What is a Multi-grip Rivet?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

What is a multi-grip rivet? I believe this is a concern for business owners who want to use multi grip rivet. Through this guide, you will have a deep understanding of “what is a multi-grip rivet”.

What is a Multi-grip Rivet?

In the big family of blind rivets, besides open type blind rivets, Multi grip blind rivets are used in the largest number and in the widest range of applications.

Multi grip blind rivets are a type of blind rivet that can be riveted to a wide range of thicknesses. Compared to traditional blind rivets, multi grip rivets of the same size can be adapted to join materials of different thicknesses, reducing the need for rivet sizes while increasing installation flexibility and reliability.

Multi grip blind rivets are highly flexible and adaptable blind rivets, especially suited to scenarios where different thicknesses or combinations of materials need to be joined. Its multi-grip design not only improves installation efficiency, but also significantly reduces inventory specifications. As a result, it is widely used in automotive, aerospace, industrial equipment and construction.

Characteristics of Multi Grip Pop Rivets

Multi grip blind rivets have many features not found in other blind rivets. As a result, it excels in many industries and applications. Below are some of its key features:

1. Accommodates a Wide Range of Material Thicknesses

The design of multi-grip rivets allows them to accommodate a wide range of material thicknesses (e.g., one model can cover 3mm-6mm or 6mm-9mm).

One rivet model fits a wide range of material thicknesses, reducing the need for multiple sizes of rivets.
Greater adaptability to base materials with varying thicknesses.

2. Excellent Clamping Force

Multi grip blind rivets are installed in such a way that the end of the rivet deforms uniformly and clamps tightly to the parent material. As a result Multi grip blind rivets form a strong joint regardless of material thickness.

High tensile and shear strength.
Provides reliable clamping force in multi-layer or dissimilar material combinations.

3. Reduced Inventory Requirements

A single model of multi-grip rivet can replace multiple conventional rivet sizes. This feature brings many economic benefits.

Reduces complexity and cost of inventory management.
Reduces sourcing and storage diversity and improves supply chain efficiency.

4. Installation Flexibility Reduces Errors

Due to the wide grip range of multi grip pop rivets, there is no need to accurately calculate material thickness during installation. This reduces assembly failures due to incorrect specification selection. This makes multi grip pop rivets ideal for situations where the material thickness varies or is unevenly aligned.

5.Preventing Material Damage

When joining thin material items, ordinary blind rivets can easily pull through the thin material, and multi grip blind rivets provide an excellent solution.

Multi grip pop rivets expand at the end of the rivet during installation, allowing for even pressure distribution. As a result, multi grip pop rivets are ideal for riveting thin and soft materials. Suitable materials are listed below:

Sheet metal, plastics, composites and other soft or thin-walled materials.

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Applications of Multi-grip Blind Rivets

Multi-Grip Blind Rivets are widely used in specific application scenarios in many industries due to their adaptability, flexible installation and strong connections. The following are specific application scenarios.

Automotive Industry

There are many thin metal sheets that need to be spliced during the production of automobiles. Automotive requirements for rivets generally require anti-vibration and high shear strength. And multi grip blind rivets are very composite.

Body sheet metal splicing: connection of door panels, fenders, roof racks.

Automotive manufacturing requires the application of blind rivets for the assembly of frame components other than thin sheet metal splicing. These components are usually made of multiple layers or combinations of materials of uneven thickness, and require easy installation and the ability to withstand dynamic loads.

Assembly of frame components: chassis frames, dashboard support frames.

Electronic Equipment

In the connection of electronic devices, multi grip blind rivets can effectively avoid damage to electronic components. Common scenarios are as follows:

Shell splicing: assembly of metal or plastic shells (e.g., computer cases, electrical enclosures).
Internal bracket fixing: circuit board support frame, mounting base.

Industrial Equipment

Mulit grip blind rivets provide high tensile and shear resistance in addition to riveting a wide range of different thicknesses. This is very important for the assembly of industrial equipment. The following are common application scenarios:

Equipment frame assembly: assembly of machine brackets, metal guards, and housings.
Multi-layer material fixing: composite sheets, metal to plastic component joining.

Building Construction

A lot of curtain walls and steel structures will be used in the building. The connection of these structures requires the use of a large number of high-strength blind rivets.Multi grip blind rivets are highly resistant to environmental impact.

Curtain wall splicing: glass curtain wall support structure, metal frame connection.
Steel structure fixing: staircase guardrail, support beam splicing.

Furniture Assembly

Multi grip pop rivets are widely used in furniture assembly due to their uniform clamping force.

Metal frame furniture: chair supports, table frame connections.
Combination of wood and metal: splicing of bookshelves, bed frames.

Rapid Transit

In order to increase the train’s light weight and operational efficiency, the internal components of the train carriages are connected using a large number of aluminum multi grip blind rivets. Moreover, multi grip pop rivets can maintain a stable connection under high vibration conditions.

Train compartment joints: interior panels, door frames, aluminum support structures.
Track infrastructure: guardrails, fixing of supports.

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Differences Between Multi Grip Blind Rivets and Standard Blind Rivets

Feature	Multi-Grip Blind Rivets	Standard Blind Rivets
Grip Range (Material Thickness)	Wide Grip Range: One size fits multiple material thicknesses, reducing the need for various sizes.	Fixed Grip Range: Limited to specific material thickness, requiring precise matching.
Versatility	Suitable for multi-layer materials or varying thickness combinations.	Best for uniform material thickness and single-purpose applications.
Installation Flexibility	Flexible: Not sensitive to material thickness changes, lower error risk.	Precise: Requires exact thickness matching, risk of installation errors if mismatched.
Inventory Management	Reduced Stock: One size covers a range of thicknesses, simplifying inventory.	Diverse Inventory: Multiple sizes needed for different thicknesses, increasing complexity.
Cost	Slightly higher unit cost but reduces overall costs due to fewer errors and inventory needs.	Lower unit cost but higher management and stocking expenses.
Clamping Force	Consistent Clamping: Adapts to material thickness, providing strong, uniform connections.	Fixed clamping force, optimal performance only within a specific range.
Material Protection	Distributes pressure evenly, preventing pull-through or deformation in thin or soft materials.	May cause localized stress, leading to pull-through or damage in thin materials.

How to Choose the Right Multi-Grip Blind Rivets?

Having said that, do you know how to pick the best multi grip pop rivets for your project?

Choosing the right multi grip pop rivets needs to be evaluated based on your project’s application scenario and performance requirements. The following aspects should be considered.

Step	Key Considerations	Selection Recommendations
Determine Material Properties	Type, thickness, combination method	Use steel/stainless steel rivets for metals, aluminum rivets for soft materials.
Evaluate Environmental Factors	Corrosion, vibration, temperature	Use stainless steel in humid environments, multi-grip rivets with uniform clamping for high-vibration scenarios.
Assess Mechanical Performance	Tensile strength, shear strength, clamping force	Use steel or stainless steel for high-load scenarios, large flange head rivets for thin materials.
Choose Head Design	Contact area, need for concealment	Flat head for thin materials, reduced head for concealed connections, large flange head for pressure distribution.
Match Dimensions and Tools	Hole diameter, length, installation tools	Ensure grip range and hole diameter match; select suitable rivet guns.
Optimize Cost and Inventory	Number of specifications, usage scenarios	Choose rivets with wide grip ranges to reduce inventory complexity.

The table above details the aspects from which you should choose multi grip pop rivets.Through this guide, I believe you have got a deep understanding of multi grip rivets.

FAQs about Multi Grip Blind Rivets

Are Multi grip blind rivets suitable for high intensity applications?

Of course! Especially steel multi grip blind rivets and stainless steel multi grip pop rivets. they both provide high tensile and shear resistance. Therefore, multi grip pop rivets are very suitable for industrial equipment, automotive and construction applications.

What materials can Multi grip pop rivets be used on?

Thin metal sheets (e.g. steel sheets, aluminum sheets), plastic parts, composite materials, multilayer materials.

Does Multi grip blind rivets require specialized tools?

No, just use a pneumatic rivet gun to complete the entire installation process.

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How to Choose Blind Rivets for Furniture?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

There are still more parts of the furniture that use blind rivets. So do you know how to choose blind rivets for furniture? Do you know what type of blind rivets should be used for different materials of furniture? Through this article, you will know all this information.

Why Use Blind Rivets for Furniture?

In our homes, there will be furniture present that is manufactured from a variety of materials. So do you know how they are assembled and fixed? Blind rivets play an important role in assembling furniture. So do you know why blind rivets for furniture are used? Here are a few of the most common reasons.

1. Easy to Operate

Using blind rivets in furniture is very simple. Requiring installation on only one side of the component being joined, this type of installation is ideal for joining parts in furniture where the back side is difficult to reach. Example:

Enclosed structures: e.g. steel frames, drawer slides, etc.
Tubular or hollow parts: e.g. table and chair legs, metal frames of cabinets.

In addition to this, the installation process for blind rivets is very fast. Blind rivets are installed by means of a rivet gun without welding or complicated threading.

Blind rivets are ideal for assembly line production. It improves the efficiency of factory-installed furniture compared to other joining methods.

2. Provides Strong Connections

Blind rivets are mechanically deformed by the rivet tail to create a reliable clamping force. This type of connection can withstand certain loads and vibrations.

Therefore, blind rivets are very suitable for the assembly and connection of furniture with metal frames, such as steel desks, filing cabinets and so on. Moreover, rivets do not loosen due to vibration as screws do when properly installed.

3. Economics

Furniture rivets are less expensive to join than welded or high-precision threaded connections.

The low price of rivets makes them more economical, especially when used in large quantities.
The tools used to install rivets are simple and do not require expensive welding equipment.

4. Environmentally Friendly

Using blind rivets for furniture is very friendly to the environment. The use of blind rivets avoids chemical contamination from adhesives or energy consumption from welding. This advantage helps furniture companies to comply with environmental requirements (e.g. no VOC emission standards).

