Types of Lockbolts - How to Choose Lockbolts for Your Project?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

There are several different types of Lockbolts. Different types of lockbolts are used in different conditions and scenarios. Let’s find out more about them below.

What is a Lockbolt?

What is a Lockbolt? Lockbolt is a high strength mechanical fastener widely used in manufacturing and construction. It is specifically designed for applications requiring extremely high strength and durable connections. As the name implies, lockbolt will not loosen under high loads and vibration environments.

The first generation of lockbolt was invented by Louis C. Huck in the 1940s to solve the problem of traditional rivets and bolts loosening on their own under prolonged vibration.

The lockbolt consists of two parts, a pin and a collar. They can replace nuts and bolts and are stronger than them. There is also no need to access both sides of the material for installation.Lockbolt is a reliable and durable strong fastener that provides a dependable connection solution under severe conditions of use.

Types of Lockbolts

Lockbolts fastener has many types, but there are two main types: 1.Lockbolt with Separating Pintails 2.Lockbolt without Separating Pintails.Next let’s take a look at these two types of lockbolts in detail.

Lockbolt with Separating Pintails

Lockbolt with Separating Pintails also comes in two types. As we know, there is a difference in the products strength is also different. It is worth noting that the strength of C6L lockbolt is a bit lower than that of C50L lockbolt.

C50L Lockbolt

The C50L lockbolt is specifically designed for heavy-duty applications requiring ultra-high strength. It is the best solution for heavy duty industrial connections.Rivmate’s C50L lockbolt ranges in diameter from 12.7mm (1/2 inch) – 28.6mm (1-1/8 inch).

In real-world applications, the torque and shear strength of the C50L lockbolt exceeds that of conventional bolts. So lockbolt can replace traditional bolts in all applications.C50L lockbolt has many types to choose from, including dome head, carbon steel, and stainless steel.

C6L Lockbolt

The C6L lockbolt has been around for over sixty years. This lockbolt provides high shear strength and long lasting performance. It reduces rework and warranty costs and requires little or no training to complete the installation process quickly.The C6L lockbolt is available in aluminum, steel and stainless steel in diameters from 12.7mm (1/2 inch) – 28.6mm (1-1/8 inch).

Lockbolt without Separating Pintails

The main feature of Lockbolt without Separating Pintails is the ability to connect multiple grip ranges. This reduces the pressure on inventory. This type of lockbolt has a precisely controlled grip range and clamping force, making it ideal for metal-to-metal fastening.

It has a variable length of broken tail after riveting. This will vary depending on the actual thickness of the riveted material. This unique property allows it to easily accommodate changes in material thickness.

Differences Between Different Types of Lockbolts

Feature	C50L Lockbolt	C6L Lockbolt	Magna-Grip Lockbolt
Material	High-strength steel, stainless steel	Alloy steel, aluminum alloy	High-strength steel, aluminum alloy
Application Strength	Suitable for heavy load and high-stress applications	Suitable for medium to high-stress applications	Suitable for high-load applications
Mechanical Locking	Yes, mechanical locking with specialized tools	Yes, mechanical locking with specialized tools	Yes, mechanical locking with specialized tools
Vibration and Impact Resistance	Yes, designed for severe vibration and impact conditions	Yes, designed for severe vibration and impact conditions	Yes, designed for severe vibration and impact conditions
Corrosion Resistance	Yes, typically treated for corrosion resistance (e.g., galvanized, nickel-plated)	Yes, typically treated for corrosion resistance (e.g., galvanized)	Yes, typically treated for corrosion resistance (e.g., galvanized, nickel-plated)
Ease of Installation	Quick installation, suitable for mass production	Quick installation, suitable for mass production	Quick installation, suitable for mass production
Wide Grip Range	No	No	Yes, adapts to different material thicknesses, reducing inventory variety
Typical Applications	Heavy machinery, rail cars, bridge construction	Automotive industry, construction, general industrial manufacturing	Automotive, aerospace, construction, heavy equipment, rail transportation
Single-sided Operation	Yes	Yes	Yes

How to Choose Lockbolts for Your Project?

The scenarios in which different lockbolt is used are also different. So how should you choose the best lockbolt rivets for your project? You need to decide based on factors such as specific application requirements, material thickness, load requirements and environmental conditions. Below is a detailed guide to help you choose between these lockbolts:

Application Strength and Load Requirements

What is a Lockbolt Used for?

The C50L Lockbolt is suitable for applications requiring extreme strength and heavy loads. For example, heavy machinery, railroad vehicles, bridge design, etc. C50L Lockbolt provides extremely high tensile and shear strengths to withstand heavy loads and high stresses.

C6L Lockbolt provides excellent tensile and shear strength for medium to high strength applications. For example, in the automotive industry, construction, and general industrial manufacturing.

Magna Grip Lockbolt can accommodate a wide range of material thicknesses in addition to providing high strength connections. You can choose this type of lockbolt if you want to reduce the variety of stock.

Material Thickness and Adaptability

Both the C50L Lockbolt and the C6L Lockbolt are suitable for joining high-strength applications in a fixed thickness range. Unlike the Magna grip lockbolt, which has a large clamping range that allows joining materials of different thicknesses.

So if you want to reduce your inventory, then go for the Magna grip lockbolt, but it is more expensive.

Vibration and Shock Resistance

Both the C50L Lockbolt and the C6L Lockbolt will hold strong under vibration and shock conditions and will not easily loosen or fall off.

The Magna grip lockbolt also has the characteristics of other types of lockbolt and is more versatile.

Environmental Conditions and Corrosion Resistance

Lockbolt, regardless of type, is usually treated to prevent corrosion. For example, galvanized or nickel plated, as the practical environment for lockbolt rivet is generally harsh.

Conclusion

Choose C50L Lockbolt if your application requires extremely high strength and heavy-duty capabilities, such as heavy machinery, railroad vehicles and bridge construction.

Choose C6L Lockbolt if your application requires medium to high strength connections, such as in the automotive industry, building construction and general industrial manufacturing.

Choose Magna-Grip Lockbolt if your application needs to accommodate materials of varying thicknesses while requiring high load capacity, such as the automotive industry, aerospace, construction and heavy equipment, and railroad transportation.The Magna-Grip Lockbolt’s large clamping range gives it an advantage in inventory management and material adaptability.

Applications of Lockbolts

Transportation such as buses, public transportation vehicles, trucks and train cars
Automotive applications such as recreational vehicles, trailers and cars
Aerospace manufacturing, including aircraft and airport equipment
White goods, such as lighting, food service equipment, and medical equipment; and alternative energy hardware, such as solar systems and wind turbines
Assembly applications, such as building warehouse racks or working within automated systems used by large manufacturers and distributors
Agricultural equipment, construction equipment, and recycling equipment
Metal fabrication and power plant systems
Bridge and tunnel structures

Get the Most Secure Connection with Rivmate Lockbolt Solutions

At Rivmate, we are committed to providing our customers with the best lockbolt rivets solutions and products. We offer quality lockbolt and customization services that exceed your expectations, such as header customization, material customization, and customization according to drawings. Contact us today for a consultation!

