting?
Solid riveting needs double-sided operation and provides higher strength for heavy-load scenarios. Blind riveting supports single-sided installation with higher efficiency, ideal for narrow spaces and lightweight assembly work.
Q3: Which type of riveting is best for automotive manufacturing?
Blind riveting and self-piercing riveting are the mainstream types of riveting in automotive manufacturing, matching the demands of lightweight body structure and high-volume production.
For more soluction as below:
Rivet Meaning: What Is A Rivet And Its Working Principle
What are the advantages and disadvantages of riveting compared to welding?
Post time: Jun-23-2026