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What Are the Different Types of Blind Rivets for Furniture?

There are many different types of furniture rivets to suit different furniture.

Dome Head Open Type Blind Rivets

Dome head blind rivets are characterized as follows:

Head shape: round head design, suitable for most common connections.
Advantage: Provides uniform clamping force and low cost.

Dome head blind rivets on furniture include:

Connection of table legs to beams in metal-framed furniture
Frame connections for steel desks or filing cabinets
Fixing of wooden table tops to metal brackets

Large Flange Head Blind Rivets

Large flange head blind rivets have a larger brim area, which greatly increases the contact area between the rivet and the surface of the furniture. This rivet head design effectively distributes pressure and prevents thin or soft materials from being pulled through. Therefore, large flange head blind rivets are often used in the following scenarios:

Attachment of cabinet doors and drawer fronts to brackets.
Fixing of plastic or composite furniture components.
Connection of wooden armrests or backrests in sofa frames.

Countersunk Blind Rivets

Counterusnk blind rivets have a concealed rivet head that is flush with the surface of the material after installation. This head design is ideal for scenarios where the surface needs to be flat or aesthetically pleasing.Common applications for Countersunk blind rivets on furniture include:

Attachment of metal trim or inserts to table tops or cabinets
Shell splices for steel filing cabinets

Sealed Blind Rivets

Closed end blind rivets have a closed rivet tail to provide a good seal. It is ideal for use on furniture that needs to be protected from moisture and dust.

Bathroom or kitchen furniture: metal frame splices for moisture-proof cabinets.
Outdoor furniture: metal parts splicing of balcony tables and chairs to prevent rainwater from entering.

Exploding Rivets (Tri Fold Rivets)

Exploding rivets split at the end when the rivet is pulled, creating multiple support points. In furniture, exploding rivets are commonly used in the following areas:

Splicing of cork or honeycomb structured panels
Lightweight frame fixing in collapsible furniture

Multi Grip Blind Rivets

In the Blind Rivet product line, multi grip blind rivets are the most used type of rivets besides open end blind rivets. Its most important feature is that one rivet size can be used to join a wide range of materials in a wide range of thicknesses. It is often used in the following types of applications.

Assembled furniture: joining metal frames to wood panels of varying thicknesses
Occasions with high assembly uncertainty: fixing of multiple layers of material in DIY furniture or modular furniture

Grooved Rivets

Grooved type blind rivets have a grooved surface for added grip when riveting. This type of blind rivet is ideal for use on harder or smoother materials. For example:

Metal to hardwood connection: metal support structure for solid wood dining table
High-load furniture: steel tube and wood panel combination for industrial-style furniture

Structural Rivets

Monobolt rivets and interlock rivets represent structural rivets. Their design features a rivet mandrel that locks to the shell, providing higher strength and vibration resistance.

If your project requires the use of blind rivets in removable furniture (tool cabinets or filing cabinets with pulleys) or high-strength furniture (metal frame splicing for commercial furniture or heavy duty shelving), then structural rivets are the best choice.

What are the Best Rivets for Wood?

Blind rivets for joining wood need to be characterized:

Will not pull through the wood
No damage to the material surface of the wooden furniture
Provide a stable and strong clamping force

Based on the above requirements, the following rivets are ideally suited for riveting wood.

Large flange blind rivets
Exploding rivets
Peel Type Blind Rivets
Multi grip blind rivets

How to Choose Blind Rivets for Furniture?

There are many types of raw materials used to manufacture furniture, including wood, metal, plastic or composite materials and multi-material combinations (e.g. wood + metal). Depending on the furniture material to be joined, there is a difference in the type of blind rivet to choose. So HOW to choose the right blind rivets for furniture?

If you want to learn about how to choose right size pop rivets, read the hyperlinked article.

Selection of Rivets According to the Material of the Furniture

Furniture Material	Recommended Rivet Type	Reason
Wood	Large Flange Rivets, Exploding Rivets, Split Rivets	Provide a larger clamping area to prevent cracking or pull-through; ideal for softwood, thin wood panels, or composite wood.
Metal	Steel Rivets, Stainless Steel Rivets, Aluminum Shell Steel Core Rivets	Ensure high-strength connections and resist loosening under dynamic loads; stainless steel rivets for corrosion resistance, aluminum shell steel core rivets for lightweight designs.
Plastic or Composite Materials	Large Flange Rivets, Exploding Rivets, Sealed Rivets	Prevent cracking under concentrated pressure; large flange and exploding rivets distribute stress; sealed rivets work well in humid environments.
Multi-material Combinations (e.g., Wood + Metal)	Multi-Grip Rivets	Adapt to varying thicknesses and material combinations without requiring multiple rivet specifications, improving versatility.

Consider the Use and Stress Requirements of the Furniture

Usage Category	Key Requirements	Recommended Rivet Type	Reason
Office Furniture	High strength, durability	Steel Rivets, Stainless Steel Rivets	Suitable for metal frames, providing secure connections and good vibration resistance, especially for filing cabinets, desks, etc.
Outdoor Furniture	Corrosion resistance, moisture-proof	Stainless Steel Rivets, Sealed Rivets	Stainless steel rivets resist corrosion, and sealed rivets prevent water penetration, ideal for garden tables or patio furniture.
Lightweight Furniture	Lightweight, flexible connections	Aluminum Rivets, Large Flange Rivets	Aluminum rivets are lightweight, and large flange rivets distribute pressure, ideal for wooden or plastic furniture.
Decorative Furniture	Aesthetics, concealed connections	Countersunk Rivets, Decorative Rivets	Countersunk rivets are flush with the surface for a clean look, while decorative rivets enhance appearance.
Modular or DIY Furniture	Adaptability to varying thicknesses, quick assembly	Multi-Grip Rivets, Exploding Rivets	Multi-grip rivets accommodate materials of different thicknesses, and exploding rivets provide a firm hold on diverse materials.

Custom Blind Rivets Solutions for Your Furniture Project

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How Do Rivets Work?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

Rivet is one of the very widely used fasteners. So do you know how do rivets work?This guide will give you detailed information about how rivets work and how they connect.

What Are Rivets?

Rivets are a very common fastener for thin plate connections. You can find rivets anywhere, whether it’s in cars, airplanes, bridges, furniture, appliances or industrial equipment.

So how is a rivet constructed? The basic construction of a rivet consists of three parts: 1. rivet head 2. rivet stem 3. rivet tail.

Head: fixed to the surface of the material, used to provide clamping force. Common types include round head, large brim, countersunk head, etc.
Shank: The long column part of the rivet, which undergoes plastic deformation during installation.
Tail: The material that deforms after stretching or compression and clamps the joint together with the head.

How do Rivets Work? - Core Elements

Why do rivets form a tight connection? Then you need to have a clear perception of how rivets work. Here are the key factors that influence “how do rivets work”.

1. Plastic Deformation

Plastic deformation of the rivet tail is the key to the connection:

Deformation to absorb external forces: the tail deforms to absorb the applied tensile force or pressure.
Material fixation: the diameter of the deformed tail is larger than the hole diameter, preventing the rivet from coming out.

2. Clamping Force

What is the clamping force of a rivet? It is when the head and tail of the rivet together exert a clamping force on the material. Its function is mainly to prevent the material from slipping or loosening and to maintain the stability of the connection.

Of course, you can avoid material damage by spreading the stress through head design (e.g., large flange head blind rivets).

3.Material Compatibility

The properties of the rivet and the connecting material need to be matched:

Ensure that the strength of the rivet is sufficient to support the connection requirements.
Prevent failure due to galvanic corrosion.

How do Rivets Work?

So do you know how to install rivets?How do rivets work?Rivets are installed to achieve a stable mechanical connection through the following steps.

1. Pre-drill Holes and Insert Rivets

Drilling or Punching:

Drill holes in the material to be joined to match the rivet diameter (usually 0.1-0.2mm larger than the rivet diameter).

Insert the rivet:

Insert the rivet into the hole in the material with the head against the surface of the material.

2. Riveting tool action

The use of a rivet gun to apply tension or pressure to the stem or mandrel of a rivet. The rivet gun causes the end of the rivet to deform plastically, creating a strong “locking” structure.

3. Material Clamping

The rivet gun causes the tail of the rivet to deform so that the tail and head work together to securely attach the rivet to the material being joined.

The head provides the clamping force on the outside and the deformed tail locks the material on the inside.
The materials are tightly clamped to each other to form a strong connection.

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How Different Types of Rivets Work?

Although rivets work on roughly the same principle, there are some differences in how different types of rivets work.

Solid Rivets

Principle of operation:

Use hammering, hydraulic or pneumatic equipment to deform the end of the rivet to form a lock.
Commonly used in bridges, airplanes, and high-strength steel structures.

Deformation characteristics:

Plastic deformation of the entire rivet stem.

Blind Rivets

Principle of operation:

The tool applies tensile force to pull the mandrel upward, the shell tail deforms to clamp the material, and the mandrel breaks to complete the installation. Suitable for one-sided operation, commonly used for thin steel plates, tubes or closed structures.

Deformation Features:

Deformation of shell tail, broken mandrel provides additional locking force.

Structural Rivets

Principle of operation:

Based on a blind rivet, a mechanical lock is formed between the mandrel and the shell, providing increased strength and vibration resistance.
Commonly used in high vibration, high dynamic load environments (e.g. aerospace, railroad vehicles).

Deformation characteristics:

Mandrel locking for enhanced resistance to loosening.

Exploding Rivet

Principle of operation:

When the tool applies pressure, the tail of the rivet splits into multiple directions, creating a large deformation.
Suitable for soft materials or thin plates to prevent material damage.

Deformation characteristics:

Tail splits outward to increase clamping area.

Advantages and Disadvantages of Using Rivets

Aside from understanding how do rivets work, you also need to use the pros and cons of using rivets.