Contact Person Search

Submit Your Sourcing Request

Home » 归档于 eric@world-rivet.com » 第4页

What is A Speed Rivet? - Speed Rivet Technology

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

What is a Speed Rivet? Do you want to know about speed rivets in detail before you buy it?This blog will provide you with the most comprehensive explanation. Let’s read it together.

What is A Speed Rivet?

Speed rivets break the concept that blind rivets can only be riveted individually. Engineers installing speed rivets with specialized tooling can perform continuous, rapid riveting. This type of riveting is ideal for automated assembly work in bulk.

So why do speed rivets work continuously?

Because speed rivets are not like traditional blind rivets, which need to be installed one by one. When you install speed rivets, you can install dozens of rivets at once. Each time you complete the riveting process, the next rivet in the tool is automatically in place, ready for the next operation.

Types of Speed Rivets

Speed rivets come in several different types, depending on the actual requirements of your project. The following are common types of speed rivets:

BRV Speed Rivets

BRV Speed rivets have a unique bulbous rear end. The shortening of the ball end during installation ensures the strength of the connection. And its large head-shaped tail provides a large carrying area for soft materials.

BRV Speed rivets are also characterized by their ability to fill irregular holes. Most importantly, of course, speed rivets cost less than welding or other rivets when working in the field!

CBT Speed Rivets

CBT Speed rivets date back to the 1930s. It is available in a variety of finishes including galvanized, brass and other options.

CBT Speed rivets have a consistent clamping force that reduces damage to soft or brittle materials. For this reason, it is often used in household appliances and lightweight manufacturing.

NeoSpeed Speed Rivets

Neospeed speed rivets are the strongest and most versatile fastening system on the market, according to data presented by Avdel Neospeed.Neospeed speed rivets provide enough strength and installation speed that it can be installed up to four times faster than traditional threads or rivets!

Neospeed speed rivets have a unique rivet design. This design allows for increased clamping force and a wide riveting range. It provides multi-grip capability and can accommodate materials of varying thicknesses.

This type of speed rivets is half the weight of traditional rivets, effectively reducing the overall weight of the equipment. Reduces energy consumption during operation.

Advantages of Speed Rivets?

Why was the speed rivet invented? Because it has many advantages that other riveted fasteners do not have. Let’s read on.

No Need to Reload Rivets

When engineers install speed rivets, they preload the speed rivet gun with a large number of speed rivets, thus eliminating the need to repeatedly load rivets when installing industrial equipment. Using speed rivets for the same project can save a great deal of time, especially if the manufacturer is doing mass production.

Very Fast Installation

The best thing about Speed rivets is that it installs very quickly. And it’s perfect for high volume installations.

Speed rivets can be installed on factory automated assembly lines using automatic riveting machines. Trust me, you can save up to two-thirds of the time!

Let’s enjoy a quick install of the speed rivet! Let’s appreciate how time-saving the following speed rivet installations are.

Cost-effective

In actual production, speed rivets cost less than welded or blind rivets. Both the cost of time and the economic cost of the rivets themselves. This can be a huge saving to your budget!

Smooth Exterior

Speed rivets have a very flat surface with no bumps after the installation is complete. This provides a very aesthetic appearance. Especially suitable for applications where a smooth surface is required!

For example, speed rivet is used extensively in the plastic housings and heat sinks of electronic devices and in the metal housings and internal frames of household appliances.

Why Use Speed Rivet Technology?

Speed rivets provide stable clamping force while increasing the efficiency of production setups. The more you read, the more I’m sure you realize that the best part about speed rivets is that they don’t need to be reassembled after a single rivet is installed. speed rivets can be installed dozens of times at a time. This is very important in industrial automated assembly lines, and means that engineers’ installation efficiency is greatly improved.

What is the Difference Between Speed Rivets and Traditional Blind Rivets?

Comparison Item	Speed Rivets	Blind Rivets
Installation Speed	Very fast, suitable for high-efficiency, large-scale production, especially for automated assembly lines	Fast, but typically slower than speed rivets
Operation Method	Single-sided operation, ideal for applications with limited space	Single-sided operation, suitable for applications with limited space
Installation Tools	Suitable for automation, requires specialized speed riveting equipment, can also use manual tools	Uses standard riveting tools, suitable for various settings
Connection Strength	High-strength connection, excellent resistance to vibration and impact	Provides strong connections, suitable for medium-strength applications
Applicable Materials	Suitable for a variety of materials, including metals, plastics, and composites	Suitable for a variety of materials, including metals, plastics, and composites
Residual Mandrel	No residual mandrel, smooth surface after installation	Mandrel remains inside the rivet body after installation, slightly protruding
Cost Efficiency	Low cost for mass production, higher initial equipment cost but lower on-site installation cost	Lower initial cost, but slightly less efficient for mass production
Customization	Customizable design, tailored to meet specific assembly requirements	Highly standardized, broad adaptability
Water and Dust Resistance	Some types (e.g., closed-end) provide water and dust resistance	Closed-end rivets provide water and dust resistance, but standard types have weaker water resistance
Typical Applications	High-efficiency assembly lines, such as in automotive, electronics, home appliances, and furniture manufacturing	Automotive, construction, electronics, home appliances, furniture manufacturing, repairs, and on-site assembly

Application of Speed Rivets

Speed Rivets are used in a variety of industrial environments due to their unique benefits. A look at some of the applications for speed rivets:

1.Speed Rivets for Domestic Electric Appliance

The use of household appliances is very high. It is believed that there are a lot of appliances in everyone’s home, so keeping each appliance fully assembled requires a lasting solution.Speed rivets are widely used in household appliances to connect a variety of different housings for assembly. Although traditional blind rives can also complete the process, speed rivets are faster.

In addition, speed rivets weigh half or less than blind rivets. This reduces the overall weight of the appliance. It helps the customer to make different visits to the appliance and enhances the happiness of the customer.

2.Speed Rivets for Lightweight Construction

In the industrial sector, in addition to heavy equipment, there are also lightweight structures. Lightweight construction needs to ensure that the overall weight of the equipment does not feel heavy.

Speed rivets manufacturers can provide lightweight designs. Maintaining reliable strength while still making your equipment lighter. This technology improves structural integrity by not damaging materials.

3.Speed Rivets for Electronic Equipment

Electronic devices often have high weight requirements. So it is not possible to use fasteners that are inherently heavy, and Speed rivet brings the solution.

Speed rivets reduce the cost of electronic equipment while reducing its weight. This is very helpful in selling electronic equipment.

Increase Production Efficiency with Rivmate Speed Rivets

Want to improve the efficiency of production? Rivmate Speed Rivets is one of the best speed rivets solution providers. Purchase speed rivets and apply them to your project for the fastest productivity.

Contact us today for high quality speed rivets solutions for your assembly needs. Our engineers will provide the best solution for your project.

Contact Person Search

Submit Your Sourcing Request

Home » 归档于 eric@world-rivet.com » 第4页

Tools for Rivet Nuts - How to Choose the Right Tools for Rivet Nuts?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

Tools for Rivet Nuts.How to choose the best rivet nut tool for your project? Through this article, I think you won’t have any doubts about this issue!

What is a Rivet Nut Tool?

Rivet nuts are a very common fastener for thin plate connections in industry and manufacturing. In order to improve the efficiency of production and installation. Often choose the right rivet nut tool to complete the rivet nut installation process. So what is a rivet nut tool?

A rivet nut tool, which is also often referred to as a rivet nut gun or cap puller, is a quick tool designed to install rivet nuts. The rivet nut tool secures the rivet nut to the material through mechanical force, providing a strong threaded joint.

Proper use of a rivet nut tool can greatly improve your efficiency and the quality of your connection. That’s why rivet nut tools are widely used in automotive manufacturing, aerospace, electronic equipment and furniture assembly.

Types of Rivet Nut Tool

There are various types of rivet nut tools. However, they can be categorised into the following three types based on their power source and mode of operation:

Manual Rivet Nut Tools
Electric Rivet Nut Tools
Pneumatic Rivet Nut Tool

Each type of tool has its own unique benefits and usage scenarios. Let’s explore them together in detail below!

Manual Rivet Nut Tools

A manual rivet nut tool is a tool that operates by applying force manually and is used to install rivet nuts on thin plates or other materials. This tool is widely used in small production runs, repairs and DIY projects.

The operation of a manual rivet nut tool is very simple, it does not require an air or power source and can be used in any work environment. And the manual rivet nut tool is very lightweight and small in size, making it easy to carry around. Most importantly, it is very cheap!

But then again, it has its drawbacks. It is more laborious to operate and requires manual pressure to complete the installation process. It is also very inefficient to install and is not suitable for mass production and high intensity work.

Electric Rivet Nut Tools

The Electric Rivet Nut Tool is a tool that utilises an electric motor to provide power. This tool is widely used in high-volume industrial production and assembly tasks such as appliance manufacturing, electronic equipment assembly and automotive production.

The operation of the Electric Rivet Nut Tool is effortless and the installation efficiency is good. But then, it is very dependent on power and needs to be equipped with a battery or power adapter.

Pneumatic Rivet Nut Tools

The last type of rivet nut tool is the pneumatic rivnut tool. It is a tool that uses compressed air to provide power. It is widely used in volume industrial production such as automotive manufacturing, aerospace and mechanical equipment assembly.

Why do engineers choose to use pneumatic rivnut tool during mass production? Instead of electric rivet nut guns. The main reason is that the force output of the pneumatic rivnut tool is very stable, which can be very effective in reducing human error. It can ensure that the installation quality of each rivet nut is consistent, which is very important for industrial installation.

How to Choose the Right Tool for Your Rivet Nut Project?

Identify Project Needs

The first step in choosing the right rivet nut tool for your business is to identify your business needs. You can take a comprehensive look at your project requirements and select the most appropriate rivet nut tool for the job. The aim of this process is to ensure that the tool selected will meet the project requirements and will increase efficiency, reduce costs and ensure the quality and reliability of the connection.

We can categorise the size of the project into three simple categories:

Small scale projects
Medium sized projects
Large scale projects

So what are considered small-scale projects? For example, home repairs, DIY projects, small workshops or small batch production can all be considered small-scale projects. Small-scale projects are characterised by the fact that they are not used very often, perhaps only once in a while or only need to connect a dozen rivet nuts.

Medium sized projects are characterised by regular use, for example, every week the tool is needed to make the rivet nut connections. Regular production tasks like SMEs, specialised repairs and medium volume production are all considered medium-sized items.

Large-scale projects are easy. Like assembly line operations in large factories, mass serial production or industrial projects that run continuously. Rivet nuts are used frequently on these projects and engineers are required to connect rivet nuts on a daily basis.

Compare Different Rivet Nut Tools

Above we briefly explained the different types of rivet nut tools. Next we need to understand which size project the different types of rivet nut tools are suitable for.

Manual Rivet Nut Tool

Scope of application: small batch, light assembly tasks, home repairs and DIY projects.
Pros: easy to operate, no power or air source required, high portability, low cost.
Disadvantages: labour-intensive operation, low efficiency, not suitable for high-intensity work.

Pneumatic Rivet Nut Tool

Scope of application: medium batch, industrial production tasks, automotive manufacturing and repair.
Advantages: fast operation, even force, suitable for frequent use, high efficiency.
Disadvantages: requires compressed air source, noisy operation, high initial investment.

Electric Rivet Nut Tool

Scope of application: high-volume, assembly-line production tasks, home appliance manufacturing and electronic equipment assembly.
Advantages: labour-saving operation, high efficiency, adjustable output force, suitable for continuous work.
Cons: Requires power supply or batteries, noisy operation, heavy weight.

Without considering your budget, I would suggest that you can choose either an electric rivet nut gun or a pneumatic rivet nut gun. The electric rivet nut gun is definitely enough for daily use. If you are in industrial production, then pneumatic rivet nut gun is preferred. It provides consistent installation quality.

With these two points, I think you can roughly determine which type of rivet nut tool you should use for your business! If you want to buy a pneumatic rivnut tool, you can contact us!

Consider the Budget

Budget is the most important factor when choosing rivet nut tools. Initial investment, operating costs, maintenance costs and project needs need to be considered comprehensively. Reasonable selection of manual, pneumatic, and electric rivet nut tools ensures that while meeting project needs, budget and resource utilization are optimized, and work efficiency and assembly quality are improved.

In terms of equipment cost, the equipment cost of pneumatic rivet nut tools is generally the highest, and the manual rivet nut tools are the lowest. However, manual rivet nut tools are not suitable for large-scale industrial production environments.

Conclusion

After reading this far, I believe you have a clear idea of how to choose the best rivet nut tool for your project.

We just need to choose the most suitable type from manual, electric and pneumatic rivet nut tools based on the specific circumstances of your business.

Order Rivet Nuts and Rivet Nuts Tool? Rivmate can Help You!

Do you want to buy rivet nuts or rivet nut tools in bulk? Rivmate can provide many types of rivet nuts and rivet nut tools. Including manual rivet nut tools, electric rivet nut tools and pneumatic rivet nut tools.

Rivmate is the top rivet nut manufacturer and supplier in China. You can solve all your rivet nut needs in one place. Of course, Rivmate also has rivet nut tools suitable for various scenarios, and you can get various types of rivet nut tools.

For your business success! Contact us today!Let us help you succeed!

Contact Person Search

Submit Your Sourcing Request

Home » 归档于 eric@world-rivet.com » 第4页

Are Rivets Stronger Than Screws?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

Are Rivets Stronger Than Screws? Do you know which is stronger, rivet or screw? Do you know what applications they are used in respectively? With this blog, you will learn all about it.

Strength of Rivets and Screws

The strength of rivets and screws is mainly composed of the following strength types:

Shear strength
Tensile strength
Fatigue strength

So what do these three types of strength mean?

Shear Strength

Shear strength is defined as the maximum shear stress that a material can withstand before it breaks in shear. It is also the ability of a material to resist damage under shear. It measures the ability of a material to withstand a force parallel to its cross-section without damage. Shear strength is particularly important in mechanical connections because many connections (e.g., rivets, screws, etc.) are subjected to shear forces.

Tensile Strength

Tensile Strength (Tensile Strength) is the ability of a material to resist breaking under tensile force. It measures the maximum stress that the material can withstand before being stretched to fracture. Tensile strength is one of the important indicators for evaluating the mechanical properties of materials. Tensile strength has a wide range of applications in mechanical and structural engineering, building materials, and manufacturing and processing, ensuring the safety and reliability of materials and structures.