Advantages of Using Rivets

Reliable mechanical connection: rivets form a fixing by plastic deformation, providing high tensile and shear strength, suitable for scenarios subjected to static or dynamic loads.
No Thermal Effects: Riveting is a cold working process and does not have the thermal effects on material properties that welding does.
Suitable for one-sided operation: the use of blind rivets can be accomplished in areas where the back side is inaccessible, such as closed structures, tubes or frames.
Easy to operate: riveting equipment is simple and easy to operate, suitable for assembly line assembly and field construction.
Applicable to a variety of materials: rivets are suitable for metal (such as steel, stainless steel, aluminum) as well as non-metallic materials (such as plastics, composite materials), stable connection performance.
Lightweight design: lightweight materials such as aluminum rivets can be used in applications that require weight reduction.
No need for special environment: riveting does not require a dry, wind-free operating environment like welding, and can be installed in wet or harsh conditions.
Low cost and high efficiency riveting process is simple and fast, especially suitable for high-volume production, reducing production and assembly costs.

Disadvantages of Using Rivets

Limited strength: riveted joints are usually less strong than welded or bolted joints.
Unsuitable for thick materials: rivets are limited in length, making it difficult to join thicker materials or multiple layers of materials.
Holes weaken the material: riveting requires drilling holes in the material, which may weaken the overall strength of the material, especially in thin plates or stress critical areas.
The operation process is not reversible: it is difficult to recover the rivet once it has been deformed.

Applications of Rivets

Industry	Examples of Applications
Construction Work	Steel framing, bridge connections, guardrail installation.
Vehicle	Aircraft fuselage riveting, automobile compartment connection, ship steel plate splicing.
Industrial equipment	Machinery housings, pipe supports, equipment frames.
Consumer goods manufacturing	Steel furniture, metal appliance housings, decorative riveting (e.g. garment fasteners).

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How to Riveting Steel? The Comprehensive Guide

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

Steel can be joined in a variety of ways, and riveting steel is one of the most efficient ways of joining. So how to riveting steel? This guide will give you a detailed overview of all aspects of riveting steel. Find out how to riveting steel now!

What is Riveting Steel?

Riveting Steel refers to the joining or fixing of Steel using the Riveting technique. Riveting is a process of firmly joining two or more pieces of steel together through the mechanical deformation of the rivet, and is a common method of mechanical joining, especially suitable for thin plates, frames, pipes and other scenarios.

Simple and flexible compared to welding and bolting, Riveting Steel is an efficient and reliable method of joining steel and is particularly suited to thin steel plates, closed structures and scenarios where one-sided operation is required.

Why Use Blind Rivets to Riveting Steel?

Steel is the most used type of metal material in practical applications. So how to go about fixing steel materials or steel products has become a matter of concern. Blind Rivets provide a solution for steel that is superior in terms of efficiency, strength and practicality. Below are the main reasons and advantages of using blind rivets for steel project joining:

1. High Strength Connections

Blind rivets can provide fastened connections from low to high strength. Whereas steel is often used in products or applications that require high strength, steel blind rivets can provide high tensile and shear strength through rivet tail deformation.

Special structural rivets such as monobolt rivets can further enhance the strength of the connection and are ideal for heavy steel structures.

2.Avoiding Thermal Effects

Conventional welded connections can result in localized heat affected zone (HAZ) distortion or loss of strength of the steel, which is completely avoided with blind rivets.

Blind rivets use mechanical deformation to complete the connection and do not generate high temperatures during installation. In applications where material properties are required to be maintained, such as high tensile steel or thin steel plates, blind rivets are a safer choice.

3. Suitable for Dynamic Loads and Vibration Environments

One great feature of the blind rivet is that it has a tough joint that absorbs some of the vibration and shock.

In high vibration applications such as machinery and vehicles, blind rivets are more resistant to breakaway than bolts. And monobolt rivets and interlock rivets ensure that the joint remains stable under dynamic loads.

4. Provision of Special Functions

There are many types of blind rivets that can provide special features for steel projects. For example, sealed rivets are used to provide a sealed connection to steel to prevent liquid or gas leakage. Use heat resistant rivets to join steel that requires heat resistance, such as boiler casings or high temperature equipment.

What Rivets to Use on Steel?

Steel material is basically less likely to react chemically with other metal materials, so basically all common metal blind rivets can come riveting steel.

We can choose the best blind rivet for your steel project based on your project needs.

High strength, common connection: use steel blind rivets. it can provide high connection strength and good compatibility with steel for most industrial and construction applications.
Light duty connections or thin steel plates: use aluminium mandrel steel body blind rivets. it provides a good lightweight design and puts less pressure on thin steel plates to avoid deformation of the material.
High vibration environments or high load requirements: use monobolt rivets. structural rivets provide maximum strength and excellent relaxation properties, making them ideal for high intensity and dynamic load environments.
Sealing requirements: use watertight blind rivets. Waterproof rivets can provide waterproof and dustproof effect, suitable for pipe connection or outdoor assembly.

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How to Riveting Steel?

Installing a blind rivet on steel is no different than installing a regular blind rivet. Both use a riveting tool to complete the rivet installation process.

The important thing to note is that you need to make sure that the holes are accurate and in place when you do this. This will ensure the stability of riveting steel.

The process of forming a tight connection with a blind rivet is divided into four parts: use rivet gun > deformation of the rivet tail > mandrel breakage > removal of the broken core.

What is the Difference Between Welded and Riveted Steel?

Comparison Item	Welding	Riveting
Connection Method	Fuses steel surfaces together through high heat, creating a permanent joint.	Joins materials mechanically by deforming the rivet to secure them.
Material Impact	High heat may alter the steel’s microstructure, reducing material performance.	No alteration to material properties; retains the steel’s original performance.
Strength	Provides high overall strength, suitable for high tensile and shear loads.	Strength depends on the number and distribution of rivets; suitable for medium-strength needs.
Vibration Resistance	High structural integrity but may crack under vibrations or dynamic loads.	Rivet joints offer flexibility, making them better for high-vibration environments with anti-loosening measures.
Skill Requirement	High skill level needed; requires trained welders for quality work.	Easy to operate; low skill level, suitable for mass production.
Time & Efficiency	Slower process, especially for precision welding.	Fast installation, high efficiency, ideal for large-scale production.
Thermal Impact	High heat can cause deformation, hardness reduction, or Heat-Affected Zone (HAZ) issues.	Cold process, no heat effect, suitable for thin steel and special alloys.
Thin Steel Suitability	Prone to burn-through or deformation, requiring precise temperature control.	Excellent for thin steel; large-flange rivets prevent pull-through.
Equipment Cost	High cost for welding machines, gas supply, and long-term maintenance.	Simple, low-cost equipment, suitable for budget-conscious projects.
Labor Cost	High due to the need for skilled welders.	Low labor cost; easy to train operators.
Material Cost	Welding materials (filler rods, gas) are relatively expensive.	Rivets are inexpensive, especially when purchased in bulk.
Environmental Suitability	Requires controlled conditions (dry, wind-free environment) to ensure quality.	Suitable for various environments, including wet or harsh conditions.

Summary of recommendations

Choose Welding Steel: Suitable for connections with high strength and high sealing requirements. Examples include pressure vessels, bridges or large steel structures. Welding provides greater integrity, but is more costly and requires more skill in handling.
Choose Riveting Steel: Suitable for thin steel plates, closed structures or scenarios where disassembly and lightweighting are required. Examples include steel frames, equipment housings or vehicle assemblies. Riveting is simple, efficient and suitable for mass production and on-site construction.

FAQs about Riveting Steel

Can I Use Aluminum Rivets on Steel?

It is certainly possible to use aluminum rivets on steel structures, but the following conditions need to be met:

The joint is not subjected to high or dynamic loads.
It is in a dry or low corrosive environment.
Effective corrosion protection measures are taken (e.g. insulating gaskets or coatings).

If the application scenario requires high strength and corrosion resistance, steel rivets, stainless steel rivets or aluminum shell steel core rivets are recommended as alternatives.

How do I check for quality after Riveting steel?

The head of the rivet should be tightly attached to the surface of the steel without obvious gaps.
The tail of the rivet shall be uniformly deformed and close to the steel to ensure that there is no looseness.

Custom Blind Rivets for Your Steel Project

Are you looking for reliable riveting fasteners for your steel projects? Riveting steel sheet, blind rivets are excellent choices. Whether you are looking for standard blind rivets or high strength structural rivets, Rivmate has you covered.

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How to Rivet Aluminum?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

Aluminum is used a lot. So HOW to rivet aluminum is a concern for business owners. This blog details all the aspects of riveting aluminum. Come along and explore “how to rivet aluminum”.

Why Use Pop Rivets to Riveting Aluminum?

In practice, using pop rivets to riveting aluminum is a very common connection. Why use pop rivets to riveting aluminum?

The main reason is that the properties of pop rivets are perfectly matched to those of aluminum. Here are some of the main reasons.

1. Aluminum material characteristics adapted to the performance of the Pop Rivet

Before we understand the reason for this, we need to briefly understand the following characteristics of aluminum materials. Aluminum materials usually have the following characteristics:

Aluminum is lightweight and moderately strong, but more easily deformed than steel.
Aluminum’s ductility and plasticity is better, but the thin plate is susceptible to local stress damage.
Aluminum is highly resistant to corrosion and is suitable for outdoor and wet environments.

So how do pop rivets rivet aluminum?

Blind Rivets create a clamping force through deformation and can securely join aluminum without damaging its surface or structure.
Blind rivets with large brims distribute stresses to protect the thin-walled or soft characteristics of aluminum.

2.Lightweighting Needs

Aluminum is known to be a very lightweight metal material. Aluminum products are widely used in scenarios where weight reduction is required (e.g., aerospace, automotive, construction, etc.).

And POP Rivets are also well adapted to light weight. Aluminum POP Rivets are also very lightweight, keeping the overall lightness of the connection area. The use of aluminum rivets avoids the need for additional weight and provides relatively good joint strength.

3. Provides a reliable mechanical connection

Aluminum materials have some points that require extra attention when making connections.

Aluminum has a low hardness and welding may cause thermal damage or distortion.
For thin plates and tubes, direct tapping is not suitable.

Compared to other fasteners, the advantages of POP Rivets are well demonstrated when rivet aluminum.

POP Rivets form a strong mechanical joint by pulling the end of the mandrel during riveting and deforming it to fit tightly into the aluminum material.
After installation, the connection point has good rivet tensile strength and rivet shear strength, which is suitable for most aluminum application scenarios.

4. Corrosion Resistance

Aluminum materials generally possess good corrosion resistance. The aluminum oxide layer on the surface of aluminum is naturally resistant to corrosion. However, galvanic corrosion may be accelerated if improper fasteners (e.g. carbon steel screws) are used.

Aluminum POP Rivets, on the other hand, have the same electrochemical properties as aluminum and can avoid galvanic corrosion. If the use of the environment is more demanding, you can also choose stainless steel blind rivets or zinc-plated steel mandrel blister rivets, used in conjunction with aluminum.

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What Rivets to Use on Aluminum?

There are many factors to consider when selecting pop rivets for riveting aluminum. This includes the need to ensure that the performance, material and design characteristics of the rivets can be matched to the properties of the aluminum to achieve the best possible joint and ensure long-term stability.

Material Compatibility

When choosing rivets for rivet aluminum, the first thing to consider is the compatibility between different metal materials. Rivet material should be compatible with aluminum to avoid galvanic corrosion and mechanical damage.

Aluminum blind rivets: recommended for aluminum rivets, with the same electrochemical properties as the aluminum substrate to reduce the risk of corrosion.
Stainless steel rivets: for high strength or highly corrosive environments, but be aware that contact with aluminum may initiate galvanic corrosion.
Galvanized steel rivets: for medium strength requirements, lower cost, need surface treatment to reduce corrosion.

Recommendation: In high humidity or salt spray environments, prefer aluminum rivets or anodized stainless steel rivets.

Rivet Head Types

In addition to the material of the rivet, it is necessary to select the appropriate head design based on the thickness, application and appearance requirements of the aluminum.

Dome Head Blind Rivets: This is a general purpose head design suitable for most aluminum joining scenarios. It provides adequate clamping force and an attractive appearance after installation.
Large Flange Head Blind Rivets: Suitable for thin-walled aluminum or softer aluminum alloys, disperses stress and protects the aluminum surface. For example, doors, windows, decorative parts and other parts susceptible to tension.
Countersunk Head Blind Rivets: Used for applications that require a flat surface, such as decorative panels, aviation components. Ensure that there are no protruding points on the surface after riveting.

Special Features Applied

Certain application scenarios may require rivets with special features:

Sealed Rivets (Sealed Rivets): for waterproof, dustproof aluminum structural joints.
Multi-Grip Rivets (Multi-Grip Rivets): to adapt to different thicknesses of aluminum, reducing the variety of rivet specifications.

How to Rivet Aluminum?

How to Rivet Aluminum ? The process of Rivet aluminum is no different than a regular blind rivet. Below are the steps for installing a blind rivet.

Pre-cut holes
Insert the rivets and rivet with a riveting tool.
Complete the riveting process and visually inspect the installation.

If you want to learn more about “How to Install Pop Rivets”, please read this article.

Weld Aluminum vs Rivet Aluminum

Comparison Item	Weld Aluminum	Rivet Aluminum
Joint Strength	– Provides high overall strength, suitable for heavy shear and tensile loads.	– Strength depends on the number and distribution of rivets, suitable for medium-strength requirements.
Material Integrity	– Welding may cause heat damage or localized deformation, reducing local strength.	– Does not damage the material structure, minimally affects overall aluminum strength.
Processing Requirements	– Requires skilled operators or specialized equipment (e.g., TIG or MIG welding machines).	– Simple to operate, requires only a rivet gun, no specialized skills needed.
Applicable Thickness	– Suitable for thicker aluminum plates or high-strength aluminum connections.	– Suitable for thin aluminum sheets or tubular structures, especially for single-sided operations in enclosed spaces.
Installation Efficiency	– Welding is slower, particularly for thin sheets that require caution to avoid burn-through.	– Fast and efficient, ideal for mass production and assembly needs.
Tool Cost	– High equipment cost (TIG/MIG welders) with ongoing maintenance expenses.	– Low cost, especially for manual and pneumatic rivet guns.
Appearance	– Welds require grinding and polishing for aesthetic appeal, may leave visible marks.	– Rivet points are smooth and clean, countersunk rivets can achieve a flush surface.
Corrosion Resistance	– Welding can disrupt the aluminum’s oxide protective layer, requiring additional corrosion protection.	– Riveting does not damage the aluminum surface; proper rivet selection prevents galvanic corrosion.
Applications	– Suitable for high-strength, airtight, or watertight requirements, such as pressure vessels, airplane wings.	– Ideal for lightweight, mass-assembly applications, such as doors, aluminum frames, decorative panels.
Operational Environment	– Requires controlled conditions (e.g., wind-free, dry environments) for optimal weld quality.	– Less dependent on the environment, suitable for diverse installation scenarios.
Production Flexibility	– Requires fixed facilities and power supply, offering lower flexibility.	– Rivet guns are portable, enabling higher operational flexibility.
Thermal Impact	– High temperatures during welding may cause annealing or localized hardness reduction.	– No thermal impact, retaining the aluminum’s original physical properties.
Economic Feasibility	– Higher upfront equipment costs and energy consumption, suitable for high-value products.	– Cost-effective, suitable for budget-constrained or large-scale applications.

Summary

Welded aluminum:

Advantages: suitable for applications where high strength and integrity are required, such as aerospace and marine industries.
Disadvantages: high equipment costs, complex operation, high thermal impact on thin plates.

Riveted aluminum:

Pros: Lightweight, easy to operate, low cost, suitable for thin sheet joining, tubing, and one-sided operation scenarios.
Disadvantages: not as strong and airtight as welding, more rivets need to be distributed to spread the load.

The choice of welded or riveted should be based on application requirements, aluminum thickness, strength requirements, production environment and budget.

If you want to learn more about welding vs riveting, read the hyperlinked article.

Is It Better to Weld or Rivet Aluminum?

Weld aluminum and rivet aluminum have advantages and disadvantages in different applications.

High strength requirements: weld aluminum is more suitable. It provides overall strength, seamless connections and is suitable for critical structures.
Lightweight structures or thin panels: rivet aluminum is more suitable. It has no thermal impact, is quick to install, and is suitable for thin sheet or lightweight applications.
High-volume assembly: rivet aluminum is more suitable. Cost-effective and easy to operate, suitable for industrial assembly lines.
Highly corrosive environments: rivet aluminum is preferred. Material surfaces remain finished and galvanic corrosion can be avoided by using aluminum blind rivets.
High vibration environments: weld aluminum is more suitable. Higher vibration resistance and overall stability.
Projects with limited budgets: rivet aluminum is more suitable. Low tooling costs, easy installation and cost-effective.

FAQs

Will Aluminum Rivets Melt?

Aluminum rivets will not melt below 1220°F (660°C) and are very stable under common temperature conditions. However, under extreme heat conditions (e.g., fire, welding flames), aluminum rivets may melt or soften. If the application involves high temperatures, it is recommended that rivets be made of heat-resistant materials or be insulated for protection.

Will Aluminum Rivets Corrode?

Aluminum rivets have good corrosion resistance in conventional environments, but may corrode in special environments. For example, contact with other metals, environmental humidity and chemical contamination. The risk of corrosion of aluminum rivets can be greatly reduced by proper material selection, use of isolation measures and regular maintenance to ensure their stable performance in a variety of environments.

Can I Use Stainless Rivets on Aluminum?

The use of stainless steel rivets on aluminum is possible, but special attention needs to be paid to galvanic corrosion. This is because stainless steel rivets in contact with aluminum may lead to galvanic corrosion of the aluminum. So we need to take some measures to avoid this situation. It is recommended to add insulating shims or coatings to isolate the dissimilar metals in contact.

Wholesale High Quality Rivets for Your Aluminum Projects from Rivmate

Rivmate is the top blind rivet manufacturer in china. if you want to choose the right blind rivet for your aluminum project, please contact our engineers.

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What is an Avex Rivet?

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Top Rivet and Rivet Nut Manufacturer in China

Avex rivet is a structured blind rivet from AVDEL. It is very similar to the multi grip blind rivets, just with a different name. This blog describes everything about the avex rivet. Including types, applications, benefits and how to choose.

What is an Avex Rivet?

Avex Rivet is a high performance Multi-Grip blind rivet. The best feature of this type of rivet is that it can be designed to rivet materials of varying thicknesses, providing reliable fastening performance and a convenient installation experience.

Avex rivets are break bar rivets with a retaining bar. It has very good hole filling properties and a large blind side load area, making avex rivets ideal for thin sheet materials. In addition to open type blind rivets, avex rivets (multi grip blind rivets) are the most used rivets on the market today.

Avex rivets are a very cost effective alternative to open type blind rivets. The same size avex rivets can be riveted to a variety of different metal thicknesses, an advantage that can reduce the pressure on your inventory.

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Types of Avex Rivets

To meet the needs of different applications, avex rivets’ rivet bodies and rivet mandrels are available in different metal material combinations. The following are common types of combinations:

Carbon Steel Mandrel / Aluminum Body
304 Stainless Steel Mandrel / Aluminum Body
Carbon Steel Mandrel / Carbon Steel Body
304 Series Stainless Steel Mandrel / 304 Series Stainless Steel Body

How do Avex Rivets Work?