Fatigue Strength

Fatigue strength is usually determined by fatigue testing. In this test, a material specimen is repeatedly loaded under a specific cyclic stress until the specimen breaks. Fatigue strength is generally expressed as the maximum value of stress at which a material will not break within a certain number of cycles (e.g. 10^6).

Fatigue Strength is the ability of a material to resist fatigue damage under cyclic stress. It is a measure of the maximum stress that a material can withstand without fatigue rupture under repeated loading and unloading conditions. Fatigue Strength is commonly used to predict the durability of materials in long-term use, especially in mechanical and structural applications.

Strength of Blind Rivets

There are many types of rivets, including standard blind rivets, structural blind rivets and lockbolts, all of which have excellent shear, tensile and fatigue strengths. Of these, structural rivets and lockbolt have particularly high shear and tensile strengths. They are ideally suited for joining in high stress environments.

Because of their excellent tensile and shear strengths, high-strength structural rivets and lockbolt are widely used in structural installations for connecting automotive body panels and aircraft skins. At the same time, the excellent fatigue strength of the Blind Rivet ensures that it can maintain the stability of the connection under repeated pressure changes.

Of course, the strength of a blind rivet is not static. It will vary depending on the rivet material, the size of the rivet, whether or not it is properly installed, and the size of the hole.

Strength of Screws

Screws have relatively moderate shear strength. Although they are not as strong as rivets in terms of transverse forces, certain specially designed structural screws are available with enhanced shear strength.

Screws excel in tensile strength, which is greater than most rivets. It is ideally suited to applications that require a tight bond between materials.

However, in terms of fatigue strength, screws are not as good as rivets. Although they can withstand cyclic loading, they require a specific design to increase their fatigue strength.

What is Stronger, A Rivet or A Screw?

Rivets and screws each have their own benefits and application scenarios, and their sturdiness depends on the specific usage environment and connection requirements. Rivets are considered more robust in many situations where high strength and reliability are required, but screws have irreplaceable advantages in situations where frequent maintenance and adjustments are needed.

Blind rivets have many advantages. These include a permanent connection, good resistance to vibration, the ability to apply a uniform force to the material, and suitability for connecting a wide range of materials.

Because of these advantages, blind rivets are widely used in the assembly and connection of aircraft structures, which can provide a high-strength and long-term stable connection. Electric car Tesla and other car manufacturers also use a large number of core-pull rivets to connect body panels and frames, which can ensure the stability of the vehicle in a high-stress environment.

The robustness of the blind rivets is outstanding. It offers high shear and pullout forces, especially with high strength structural rivets and lockbolts, which provide extremely high shear and pullout forces and are ideal for use in high load and high stress environments.

The durability of blind rivets is also very good. In high vibration environments, blind rivets remain stable, making them ideal for long-term use.

Screw has a very good removability and can be installed and removed repeatedly. It is also very easy to install and can be used in any environment.

Screw is widely used in equipment that requires regular maintenance or parts replacement, such as household appliances and electronic equipment.

Screw provides a fairly high tensile strength and is suitable for connections subjected to axial tension.Screw has a higher tensile strength than some rivet.

Rivet vs Screw

Comparison Item	Rivets	Screws
Connection Type	Permanent Connection	Removable Connection
Installation Tools	Specialized tools (e.g., hydraulic rivet gun, pneumatic rivet gun, manual rivet gun)	Common tools (e.g., screwdriver, electric screwdriver)
Shear Strength	High (especially structural rivets and lockbolts)	Moderate (suitable for axial tensile connections)
Tensile Strength	High (structural rivets and lockbolts)	High (especially suitable for axial tensile loads)
Vibration Resistance	High, not easily loosened	Moderate, may require anti-loosening measures (e.g., thread locker)
Multi-material Connection	Excellent (e.g., SPR rivets can connect aluminum and steel, avoiding galvanic corrosion)	Fair (suitable for similar or close materials)
Ease of Installation	Moderate (requires specialized tools but allows quick and efficient installation)	High (requires no specialized tools, suitable for various environments)
Maintenance and Replacement	Difficult (requires destructive methods for removal, not reusable)	Easy (can be removed and reinstalled, suitable for regular maintenance or replacement)
Flexibility	Low (difficult to adjust or reposition once installed)	High (easy to adjust and reposition)
Corrosion Resistance	High (using aluminum or stainless steel rivets, suitable for harsh environments)	Depends on material and coating (e.g., galvanized screws have good corrosion resistance)
Application Scenarios	Aerospace, automotive manufacturing, heavy machinery, structural buildings, body panels, chassis protection panels	Electronic devices, construction, woodworking, home appliances, equipment requiring regular maintenance
Aesthetic Quality	High (flush head after installation, does not affect appearance)	Fair (screw heads may protrude, additional treatment may be needed for aesthetics)
Installation Cost	High (specialized tools and equipment cost more but can increase production efficiency)	Low (common tools cost less, suitable for small-scale and repair use)
Connection Strength	High (provides high shear and tensile strength, suitable for high-stress and heavy-load applications)	High (provides high tensile strength, suitable for axial tensile load applications)

Selection Recommendations

Rivets: Suitable for applications requiring permanent, high-strength, vibration-resistant, and durable connections, such as aerospace, automotive manufacturing, heavy machinery, and structural buildings.
Screws: Suitable for applications requiring removable, flexible, easy-to-maintain, and adjustable connections, such as electronic devices, construction, woodworking, and home appliances.

This article explains the comparison and difference between rivets and screws in terms of strength. If you want to know more about rivet vs screw, please read my other article.

Get High Strength Blind Rivet at the Best Price From Rivmate Rivet

Rivmate provides high quality blind rivet solutions. We are one of the leading pop rivet manufacturers in China, offering a wide range of project rivet fastener solutions for you to choose from.

Our products are not only varied but also of high quality. We provide customers and partners with thin sheet riveting solutions that fit their budgets.

We offer a wide variety of blind rivet and rivet nut.So, if you are looking for the best rivet solution for your project, feel free to contact us. We will get back to you as soon as possible.

Contact Person Search

Submit Your Sourcing Request

Home » 归档于 eric@world-rivet.com » 第4页

Tesla Rivets - Blind Rivets in Tesla Cars

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

Tesla Rivets are an important part of Tesla. So do you know what are the specific scenarios where Tesla rivets are used on a Tesla? Let’s come together to understand it!

What are Tesla Rivets?

Tesla rivets are a type of fastener. It used in the manufacturing process of Tesla vehicles to connect several key parts such as the body, chassis, powertrain and interior components. These rivets include a variety of types, such as Blind Rivets, Structural Rivets, Self-Piercing Rivets (SPR), and Lockbolts. Each type of rivet plays a specific role in different application scenarios. It can ensure the overall strength, durability and safety of the vehicle.

Types of Tesla Rivets

A safe automobile uses a large number of fastener products in its production. Rivets are one of those very important components. However, there are many types of rivets that correspond to different conditions and scenarios of use, and not all of them are used on the Tesla. Below are some examples of the types of rivets commonly used in Tesla.

Blind Rivets

Blind rivets are able to be installed from one side, making them ideal for use in interior bodywork and hard-to-reach areas. Blind rivets are often used to attach Tesla’s exterior body panels such as doors, roof and side panels. It provides panel strength while maintaining panel aesthetics.