Like other blind rivets, avex rivets form a tight connection by the expansion and deformation of the rivet body. Once you have done all the pre-riveting preparation, the riveting process is as simple as mounting the avex rivets on the workpiece and pressing the tool button.

Below are the basic installation steps for avex rivets.

1. Preparation Stage

The installation of Avex rivets requires pre-drilling of holes, which is the basis of all riveting operations.

Drilling: Drill holes of suitable diameter in the material to be joined.
The hole diameter is slightly larger than the rivet diameter (e.g. a 4.8mm diameter rivet requires a 5.0mm hole).
Rivet Selection: Select an Avex rivet that is suitable for the range of material thicknesses.
For example, one Avex rivet may cover a total material thickness of 2.0mm-6.0mm.

2. Inserting the Rivet

Insert the rivet body of the Avex rivet into the pre-drilled hole, making sure that the head of the rivet (usually rounded, large brimmed, or countersunk) fits snugly against the surface of the workpiece.

3. Installation Tool Preparation

The installation of blind rivets usually requires the use of a rivet gun (manual, electric or pneumatic rivet tool).

For riveting of rivets, the operator needs to use the rivet gun to clamp the rivet mandrel. The pulling jaws of the rivet gun grasp the end of the mandrel, ready to apply tension.

4. Pulling Mandrel

The rivet body undergoes a series of changes when pressure is applied to the rivet. The following is the process of change.

Pulling effect: The rivet gun applies upward pulling force by pulling the mandrel, so that the tail of the rivet begins to expand and deform.
Rivet body deformation: The tail of the rivet body is pushed outward by the head of the mandrel to form a wide riveting surface.
Multi-Grip Function: The deformation of the rivet body tail is designed to accommodate materials of varying thicknesses, ensuring that gaps between materials are completely filled.

5. Mandrel Breakage

When the tensile force on the mandrel reaches a set value (usually determined by the design of the mandrel’s break point), the mandrel breaks at a predetermined location, creating a flush riveted joint.

The riveted joint is completed:

The end of the rivet body firmly clamps the connecting material, providing a secure hold.
The residual portion of the mandrel does not affect the function of the rivet and the break point is smooth and aesthetically pleasing.

5 Advantages of Avex Rivets(Multi Grip Blind Rivets)

Here are some of the most important benefits of avex rivets.

1. Reduce Rivet Inventory

Because one model of avex rivets can accommodate multiple thicknesses of material, users can reduce the cost of inventory management.

The multi-grip range of Avex rivets is a very popular feature among users.

2. Portable Installation

Avex rivets is quick and easy to install. The entire installation process can be done quickly using just a regular get the job done rivet gun. This is perfect for high volume production.

3. Economical and Practical

Avex rivets effectively reduce the need for multiple rivet models for a single application scenario with their multi-grip design.

4. Superior Clamping Force

Avex rivets create a wide deformation of the rivet tail after riveting, a structure that provides reliable clamping force and vibration resistance.

5. High Vibration Resistance

As a result of avex rivets the rivet body tail extension is strong and less likely to come loose due to vibration.

Contact Our Engineers Today

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Applications of Avex Rivets

There are still more scenarios where Avex rivets can be used. Below I have listed common applications for multi grip blind rivets.

Aerospace: Fixing of lightweight panels for aircraft interiors. Assembly of aluminum frames, cockpit interior brackets. Installation of antennas, navigation equipment or lightweight additional components.
Automotive industry: attachment of thin sheet metal parts such as doors, fenders, roof frames. Fixing of interior panels, carpet brackets and sound insulation materials. Component mounting of battery box or electric control equipment for electric vehicles.
Construction and building decoration: fixing of curtain walls, metal window and door frames. Connection of aluminum alloy panels, plastic panels and composite materials. Installation of interior decorative parts, partition wall panels.
Electronic equipment and household appliances: fixing of electronic equipment housings, such as laptop computers, server chassis. Assembly of internal frames and external panels of household appliances, such as washing machines, refrigerators and microwave ovens.
Rail transportation: assembly of interior panels and seat supports for trains. Connection of window frames and metal structures. Fixing of air-conditioning system and lighting equipment.

Marine & Offshore Engineering: Installation of additional parts for aluminum hulls, such as brackets, railings and guards. Assembly of lightweight partitions in ship’s cabin. Fastening of electrical equipment on board.
Industrial equipment: fastening of light mechanical equipment housings and frames. Installation of industrial pipe supports, duct connections and equipment guards. Modular component assembly on automated production lines.
Furniture manufacturing: assembly of aluminum or steel furniture frames. Fixing of thin metal or plastic panels in office furniture (e.g. filing cabinets, desks and chairs). Connection of decorative strips or lightweight accessories in decorative furniture.
Electrical and energy industry: fixing of solar photovoltaic mounts. Wind turbine internal bracket and housing connection. Installation of cable bridges or equipment housings.

Tips for Choosing the Right Avex Rivets

The trick to choosing the right avex rivets is that you need to be very knowledgeable about your business needs. You need multi grip blind rivets that can fully meet the needs of your application.

Determine the Range of Material Thicknesses

Before choosing avex rivets, business owners need to account for the total thickness range of the joining material, including the stacked thickness of all layers.

Avex Rivets are multi-grip rivets where a single model can accommodate multiple thickness ranges. Simply select the rivet size that covers that thickness range.

Example:For a total thickness of 3mm-5mm, select Avex Rivets labeled for 2mm-6mm.

Note: Avoid rivets with a grip range much greater than the actual thickness to ensure clamping force and deflection.

Selecting the Right Head Type

Dome Head: This is the generic type that applies to the vast majority of connection scenarios. This provides a moderate contact area and good clamping force.
Large Flange Head: Suitable for thin plates, soft or brittle materials (e.g. plastics, composites). The cap rim distributes the pressure and prevents the material from being damaged.
Countersunk Head: For applications where a flat surface or hidden rivet head is required. Examples include decorative structures or aerodynamically demanding scenarios.

Selecting the Right Diameter Specification

Select the rivet diameter according to the hole diameter and load requirements of the connected material.

Hole Diameter Requirement: The rivet diameter should match the hole diameter, usually the hole diameter is 0.1-0.2mm larger than the rivet diameter.
Load Requirements: The larger the diameter, the greater the clamping force and shear resistance provided by the rivet.

Example:

For lightweight components (e.g., electronic equipment panels), use 3.2mm or 4.0mm rivets.
For components that carry higher loads, such as automotive frames, use 4.8mm or larger diameter rivets.

Contact Our Engineers Today

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Frequently Asked Questions

1. Avex Rivets Size

Size: 3.2mm (1/8“), 4.0mm (5/32”), 4.8mm (3/16“), 6.4mm (1/4”).

2. What are Common Problems with Avex Rivets?

Insufficient clamping force: The rivet may have been selected with too much or too little grip range.
Installation Failure: Mismatched hole diameters, rivets that are too long or insufficient tool tension.
Corrosion problems: Rivet material is not compatible with the parent material.

3.Does Avex Rivets Require Follow-up Maintenance?

Usually not required.Avex Rivets are permanent fasteners and require no additional maintenance after installation. However, in extreme environments, they may be periodically checked for corrosion.

Utilizing Rivmate Rivets to Enhance Your Business

Rivmate is a high quality blind rivet manufacturer and supplier. we have over 20 years of experience in the global rivet market. Our superior quality structural rivets and avex rivets are trusted by our customers.

We offer free sample support as a way to help you maximize your business potential.

Enhance your business with Rivmate. Contact us today!

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Stainless Steel vs Aluminum Pop Rivets

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Top Rivet and Rivet Nut Manufacturer in China

This article explains stainless steel vs aluminum pop rivets in detail. Including the definition of stainless steel pop rivets and aluminum pop rivets, material composition, applications, benefits, and differences between them. If you want to know how to choose the right rivets for your project, this article can also help you.

What Are Stainless Steel Pop Rivets?

Stainless steel pop rivets are a type of blind rivets made of stainless steel material. Stainless steel pop rivets can provide higher strength and longer service life than regular pop rivets. And stainless steel pop rivets have excellent corrosion resistance and longer service life.

Stainless steel pop rivets play an important role in applications that require high strength and corrosion resistance, such as construction, automotive, marine, aerospace and heavy industry.

Types of Stainless Steel Pop Rivets

Blind Rivet generally consists of two parts: 1. rivet body 2. rivet mandrel. in order to achieve better riveting effect, generally these two parts of the manufacturing material is different. The following are the material combinations of stainless steel blind rivets:

304&316 stainless steel mandrel / 304&316 stainless steel body
stainless steel mandrel / aluminum body
420 stainless steel mandrel / 304 stainless steel body

Characteristics of Stainless Steel Pop Rivets

Durable: Even when used for a long time in harsh environments (such as oceans, chemical plants, high humidity areas), stainless steel blind rivets will not rust or corrode.
Good compatibility: Stainless steel blind rivets can be used in steel, stainless steel, aluminum, plastics, composite materials and other substrates connection.
Stable connection: Blind rivets will form a permanent fixing after riveting is completed, with high resistance to vibration, suitable for dynamic loading conditions.
Aesthetics: Stainless steel blind rivets have a very smooth surface after riveting. Because the stainless steel material has a metallic texture, aesthetically pleasing.

What are Stainless Steel Rivets Used for?

Construction and infrastructure: fixed curtain walls, door and window frames, decorative panels.
Ship and marine engineering: installing cabins, deck equipment, protective covers.
Automotive and transportation equipment: fixing body panels, chassis, door hinges.
Aerospace: cabin panels, bracket assembly connections.
Household appliances: washing machine, refrigerator shell, internal bracket fixing.
Industrial equipment: metal frame, bracket mounting.

Will Stainless Steel Rivets Rust?

Under the vast majority of conditions of use, stainless steel blind rivets will not rust. The corrosion resistance of Stainless Steel Blind Rivets is excellent for most environments.

So why stainless steel blind rivets will not rust?

Because the corrosion resistance of stainless steel is mainly due to its chromium content (usually ≥ 10.5%), chromium and oxygen in the air will be combined to form a dense passivation layer on the surface, which can effectively prevent oxidation and corrosion.

As we mentioned above, stainless steel blind rivets will not rust under normal conditions of use. So what are the circumstances in which stainless steel blind rivets may occur rust?

Surface damage
Chloride attack in the environment: In environments with high salt content (e.g. seashore, salt spray environments) or when exposed to chemicals (e.g. chloride solutions), the passivation layer may be damaged by chloride ions.
Electrochemical corrosion: When stainless steel rivets are in contact with other metals (e.g. carbon steel), electrochemical corrosion is formed in humid environments.
Surface contamination: construction or transportation process, the surface is contaminated with iron filings, dust or other pollutants, may induce corrosion.
Use of poor quality stainless steel materials

What Are Aluminum Pop Rivets?

Aluminum blind rivets are a type of blind rivets made of aluminum alloy. Blind Rivets made of this material are designed for joining lightweight materials. Aluminum blind rivets are used a lot in applications that require lightweighting.

Types of Aluminum Pop Rivets

The following are combinations of common aluminum blind rivets:

Carbon Steel Mandrel / Aluminum Body
Aluminum Mandrel / Aluminum Body
304 & 316 Stainless Steel Mandrel / Aluminum Body

Prons of Aluminum Pop Rivets

Lightweight: Aluminum is lightweight and suitable for application scenarios where overall weight is a requirement. For example, aluminum blind rivets are often used in automotive manufacturing.
Strong corrosion resistance: Aluminum has good resistance to oxidation and moisture, suitable for outdoor or humid environments.
Good thermal and electrical conductivity: Aluminum can be both mechanically connected and electrically conductive in specific application scenarios.

Applications of Aluminum Pop Rivets

Because aluminum blind rivets have many characteristics that blind rivets made of other materials do not have, aluminum blind rivets are also very widely used. The following are common application scenarios for aluminum blind rivets:

Aerospace: for the assembly of lightweight aluminum alloy body parts.
Automotive industry: used in thin sheet metal connections such as automotive doors, fenders and roof frames.
Construction: used in the fixing of curtain walls, decorative panels and aluminum doors and windows.
Electronic equipment: suitable for the assembly of light equipment housings and internal components.
Household & Furniture: used in aluminum-framed furniture, decorative parts and household equipment assembly.
Industrial equipment: used in the attachment of metal enclosures, equipment supports and pipe support structures.

Contact Our Engineers Today

We provide you with high quality rivets, including customized services.

Stainless Steel vs Aluminum Pop Rivets: Differences of Them

Comparison Item	Stainless Steel Blind Rivets	Aluminum Blind Rivets
Strength	High strength, excellent tensile and shear resistance, suitable for high-load applications.	Lower strength, suitable for light to medium loads.
Weight	Heavier due to higher density.	Lightweight, ideal for weight-sensitive applications like aviation.
Corrosion Resistance	Excellent corrosion resistance, especially 316 stainless steel, suitable for marine and chemical environments.	Good corrosion resistance but less effective in saline or chemical environments compared to stainless steel.
High-Temperature Resistance	Retains performance in high-temperature environments, suitable for extreme conditions.	Poor high-temperature resistance; strength decreases significantly at elevated temperatures.
Durability	Long-lasting, ideal for harsh environments and high-vibration applications.	Shorter lifespan, suitable for general environments and non-critical structures.
Ease of Installation	Harder material requires higher pulling force tools, making installation more challenging.	Softer material, easier and quicker to install with lower pulling force tools.
Aesthetic Appeal	Smooth and polished surface, resistant to wear and corrosion, maintains good appearance over time.	Attractive but prone to scratches or discoloration due to oxidation.
Cost	Higher cost, suitable for demanding applications requiring superior performance.	More economical, cost-effective for mass usage.
Galvanic Corrosion	Risk of galvanic corrosion when in contact with dissimilar metals; requires isolation.	Lower galvanic corrosion risk, better compatibility with aluminum substrates.
Electrical Conductivity	Moderate conductivity, requires additional treatment for electrical applications.	Good electrical conductivity, suitable for electrical connections.
Applications	High-strength and harsh environments: marine, chemical equipment, automotive, industrial machinery, fireproof doors, etc.	Lightweight and general environments: aviation, appliances, furniture, aluminum structures, decorative fixtures, etc.

Stainless steel blind rivets:

Advantages: high strength, corrosion resistance, high temperature resistance, long life, suitable for harsh environments and high strength demand scenarios.
Disadvantages: heavier weight, higher price, installation difficulties.

Aluminum blind rivets:

Advantages: light weight, low price, easy to install, suitable for lightweight demand and ordinary environment.
Disadvantages: strength and corrosion resistance than stainless steel, relatively short service life.

What's Stronger, Stainless Steel or Aluminum?

Obviously, stainless steel blind rivets are much stronger than aluminum blind rivets. This is because stainless steel is much stronger and harder than aluminum.

How to Choose Stainless Steel Pop Rivets or Aluminum Pop Rivets?

It is likely that many business owners do not know how to choose the best Blind Rivet for their business. They have questions about whether to choose stainless steel blind rivets or aluminum blind rivets. Next I will explain this question by looking at some of the most commonly considered aspects!

1. Strength Requirements According to Application Scenarios

High strength requirements (e.g. carrying heavy loads, withstanding high Ferrari or shear forces) : stainless steel blind rivets are recommended. Because the strength of stainless steel blind rivets is relatively high, ideal for high loads and critical parts of the connection.
Medium and low strength requirements (such as light structural connections) : aluminum blind rivets with moderate strength, suitable for light applications, economical and practical.

2. Depending on the Corrosive Environment

Stainless steel blind rivets are highly resistant to corrosion, especially 316 stainless steel. If your project is in a corrosive environment such as wet, chemical, salt spray or marine, stainless steel blind rivets are the best choice.

While aluminum blind rivets have better oxidation resistance and are suitable for general indoor environments or low corrosive occasions.

3. Depending on Weight Requirements

Aluminum blind rivets are lightweight and can effectively reduce the overall weight of a structure. Stainless steel blind rivets, on the other hand, are heavier but provide greater strength and stability.

4. Depending on Temperature Requirements

If your project is in a high-temperature environment, such as near an engine or high-temperature industrial equipment, then you should choose stainless steel blind rivets with excellent high-temperature resistance.

If your usage scenario is in a constant or low-temperature environment, aluminum blind rivets will be sufficient to meet the requirements.

5. Based on Budget

Aluminum blind rivets are relatively inexpensive and suitable for high volume use. If your project budget is limited, then aluminum blind rivets may be more suitable.

Stainless steel blind rivets are more expensive, although they have better strength and corrosion resistance.

If you want to learn more about rivet cost, read this article “how much do rivets cost ”.

6. Depending on the Application Scenario

Ships, chemical equipment, bridges, outdoor facilities : Stainless steel blind rivets
Aerospace, lightweight equipment, household appliances : Aluminum blind rivets
Automobile bodies, industrial equipment, mechanical fixtures : Stainless steel blind rivets
Doors and windows, lightweight frames, decorative connections : Aluminum blind rivets

Rivmate Rivet - Enhance Your Business

Stainless steel vs aluminum pop rivets is a concern for many people. Through this article, I am sure you have a clear understanding of the difference between stainless steel pop rivets and aluminum pop rivets and how to choose. Get a sample of rivets now.

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Door Rivets: Everything You Need to Know

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Top Rivet and Rivet Nut Manufacturer in China

Door rivets are the perfect fastener for attaching components to doors. So do you know what types of door rivets are available? Do you know which type of blind rivets should be used for doors made of different materials? Read through this article and you will learn everything you need to know about door rivets.

What Are Door Rivets?

Door rivets are rivets that can play a key role in the manufacture, assembly and installation of doors. It can firmly connect the different parts of the door (such as frame, panel, hinges, trim, etc.) together. Whether it’s a timber door, metal door, composite door and glass shower door, they can provide a high strength connection.

So What Features Should Door Rivets Have?

High strength connections: Door blind rivets should have the ability to withstand the tensile forces, shear forces and impacts of everyday use.
Applicable to a variety of materials: Blind rivets can connect a variety of different materials, including metal (steel, aluminum, stainless steel), wood, plastic and composite materials.
Multiple types available: Different doors will have different uses and materials, door rivets come in a variety of different types, which can be the perfect solution for all door attachment problems.

Types of Door Rivets

There are many types of rivets that can work on doors. Here are some common types of doors rivets.

Solid Rivets

Solid rivets are made from a single metal bar. In the installation of solid rivets, the operator needs to deform the solid rivet by tapping it to form a strong connection. It provides very high strength and shear resistance.

Solid rivets are commonly used in heavy metal door frames, hinge fixings and security doors in areas suitable for high tensile strength and impact resistance requirements.

Blind Rivets

Blind rivets have many uses in doors. Whether it is for decorative panel fixing or to provide a watertight or airtight joint, blind rivets can be applied to complete the riveting job.

The best feature of blind rivets is that they can be installed on one side, making them ideal for installing structures that cannot be manipulated from either side of the door.

Exploding Rivets

Exploding rivets split the rivet tail into multiple sections during installation, increasing the contact area with the door and the clamping force. This type of door rivets prevents damage to thin materials.

Structural Rivets

Structural rivets are characterized by their ability to provide a high-strength connection with an internal locking structure and excellent resistance to vibration. This type of rivet is ideal for joining door frames, garage doors and other industrial doors.

Large Flange Head Blind Rivets

Large flange head blind rivets have a large flange head to effectively distribute pressure. Like glass shower doors and decorative doors are easily damaged due to stress concentration, applying large flange head blind rivets can be a good solution to this problem.