Self Piercing Rivets(SPR Rivets)

Self piercing rivets (SPR Rivets) are a new type of joint fastener. Aluminum alloys are widely used on Tesla for lightweighting purposes, and SPR Rivet is used to connect aluminum body panels to the frame. It does not require pre-drilling and provides a strong bond.

Spr rivets can join aluminum and steel materials and ensure a strong connection between them. spr rivet is very suitable for mass production activities, it can be fully automated and mechanized, which saves a lot of labor and time costs while achieving lightweight body structure!

Structural Blind Rivets

A competent Tesla car has more than just regular connections, but also connections that need to withstand high stress areas. Structural blind rivets are used to accomplish this. It is used to connect load-bearing components such as the suspension and critical nodes of the drivetrain.

A competent automobile manufacturer will invest more cost in the protection of the vehicle. Tesla is no exception, and it uses high-strength structural core-pull rivets for the installation of its safety devices and protective components to ensure that people can be minimally injured in the event of a crash.

High-strength rivets provide extremely high shear and tensile strengths and can withstand high-frequency mechanical stresses to prevent failure due to fatigue.

Rivet Nuts

Rivet nuts are mechanical fasteners that connect thin sheet structures and provide threaded attachment points. It is commonly used for threaded connections in thin-walled structures such as Tesla’s interior body mounts and panel mounts. rivet nuts provide an excellent means of repair and provide a reliable threaded connection point in areas that require frequent disassembly.

Rivet nuts are flexible enough to be applied to a wide range of materials and thicknesses, and are widely used in the fixing of bodywork and interior components!

Lockbolts

Lockbolt Rivet is a type of rivet that can provide extra strength. It tends to be used in connecting Tesla’s critical structural components such as the body frame and chassis in high stress areas. Or it is used to secure key components of the powertrain, such as battery packs and motor mounts, and it ensures the safety and stability of the powertrain.

The extremely high strength of the Lockbolt rivet ensures that critical components are securely attached and remain stable under conditions of high vibration and dynamic loads without loosening.

Applications of Tesla Rives

这是测试文本，单击 “编辑” 按钮更改此文本。

Tesla Body Connections

In the case of the Model 3, for example, its body structure uses blind rivet and spr rivet for attachment and assembly.

Tesla’s door panels can’t be connected from both sides in order to maintain structural integrity and aesthetics. And Blind rivet solves this problem perfectly. the biggest advantage of Blind rivet is that it can be connected on one side without accessing the back side of the material. the head of Blind rivet is flat after installation, which won’t affect the appearance of the door, and ensures that the panel will not come loose while the vehicle is in motion.

Tesla uses spr rivet for all of its body-face-to-steel-frame connections. To avoid galvanic corrosion and to simplify the installation process. Spr rivets are used, which do not require pre-drilling. They penetrate and connect aluminum and steel, providing a strong and reliable connection. It avoids corrosion problems caused by the contact of different metals and realizes the light weight involved.

Tesla Interior Fixed

As an example, the model s of the Tesla Motors lineup uses a lot of blind rivets for its interior assembly.

Tesla’s interior components need to be mounted quickly, securely and aesthetically, and the Blind Rivet fulfills this requirement. The engineers only need to use a special blind rivet gun to quickly install the blind rivets. And the blind rivet ensures that the connection between the Tesla’s dashboard and center console is very strong.

Tesla Chassis Structural Connections

The car chassis supports the weight of the entire car, so it is very important that it is stable.

Take Tesla’s Model X for example, it uses a large number of high-strength structural rivets and blind rivets for its chassis and battery pack.

Tesla’s chassis and battery pack require high strength because they have to withstand the shock and vibration of the vehicle in motion. That’s why engineers use high-strength structural rivets for this installation process. High-strength structural rivets can provide extremely high shear and pulling forces, which can ensure the solidity and durability of the chassis structure and battery pack mounts.

In order to protect the battery pack and floor pan components, chassis guards are used to secure them. This component does not need to be subjected to high levels of strength, so a large number of blind rivets are used to secure it. Blind rivets provide a strong connection and are very easy to install, ensuring that the shield will not loosen or fall off while driving.

Tesla Powertrain Connection

The powertrain is the heart of the car! If you want a car to be like a beast, then the powertrain must not be bad!

Take the Model Y for example. Tesla’s powertrain has high load and vibration requirements, the powertrain generates high loads and high vibrations. Engineers generally use lockbolt rivet to connect the motor mounts to the driveshaft. Which provides extremely high shear and pulling forces to ensure that the motor mounts and driveshafts are very strong under all kinds of working conditions. It prevents them from loosening or shifting!

Pros and Cons of Using Rivets in Tesla

Tesla’s use of rivets in the manufacturing process offers many benefits. Including high strength, light weight, multi-material connections, quick installation, aesthetics and high reliability. These advantages help increase productivity, optimize body structure, and enhance vehicle performance and appearance. However, rivets also have some drawbacks.Such as difficulties in repair and maintenance, high equipment and tooling costs, lower flexibility, and high hole size requirements. Let’s take a closer look at the pros and cons of Tesla rivets.

Pros of Blind Rivets in Tesla:

High Strength and Stability: The high shear and pull-out forces provided by rivets are critical to the overall safety and durability of the vehicle, especially in high stress and high vibration environments.
Lightweight design: Aluminum and titanium alloy rivets, with their light weight, help to achieve a lightweight design for the vehicle, improving energy efficiency and range.
Multi-material connection: Self-pierce rivets (SPR) are particularly suitable for connecting different materials, allowing flexibility in the use of a variety of materials to optimize the body structure and improve performance and durability.
Fast and Efficient Installation: Rivet installation is often faster and more efficient than other methods such as welding, which improves the efficiency of production lines, shortens manufacturing time and reduces production costs.
Aesthetics and Neatness: Rivet installation results in a flat head and neat appearance without affecting the aesthetics of the body and interior. Enhances the overall appearance quality of the vehicle and user experience.
Reliability and durability: Rivet connection has high reliability and durability, which can ensure the stable performance of the vehicle during the whole service life and reduce the maintenance frequency and cost.

Cons of Blind Rivets in Tesla:

Difficulty of repair and maintenance: Rivets are permanent connections that require destructive methods (e.g. drilling or cutting) for removal and cannot be reused. This increases the difficulty and cost of repairing and replacing rivets. Especially in the event of an accident or when parts need to be replaced.
Less flexible: Compared to bolted connections, riveted connections are less flexible when adjustments or repositioning is required. It requires higher precision and planning during design and assembly and lacks the flexibility to be adjusted at a later stage.
Higher requirements for hole size: rivet connections require higher hole sizes for pre-drilled holes. Too large or too small a hole size will affect the quality of the connection.

Order Tesla Rivets for Yout Tesla Project. Rivmate can Help You!

Tesla rivet is not just used only on tesla’s cars, but also on various brands of cars all over the world. So no matter what type of car, there are tons of rivets present on it.

Do you want to order tesla rivets for your automotive project? Contact Rivmate! Rivmate has been vetted by Tesla and has become one of Tesla’s rivet suppliers! So you can have complete confidence in the quality of the rivets! Our rivets can meet the requirements of any automobile manufacturer in the world.