Application of Door Rivets

Door comes in many different types and materials. Therefore door rivets are used in different scenarios. Below are the common types of doors and which door rivets are used.

Metal Door

There are many types of metal doors, including steel, aluminum and stainless steel. Similarly, a metal door can use multiple types of door rivets because of the different parts that are attached.

Solid rivets: suitable for connecting the hinges, frame parts of metal doors or security doors. For example, fixing door frames to panels, hinges and reinforcements.
Blind rivets: Blind rivets are suitable for connecting metal doors with thinner thickness. For example, the connection between the door frame and metal filler panels, fixing metal decorative strips, door handles or door lock panels.
Structural Rivets: Structural rivets are suitable for connecting doors that are susceptible to shock or vibration. For example, garage doors, industrial track fixing.
Large flange rivets: This type of rivet is suitable for fixing glass panels or casings on metal doors.

Wooden Door

Wooden doors generally do not require high strength rivets for fastening. Because of the toughness and flexibility of wood, semi-tubular rivets, grooved blind rivets, and exploding rivets will be used for wood door handles, hinge fastening, latch installation, and decorative panel attachment.

Plastic Door

Plastic doors use manufacturing materials that are brittle. Therefore, care needs to be taken in the selection of plastic door rivet to use rivets that can disperse the stress.

Exploding rivets: Exploding rivets will split at the end when riveted, can effectively disperse the stress, to avoid brittle plastics due to stress concentration and damage. exploding rivets are commonly used to connect plastic door panels and frames, fixing door handles or lock cylinders.
Large flange rivets: The cap area of large flange rivets is very large to avoid overstressing the plastic door. large flange rivets can be used to secure lightweight accessories or decorative panels on plastic doors.
Blind rivets: Commonly used in the door frame and panel connection, slide or accessories fixed.

Glass Door

Glass material is very fragile, so glass door rivets need to be chosen to ensure that the rivets protect the glass material.

Large flange rivets: This type of rivet protects the glass material by increasing the area under stress. It is ideal for glass door frames and panels.
Plastic rivets: Lightweight decorative pieces on glass doors are ideal for use with plastic rivets for joining work.

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How to Choose Right Door Rivets for Door Project?

Before purchasing door rivets for your project, you need to understand the specific needs of your project in detail. For example, the material of the door, the strength of the connection, the environment in which it will be installed and the special needs. This way, you can pick the best door rivets for your project.Here are some points to keep in mind when shopping for door rivets.

1. Door Material

Before purchasing door rivets, you need to make sure that the material and design of the rivets are perfectly adapted to the hardness and strength of the door.

2. Joint Strength Requirements

Heavy doors require high strength rivets (e.g. solid rivets or structural rivets).

3. Installation Environment

Outdoor or wet environment preferred corrosion-resistant materials (such as stainless steel rivets or aluminum rivets).

4. Aesthetic Requirements

For occasions with high aesthetic requirements, choose decorative rivets or large cap rivets.

5. Functional Requirements

Choose rivet nut when you need disassembly function; choose closed type rivet when you need waterproof function.

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Why Does Rivet Have a Tail?

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Top Rivet and Rivet Nut Manufacturer in China

Why does rivet have a tail? Do you know what the purpose of a rivet tail is? By reading this post, you will learn everything you need to know about rivet tails. This includes the types of rivet tails as well as the reasons and types of rivet tails that exist. Let’s explore this together!

What is the Tail of a Rivet? (Rivet Tail)

Blind Rivet is composed of two parts: 1. Rivet body (rivet tail) 2. Rivet mandrel. Rivet tail is an important part of the Blind Rivet.Rivet tail is the part of the rivet formed after the deformation of the rivet in the assembly process, its main role is to fix the riveted parts and provide the mechanical strength of the connection.

Blind Rivets are the key part of the riveting process where the rivet tail and rivet head are pressed against each other to secure the materials to be joined. The rivet tail is the key element in the riveting process. It is deformed by expansion or compression to create a stable fastening effect.

Why Does Rivet Have a Tail?

From the above information, I think you already know that rivets are made up of a rivet tail and a rivet mandrel. So why do rivets need to have rivet tails in their design and how does the Rivet tail play a role in the riveting process?The Rivet tail is the key to the rivet’s ability to make a strong connection.Its presence allows the rivet to provide long-lasting mechanical support during the assembly process, spread the load, and ensure vibration resistance and durability of the connection.The Rivet tail is the key to the rivet’s ability to achieve a strong connection. Here’s why and what it does:

1. Provide a Strong Mechanical Connection

Rivets form a locking structure through the deformation of their tails. This structure ensures that the rivet cannot be loosened from the hole, thus holding the joined workpieces firmly together.

The Rivet Tail presses against the back of the workpiece to create a clamping force for permanent riveting.
The strength of the joint is supported by the head and tail of the rivet, with additional support provided by the deformation of the tail.

2. Distribute the Load and Protect the Connecting Material

The deformation of the Rivet tail will increase the contact area between the rivet and the workpiece, thus effectively dispersing the concentrated load and avoiding excessive local stresses.

The ‘cap edge’ or ‘flap’ formed at the end of the rivet tail can reduce the shear or compressive stress on the connected material.
Particularly suitable for joining thin or soft materials to prevent tearing or damage to the material.

3. Ensure Vibration Resistance of the Connection

The deformation of the Rivet tail will tightly adhere to the surface of the workpiece, which effectively prevents the rivet from loosening or falling out under high vibration or dynamic loads.

The Rivet tail provides additional tightening force to prevent the connection from loosening due to prolonged use or vibration.
In high vibration environments (e.g. automotive, aerospace equipment), the deformed tail structure enhances the durability of the connection.

4. Improved Shear and Tensile Resistance

Unlike screws, the deformed structure of the Rivet tail allows the rivet to withstand higher shear and tensile forces.

The rivet tail, by plastic deformation close to the workpiece, can withstand external shear forces, thus enhancing the overall strength of the joint.
It resists pull-out forces and ensures that the workpiece will not come loose under external forces.

5. Simplifies the Installation Process

Deformation of the Rivet tail allows the rivet to form a tight connection. There is no need to use nuts or washers at all, which greatly simplifies the installation process.

The connection is made by simple pulling of the rivet and is suitable for one-sided operation.
This improves installation efficiency, especially in confined spaces or mass production.

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The Process of Rivet tail Formation

The process of forming the Rivet tail represents the process of forming a complete fastening of the rivet. Below is the process of rivet tail formation.

Insertion of the rivet: The tail of the rivet is first inserted into the hole of the workpiece to be joined, with the head of the rivet flat against the side of the workpiece.
Applying Tension: A rivet gun is used to stretch the core of the rivet, causing the tail to expand and compress the workpiece.
Tail deformation fixation: The tail of the rivet deforms plastically after the application of force to form a mushroom, cone or other shaped structure that is firmly attached to the workpiece.

Types of Rivet Tails

There are several different types of rivet tails when forming a stable connection with a blind rivet.

Mushroom Tail: A round cap-like structure formed by the expansion of the rivet tail. The rivet tail is formed into a round tail when a standard blind rivet is installed. This type of rivet tail provides a larger contact area and distributes pressure.
Flared Tail: The tail of the rivet expands outward to form a petal-like structure, commonly found in Peel type blind rivets and tri fold rivets.Blind rivets that can form a flared tail are ideal for joining thinner or softer materials, as this structure prevents the material from being damaged by stress.
Locking Tail: In structural blind rivets, the tail is locked to the rivet core to form a high strength connection. This type of rivet tail provides a fixing that is resistant to vibration and high tensile forces.

Tips of Choosing the Types of Rivet Tails

Which specific rivet tails are right for your project? There are really three main things to consider:

Material compatibility: rivet tail deformation requires sufficient toughness, the material should be adapted to the hardness of the connected workpiece to avoid inadequate deformation or damage to the workpiece.
Tail size and shape: the final shape of the rivet tail determines the firmness of its connection and anti-shear performance, need to choose the appropriate tail type according to the application scenario.
Installation Tools and Methods: Different rivet types require matching tools to form the tail. For example, standard blind rivets and structural rivets use different types of rivet guns.

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Why does rivet have a tail?

By reading this guide, I’m sure you know the definition and type of rivet tail. If you want to choose the right rivet tail for your project, pleasecontact our engineers.

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PCB Rivet: How to Choose Rivets for PCB?

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Top Rivet and Rivet Nut Manufacturer in China

PCB is an important part of carrying electronic components and occupies an important position in various electronic devices. And PCB Rivet can provide more possibilities for pcb.

This blog introduces you to pcb rivet applications, advantages and how to choose the right pcb rivet. let’s learn more about it!

What are PCBs?

PCB’s full name is Printed Circuit Board. it is a kind of electronic components to provide mechanical support and realize the electrical connection of the basic components, is one of the core components of modern electronic equipment. what is the working principle of PCB? It can be laid on an insulated substrate by laying a conductive path (usually copper foil) to realize the transmission of electrical signals between electronic components. Because of its stable structure, low manufacturing cost and easy mass production, PCB is widely used in consumer electronics, industrial equipment, communication equipment, medical equipment, aerospace and other fields.

PCB is a type of electronic component. It can well support miniaturized and high-density electronic products.As an indispensable core component of modern electronic devices, the quality of PCB is very important for users.

If you want to buy stable quality PCB, you can contact Top Quality Electronic Components Distributor – SZComponents.

What are PCB Rivets?

PCB Rivets are types of rivets that are specifically designed to secure and support PCBs (Printed Circuit Boards). pcb rivets are usually made of lightweight materials such as plastic, aluminum or copper. pcb rivets are primarily used to provide mechanical support, electrical connections or space spacing for pcb boards without compromising the integrity of the pcb board.

PCB rivets are used a lot in the manufacturing of electronic devices. Examples include securing PCBs to enclosures, supporting multilayer circuit boards, connecting heat sinks or providing electrical shielding.