Whether you are looking for standard blind rivets, high strength structural rivets, or specialty rivets. You can buy them all from Rivmate! Rivmate is the top pop rivet manufacturer in China, if you want to buy blind rivets, contact us now!

Contact Person Search

Submit Your Sourcing Request

Home » 归档于 eric@world-rivet.com » 第4页

What is a Lockbolt Used For? The Most Complete Guide

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

What is a lockbolt used for? Lockbolt is an ultra-high strength blind fastener. It can meet the requirements of a variety of heavy-duty projects! So what scenarios can lockbolt be used in? Let’s find out.

What is the Lockbolt?

Lockbolt rivet is specifically designed to provide a very strong and durable connection. They are often used in industrial and structural applications where high strength and durability are required. Examples include bridges, construction, heavy equipment and transportation vehicles etc. The unique design of Lockbolt rivets allows them to remain stable in high stress and high vibration environments without loosening.

Lockbolt rivet is made up of a spike bar and collar. During installation, a pneumatic rivet gun is used to pull the spike bar, deforming the collar or mechanically locking it to tighten the material.

Lockbolt rivet provides very high shear and pull strength and is very easy to install for high volume use.

What is a Lockbolt Used For?

Lockbolt rivet acts as a high-strength mechanical fastener that provides a very strong and solid connection. They are often used in structural areas where ultra-high strength is required. Let’s take a look at the “what is a lockbolt used for”.

Applications of Lockbolt Rivets

Lockbolt rivets are suitable for heavy duty and high stress applications due to their extremely high shear and pullout forces. And lockbolt rivet has very high stability, even in high vibration environments. lockbolt rivet makes an indispensable fastener solution in modern engineering and manufacturing. Let’s take a look at some of the specific application scenarios for lockbolt.

Lockbolt for Bridge Construction

Any bridge needs to be safe and secure. lockbolt rivet can provide the tremendous loads and dynamic stresses that bridges require. That’s why a large number of lockbolt rivet are used in bridge connections, here are some common scenarios:

Major structural connections
Bridge deck fixing
Bridge parapets and guards
Bridge maintenance and rehabilitation
Bridge extensions and modifications

Lockbolt rivet provides a high-strength, vibration-resistant, corrosion-resistant and long-lasting connection, benefits that make it a critical fastener for ensuring the safety and stability of bridge structures. By using the specialized lockbolt rivet tool, lockbolt rivet can perform a variety of connection tasks quickly and reliably, improving the efficiency and quality of bridge construction and maintenance.

Lockbolt for Building Structure

A secure building is connected by a variety of strong fasteners, and the Lockbolt rivet is one of those important fasteners. Below are the applications of lockbolt rivet in building structures:

Steel frame connections
Connection of roof and wall structures
Connection of floor slabs and stair structures
Installation of protection and safety devices

Lockbolt for Heavy Equipment and Machinery

Lockbolt rivet ensures the safe operation of heavy equipment and machinery in harsh conditions due to its excellent characteristics. Below are some specific applications of lockbolt rivet on heavy equipment and machinery:

Connection of critical structures such as booms, buckets and undercarriages of excavators
Connection of bulldozers’ fuselage and blade holders
Connection of boom and base of cranes
Connection of rollers and frames in road rollers
Connection of mining truck body and chassis
Connection of key parts of a crusher, such as jaws and frame
Connection of combine harvester and tractor frames, frames and working parts
Connections of frames and chassis of heavy trucks and transportation equipment
Fixing of railroad carriages and rails

Lockbolt for Transportation Vehicles

Lockbolt is used in a wide range of transportation vehicle applications, including frame and chassis connections, trailer and semi-trailer connections, door and window frames, interiors and bulkheads, guards and safety devices, as well as compartment and cargo hold fastening. They provide high-strength, vibration-resistant, fatigue-resistant and long-lasting connections that ensure the safety and stability of vehicles when transporting heavy loads. With the use of specialized installation tools, lockbolt rivet can perform a wide range of joining tasks quickly and reliably, increasing vehicle productivity and maintenance efficiency.

Lockbolt for Aerospace

Aerospace is a very safety-conscious industry, and engineers use a number of high-strength fasteners, including lockbolt.

Used primarily in aircraft fuselage structures, wings and tails, engines and drivelines, hatches and covers, interiors and finishes, as well as maintenance and restoration work, Lockbolt provides aircraft with the high-strength, vibration-resistant, fatigue-resistant and long-lasting connections it needs. It ensures the safe operation of aircraft under high loads and stresses.

How Do You Install A Lockbolt?

I quoted the youtube video on installing lockbolt. You can very visually understand the lockbolt installation process from the video. Next I will explain these steps in text.

You need to drill the corresponding holes in the connecting assembly, the diameter of the empty should be slightly larger than the diameter of the peg bar.
Insert the nail rod of the lockbolt into the pre-drilled hole so that the head of the nail rod is close to the surface of the material.
Attach the collar to the lockbolt so that the collar is in close contact with the surface of the material.
Use the lockbolt tool to complete the installation process. Place the Nail Rod inside the Tie Rod Collet and activate the lockbolt tool to gradually deform the collar to form a tight connection.
After completing the installation, the riveting tool will automatically cut off the excess of the nailing bar to check for any looseness or poor installation.

Are Lockbolts Permanent?

Yes. Lockbolt rivet is considered a permanent connection. They are uniquely designed to provide a long-term, stable and strong mechanical connection that is not easily loosened or removed.

Lockbolt rivets are considered permanent connections for the following reasons:

Non-removability: Once a lockbolt rivet has been successfully installed, removing it requires the use of destructive tools and methods such as drilling or cutting.
Extremely high connection strength: lockbolt can provide extremely high shear and pull-out forces, which can ensure the stability and solidity of the connected parts in long-term use.
Resistance to vibration and fatigue: Lockbolt can maintain its performance in high vibration and high stress environments and will not loosen or fail due to long-term use.
Durability: Lockbolt has excellent corrosion and fatigue resistance, and can be used for a long time in harsh environments!

Conclusion

Lockbolt has a lot to offer, but the most outstanding benefits are the superb strength and the simplicity of installation. Because of its ability to provide a long-term stable connection, it is used in a variety of applications including aerospace, transportation vehicles, building structures and heavy equipment.

Lockbolt rivet is ideal for heavy equipment and industry. With the right tools and the right installation methods, lockbolt ensures structural safety and stability, providing a reliable solution for a wide range of complex and demanding applications.

Order High Strength Lockbolt Rivet? Contact Rivmate Now!

Looking for a professional lockbolt supplier for your project? Contact Rivmate!

Rivmate can provide you with high-strength, corrosion-resistant and long-lasting lockbolts, and you can choose from a wide range of materials and specifications from Rivmate to meet the needs of your different projects.Rivmate has an experienced team of technicians who can provide professional selection advice and technical support!

The lockbolt rivet supplied by Rivmate meets the international quality standard, you can rest assured to use it!

Rivmate can provide you with a full range of solutions, understand contact Rivmate, order lockbolt rivet!

Contact Person Search

Submit Your Sourcing Request

Home » 归档于 eric@world-rivet.com » 第4页

Are Rivets Permanent?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

Are rivets permanent? Yes.Typically, rivets are considered permanent fasteners. However, in some special scenarios, rivets can loosen or even fail to connect! Let’s explore why!

What is A Rivet?

A rivet is a permanent mechanical fastener used to hold two or more pieces of material, usually metal, together. Rivets are used to securely join materials by punching holes in the material and inserting rivets, which are then deformed using a specific tool to create a fastening head that cannot be pulled out of the holes.

There are many types of rivets, but they are mainly categorized as follows:

Solid Rivet
Hollow Rivet
Semi-Tubular Rivet
Blind Rivet or POP Rivet

Types of Rivets

Solid Rivets

Solid Rivet is widely used in applications where a strong and durable connection is required. Solid Rivets are made from a solid metal rod with a pre-formed head at one end and a second head formed by deformation during installation to make a permanent connection.

The greatest advantage of solid rivets is their high strength, durability and reliability. They can maintain stable performance in a variety of harsh environments. However, solid rivets also have the disadvantage that its installation process is more complicated and requires specific riveting tools.

Hollow Rivets

Compared to solid rivets, hollow rivets have a hollow center in the rivet body. Hollow rivets are lightweight and easy to deform, making them suitable for lighter loads and applications where an aesthetic appearance is desired.

Hollow rivets require less force to deform, so the installation process is simpler and suitable for high volume installations. However, it has lower strength for lighter load applications and is not suitable for use in high stress or harsh environments.

Semi-Tubular Rivet

Unlike solid and hollow rivets, Semi-Tubular Rivet’s rivet body has a hollow tail section. This design allows the Semi-Tubular Rivet to require less deformation force during installation, thereby simplifying the installation process while providing sufficient strength to meet many application requirements.

Semi-hollow rivets cost less than solid rivets, but they have limited strength, and although much higher than hollow rivets, they are only suitable for brittle or soft materials.

Blind Rivet or Pop Rivet

Blind Rivet is a specially designed rivet for making strong connections in applications where the backside cannot be accessed.Pop rivets are in between solid and hollow rivets in terms of strength, which can withstand more powerful strengths! They are commonly used for permanent fastening of metals, plastics and other materials.

The best thing about Pop rivets is that they are very easy and fast to install. Blind rivets can be used in a variety of joining scenarios where the backside is not accessible. Whether lightweight materials or heavy machinery, pop rivet can be used. blind rivet is now an indispensable fastening solution in industry and machine building.

Are Rivets Permanent or Semi Permanent?

Why are rivets now preferred for joining in many industrial sectors? Because rivets are designed to provide long-term, stable and high-strength mechanical connections. Typically, rivets are considered a permanent connection.

Why Are Rivets Considered a Permanent Connection?

So why are rivets considered a permanent connection? It is mainly because of the following reasons.

Non-Removability: Once a rivet is in place, removing the rivet usually requires destructive methods such as drilling or cutting out the rivet. This process destroys the rivet itself, making it impossible to reuse.
High Strength Connection: Rivets provide a very strong connection that is capable of withstanding high shear and pull-out forces, ensuring the stability of the connected components over the long term.
Long-lasting durability: riveted connections are designed for long-term applications and are able to maintain their mechanical properties in harsh environments, resisting corrosion and fatigue.

Rivets As Semi-Permanent Connections

Although rivets are usually considered to be permanent connections, in some special cases they can be considered semi-permanent by special methods. These methods usually involve the destructive removal of the rivet:

Drilling Out The Rivet: A drill bit is used to drill off the head of the rivet and then remove the body from the connecting material. This method is often used for repair and replacement of parts, but can damage the rivet.
Cutting The Rivet: A cutting tool is used to cut the head or body of the rivet and then remove the rivet. This method can also damage the rivet.

Is a Pop Rivet Permanent?

Yes. Pop rivet provides a permanent connection. pop rivet, once installed, provides a long term, stable and reliable mechanical connection. pop rivet was originally designed to be used in applications where it could not be easily removed.

Once a Pop rivet has been properly installed, the only way to remove it is by destructive methods such as drilling or cutting. This destroys the pop rivet itself and renders it unusable.

Pop rivet provides high shear and pulling forces and can be used for a long time on your project! It maintains its mechanical properties, corrosion resistance and fatigue resistance in a variety of environmental conditions.

Do Rivets Loosen Over Time?

The rivet acts as a permanent connection and does not usually loosen over time under normal conditions of use. This is because rivets provide a strong and stable connection through a mechanical locking structure formed by plastic deformation.

However, like all fasteners, the performance of rivets can be affected by the environment and conditions of use. The following are some of the factors that may affect the stability of a rivet connection:

Vibration and Shock

In actual pop rivet use, there may be applications of constant vibration and shock. This has the potential to cause the rivet connection to loosen, especially in high stress applications.Not so

So what should be done to avoid this? You can use rivets that are designed to resist vibration, such as structural blind rivets. Or you can increase the number of fasteners.

Environmental Corrosion

If your project is in a corrosive environment, then it is also possible to cause the rivets to loosen their connection. Corrosion can weaken both the rivet and the material being joined, resulting in a loose or failed connection.

This is when you need to use corrosion-resistant materials (such as stainless steel or galvanized rivets) and also perform regular maintenance checks.

Thermal Cycling

Repeated changes in temperature can cause materials to expand and contract, which may also cause the rivet connection to loosen.

You simply need to select rivet materials that are compatible with ambient temperature changes and ensure proper preload during installation.

Improper Installation

Incorrect installation methods (such as applying insufficient deformation force or excessive deformation) can result in a weak connection.

Install rivets using the correct tools and methods to ensure adequate and uniform deformation of each rivet.

How Durable Are Rivets?

The durability and performance of Pop rivet can change due to a number of factors. This includes materials, environmental conditions and application scenarios.

The durability of Pop rivet includes the following:

Strength and corrosion resistance of the material
Draw length and shear strength
Environmental durability

Strength and Corrosion Resistance of the Material

Aluminum rivets: light weight, good corrosion resistance, but lower strength. Suitable for light load and non-structural connections.
Steel rivets: high strength, suitable for heavy loads and structural connections, but prone to rust, need to rust treatment.
Stainless steel rivets: high strength and excellent corrosion resistance, suitable for high strength and corrosive environments such as marine and chemical applications.
Copper rivets: good corrosion resistance and conductivity, suitable for electrical connections and decorative applications.

Draw Length and Shear Strength

The performance of rivets of different materials and sizes in terms of pull-out strength and shear strength is as follows:

Rivet Material	Rivet Diameter	Tensile Strength（N）	Shear Strength（N）
Aluminum	3.2 mm	600	900
Steel	3.2 mm	1500	2500
Stainless Steel	3.2 mm	1800	3000
Copper	3.2 mm	1000	1500

Environmental Durability

Aluminum rivets: can last up to 20 years or more in moderately corrosive environments (e.g., indoor and urban environments).
Steel rivets: may corrode rapidly in wet environments without rust protection, but can last 10-20 years in moderately corrosive environments after galvanization.
Stainless steel rivets: can last more than 30 years in marine and chemical environments, showing extremely high corrosion resistance.
Copper rivets: have a service life of up to 50 years in normal environments, but may require regular maintenance in certain corrosive environments.

Conclusion

By reading this article, you will know. A rivet is considered a permanent connection under normal usage. However, if human damage and removal is carried out, then the stability of the rivet can be compromised.