Why Use Rivets on Pcb?

In mechanical equipment, PCBs fulfill the needs of electrical connections, structural fabrication and heat dissipation. And pcb rivets provide a stable, reliable and efficient solution for this purpose.

1. Mechanical Fixing

Blind Rivets secure PCB boards to housings, frames, brackets or other components to ensure overall structural stability.

The advantages of using Blind Rivets to secure PCBs are listed below:

Permanent connection: The connection provided by a blind rivet is a permanent one. There is no way to dismantle it without destroying it. Therefore, blind rivets will not loosen due to vibration or shock.
Single Side Installation: Blind Rivets are very simple to install, requiring only one side of the sheet to be manipulated. This is particularly suitable for connections between PCB boards and chassis.
Lightweight: Plastic or aluminum rivets are lightweight and suitable for electronic devices that require light weight.

2. Electrical Connections

Copper rivets create reliable electrical connections inside the PCB or between the PCB and the outside.

Low impedance conductive path: Rivets act as conductors to realize low impedance electrical connections between conductive layers of the PCB.
Anti-interference performance: When the shield is installed, rivets can connect the shield with the grounding layer, providing good electromagnetic shielding effect and reducing electromagnetic interference (EMI).
Durability: Rivets can withstand the effects of long-term vibration and thermal cycling better than welding, avoiding joint failure.

3. Vibration and Shock Resistant

Blind Rivets provide a stable connection for PCBs that are subjected to high vibration or shock environments for extended periods of time.

Excellent fatigue resistance: Rivet connections can effectively absorb vibration and shock energy, preventing the loosening of electronic components and PCB boards.
High reliability: Compared to screws, rivets are less likely to loosen in long-term use, making them particularly suitable for automotive electronics and aerospace applications.

4. Alternative Welding Process

Many of the electronic components on a PCB are connected using soldering. But soldering may damage the materials and surfaces on the pcb. In some scenarios, rivets can replace the traditional soldering method and avoid the defects that soldering may bring.

No heat damage: Soldering can cause warping of PCBs or material degradation due to high temperatures, whereas rivets do not require heat treatment.
Efficient Installation: Rivets are easy and fast to install and are suitable for automated assembly, increasing productivity.
Environmentally friendly requirements: Part of the design avoids the use of hazardous substances (such as lead) in the solder, rivets become an environmentally friendly fastening solution.

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What Type of Rivets Would be Used on Pcbs?

The main function of PCB rivets is to secure pcb boards or related components (such as heat sinks, brackets, shields, etc.). And pcb rivets provide mechanical support, structural stability and electrical connections for these components or products.

Compared with traditional screws and welding methods, pcb rivets have more obvious characteristics. The types of rivets used to connect pcb are as follows:

Plastic rivets (nylon rivet, polycarbonate rivet)
Metal rivets (aluminum rivet, stainless steel rivets, copper rivet)

Plastic rivets are very lightweight and have excellent insulating properties, making them ideal for low load applications or scenarios where electrical isolation is required.

Metal rivets are available in a variety of materials, but they have similar characteristics. For example, they provide high strength and reliable electrical conductivity, making them ideal for electrical grounding, high load or heat dissipation applications.

Applications of PCB Rivets

Consumer Electronics: Fixed PCB boards and shields in smartphones, laptops, tablets.
Industrial Controls: PLC controllers and multi-layer PCB supports.
Automotive electronics: fixing and thermal management of on-board control modules.
Communication equipment: High-density PCB fixing in base stations and routers.
Medical devices: isolation and fixation in precision electronic devices.

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How to Choose Rivets for PCB?

Selecting the right Blind Rivets for PCBs (Printed Circuit Boards) is critical to ensure fixing reliability, heat dissipation and overall stability. Selecting the right rivets requires comprehensive consideration of material, electrical properties, size, environment and other factors.

1. Determine the Use of Rivets

First of all you need to know clearly the main purpose of the Blind Rivet in PCB:

Mechanical fixing: fixing PCB boards to housings, brackets or other structural components.
Electrical Connections: Connecting multiple PCB conductive layers to provide electrical ground or low impedance pathways.
Thermal Management: Transferring heat from the PCB board to a heat sink or enclosure.
Electrical Isolation: Isolates the metal enclosure from the PCB via plastic rivets to prevent short circuits.
Multi-Layer Support: Stacks multiple layers of PCB boards and provides precise spacing.

2. Choose the Right Rivet Material

According to the specific application environment and functional requirements to choose the rivet material:

Plastic rivets:

Features: lightweight, good insulation, anti-corrosion.
Applicable scenes:
Occasions requiring electrical isolation between PCB and metal enclosure.
The application of tensile and shear strength requirements are not high.
Humid environment to avoid corrosion of metal rivets.
Commonly used materials: nylon, polycarbonate and so on.

Metal rivets:

Features: high strength, good electrical conductivity, excellent heat dissipation performance.
Applicable scenes:
Need electrical conduction or grounding occasions.
High load or high vibration occasions.
Equipment with high heat dissipation requirements.
Material Selection:
Aluminun: light weight and corrosion resistant, suitable for lightweight applications.
Stainless steel: corrosion resistance and high strength, suitable for wet or high-strength environments.
Copper: Excellent electrical and thermal conductivity, suitable for grounding and heat dissipation applications.

3. Select Rivet Size According to PCB Thickness

Rivet Diameter: Choose a rivet that is slightly larger than the diameter of the PCB hole to ensure a tight fit. Common PCB hole diameters are 2.5mm, 3mm, corresponding rivet diameters are 2.8mm, 3.2mm.
Rivet length: Ensure that the rivet length can cover the total thickness of the PCB and the structure to be connected, and at the same time have enough margin for riveting molding. Calculation formula: rivet length ≥ total material thickness + rivet margin (generally 1.5 times the rivet diameter).

4. Consider the Environment and Conditions of Use

Select the rivet type according to the environment in which the equipment will be used:

High vibration environment: choose metal rivets with good fatigue resistance (e.g. stainless steel). Give preference to structural rivets that provide higher vibration resistance.
Humid or corrosive environments: Use corrosion-resistant materials (e.g., stainless steel, aluminum alloy or galvanized rivets).
High temperature environments: Use rivet materials with good thermal stability (e.g. stainless steel or aluminum alloys). Avoid deformation of plastic rivets due to high temperature.
Electrical Shielding Requirements: Select rivets with good electrical conductivity (e.g. copper rivets) and ensure good grounding of the shield and PCB.

5. Consider Rivet Head Type

Countersunk head blind rivets: the surface is flat after riveting, suitable for occasions where a smooth appearance is required. Suitable for electronic devices that need to save space or prevent surface bulging.
Dome Head Blind Rivet : riveted to provide higher tensile and shear resistance. Suitable for structures requiring high strength fixing.
Large flange head rivets: larger head area to disperse pressure, to avoid PCB boards due to local stress damage. Suitable for fixing thin boards or brittle materials (such as plastic shells).

Conclusion

PCB Rivets provide lightweight and efficient fixing and connection solutions for PCB projects and electronic component projects. They are indispensable fasteners in the manufacture of modern electronic equipment due to their simple installation, lightweight design and versatility.

Through this guide, I believe you have a clear idea about the introduction, advantages and application scenarios of pcb rivets. If your project requires the use of pcb rivets on pcb projects, please understand to contact our engineers.

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Are you looking for a reliable riveting solution for your pcb project or electronic component detailing? Don’t worry, Rivmate can provide professional riveting solutions for you.

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What is a Multi-grip Rivet?

Rivmate Fastener

Table of Contents

Table of Contents

What is a Multi-grip Rivet?

Characteristics of Multi Grip Pop Rivets

1. Accommodates a Wide Range of Material Thicknesses

2. Excellent Clamping Force

3. Reduced Inventory Requirements

4. Installation Flexibility Reduces Errors

5.Preventing Material Damage

Applications of Multi-grip Blind Rivets

Automotive Industry

Electronic Equipment

Industrial Equipment

Building Construction

Furniture Assembly

Rapid Transit

Differences Between Multi Grip Blind Rivets and Standard Blind Rivets

How to Choose the Right Multi-Grip Blind Rivets?

FAQs about Multi Grip Blind Rivets

Are Multi grip blind rivets suitable for high intensity applications?

What materials can Multi grip pop rivets be used on?

Does Multi grip blind rivets require specialized tools?

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How to Choose Blind Rivets for Furniture?

Rivmate Fastener

Table of Contents

Table of Contents

Why Use Blind Rivets for Furniture?

1. Easy to Operate

2. Provides Strong Connections

3. Economics

4. Environmentally Friendly

What Are the Different Types of Blind Rivets for Furniture?

Structural Rivets

What are the Best Rivets for Wood?

How to Choose Blind Rivets for Furniture?

Selection of Rivets According to the Material of the Furniture

Consider the Use and Stress Requirements of the Furniture

Custom Blind Rivets Solutions for Your Furniture Project

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How Do Rivets Work?

Rivmate Fastener

Table of Contents

Table of Contents

What Are Rivets?

How do Rivets Work? - Core Elements

1. Plastic Deformation

2. Clamping Force

3.Material Compatibility

How do Rivets Work?

1. Pre-drill Holes and Insert Rivets

2. Riveting tool action

3. Material Clamping

How Different Types of Rivets Work?

Solid Rivets

Blind Rivets

Structural Rivets

Advantages of Using Rivets

Disadvantages of Using Rivets

Applications of Rivets

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How to Riveting Steel? The Comprehensive Guide

Rivmate Fastener

Table of Contents

Table of Contents

What is Riveting Steel?

Why Use Blind Rivets to Riveting Steel?

1. High Strength Connections

2.Avoiding Thermal Effects

3. Suitable for Dynamic Loads and Vibration Environments

4. Provision of Special Functions

What Rivets to Use on Steel?