Of course, the environment in which the rivet is used is also an important influencing factor. In high temperature, high salinity chemical exposure environment will affect the durability of rivets, need to use corrosion-resistant materials to extend the service life of rivets. Continuous high loads and dynamic stress of the use of the situation, should use high strength structural blind rivets to solve this problem.

Order High Quality Blind Rivet from Rivmate

Want to get a high quality and consistent pop rivet for your project? Contact Rivmate today to get affordable and consistent quality pop rivets and high strength structural blind rivets.

Don’t know how to choose the right pop rivet for your project? Don’t worry, Rivmate’s engineers will customize a rivet solution for your project!

Contact today to start your business!

Contact Person Search

Submit Your Sourcing Request

Home » 归档于 eric@world-rivet.com » 第4页

Riveted Connections in Steel Structures - How to Choose Pop Rivets for Steel Structures?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

afsfds sffd sf dsf

What is a Steel Structure Rivet?

The connection of steel structures is a very important part in the field of construction, bridges, machinery and equipment. Blind Rivets are a common fastener that can be used for structural steel connections and can be used to provide a strong connection in applications where access to the backside is not possible. There are many types of structural steel blind rivets and many materials to choose from. The engineering of steel structures is rigorous in terms of the strength of the connection, and engineers simply need to follow the correct installation steps to ensure that high strength blind rivets are strong and durable in a variety of high loads and complex environments.

Types of Blind Rivet in Steel Structure

Standard Blind Rivet

Standard blind rivets are the most commonly used type of blind rivets. It has the most traditional blind rivet design and is suitable for joining steel structures of average strength. For example, frames, braces and general structural component connections.

For some non-load-bearing steel connections, standard blind rivets are the most suitable choice because they are cheap and affordable!

Closed End Blind Rivets

Sealed Blind Rivets have a design that is different from other blind rivets. It has a closed rivet body that prevents liquids and gases from entering through the joint. Sealed Blind Rivets are ideally suited for applications that require sealing, such as piping, and structural steel connections in marine environments.

Multi Grip Blind Rivet

Multi grip blind rivet can accommodate many different material thicknesses. It provides sufficient strength while reducing stress on stock.Multi grip blind rivet is often used to fix metal roof panels, wall metal panel installation, such as the fixing of structural steel plant and equipment brackets, which need to be done with it.

High Strength Structural Rivets

There are several types of high strength structural blind rivets such as bom rivet and lockbolt. high strength structural rivets are very widely used in steel construction. They can withstand very strong connection strength. That is why high strength structural rivets are used in applications that require high strength. For example, steel connections in high-rise buildings, truss and suspension structures in bridges, and rail connections in rail transportation. High-strength structural rivets can provide these applications with extremely high strength, durability and vibration resistance to ensure the reliability of the connection in a variety of complex environments.

Why Do You Use Blind Rivets for Steel Structures?

There are a variety of reasons for using blind rivets for structural steel connections, the main one being that blind rivets provide the high strength, reliability and ease of installation process that steel structures require. Here are a few reasons why blind rivets are used in steel structures:

Quick Installation

In many steel applications, there is no way for the connection to touch the back. Then there is a need for a way to make a one-sided connection, and the blind rivet can provide it. The installation process of blind rivets is very quick and easy, and the use of special riveting tools effectively reduces the number of installation steps and labor required, improving the efficiency of construction.

High-Strength Connections

In many structural steel applications, there is a need to withstand significant shear and pull-out forces. Then high demands are placed on the connecting blind rivets. High-strength structural blind rivets can provide very strong shear and pull-out strength, ensuring a strong and reliable connection. And can maintain the strength of the connection for a long time, will not be loosened by long-term use!

In high vibration environments, fasteners may loosen due to vibration and impact, high strength blind rivets are specialized to prevent loosening in high vibration environments. And there are some applications where the environment is very harsh, stainless steel or galvanized steel blind rivets can solve these problems!

Cost-Effectiveness

In industry, construction is usually done on a large scale, so cost control is an important factor. Compared to conventional bolting and welding, the installation cost of blind rivets is very low. Installation of blind rivets does not require very complex installation equipment, only a hand-held pneumatic rivet gun, you can quickly complete the installation of blind rivets.

How to Choose Pop Rivets for Steel Structures?

Steel structures are generally available in the following three materials: carbon steel, stainless steel, and galvanized steel. We need to choose rivet materials that are compatible with them.

Carbon Steel

Carbon steel is one of the commonly used materials in steel construction. But not all materials are suitable for connecting carbon steel steel structure.

When your business requires high strength and corrosion resistance, such as bridge construction, high-rise buildings, industrial plants, marine engineering, etc., you can choose to use stainless steel blind rivets. It can provide extremely high shear strength and pull-out strength, and performs well in wet, corrosive and harsh environments! But compared with carbon steel and galvanized steel rivets, it is more costly.

Galvanized steel blind rivets can be joined in applications with medium strength and medium corrosive requirements, such as building structures, equipment housings, etc. It is available at a moderate cost. Aluminum blind rivets, while more resistant to corrosion, are not recommended for carbon steel connections; they are typically used to join light metal structures!

Stainless Steel

Stainless steel materials are also commonly used in steel construction. Stainless steel provides sufficient joint strength while possessing good corrosion resistance.

So what material should be used to connect the stainless steel steel structure Blind Rivet? In fact, stainless steel blind rivets, titanium blind rivets, Monel alloy blind rivets can be used to connect the stainless steel structure. But they have a common disadvantage is that the price is relatively high. One of the cheapest is the stainless steel blind rivets.

What is not recommended is the use of aluminum blind rivets. It is lightweight, but it is less strong than stainless steel and is not suitable for connections that are subjected to high stresses. And aluminum and stainless steel are prone to galvanic corrosion when in contact, it is not recommended to use them in combination.

Galvanized Steel

There are many types of materials suitable for blind rivets for joining galvanized steel materials. For example, alloy steel, stainless steel, aluminum, and galvanized steel. They all work well for joining galvanized steel structures. Their strength in descending order is: alloy steel > stainless steel > galvanized steel > aluminum. The order of cost from highest to lowest is: alloy steel > stainless steel > aluminum > galvanized steel.

You can use this information to decide which material of Blind Rivet to use for your business!

Why Choose Rivmate for Your Steel Structure Pop Rivets?

Wide Range of Products: Rivmate offers a wide range of POP® rivets for steel structures, ensuring that you will find the right rivet for your specific needs.
Guaranteed Quality: Rivmate offers high quality rivets made from durable materials such as steel, stainless steel and aluminum to ensure that your structural steel connections are long lasting and reliable.
Professional Guidance: Rivmate has a team of professionals who can advise you on the right type, size and material of rivets for your project needs, load conditions and environmental factors.
Competitive Pricing: Rivmate’s rivet products are competitively priced to help you control your budget without compromising on quality.
Fast and Reliable Delivery: Rivmate ensures fast and reliable delivery, keeping your project on schedule and minimizing downtime.

Rivmate is your first choice for POP® rivets for structural steel. With its wide range of high-quality products, expert guidance, great prices and reliable delivery service, Rivmate ensures that you get the best rivets for your project needs. Contact Rivmate today to find the perfect POP® rivets for your steel structure.

Contact Person Search

Submit Your Sourcing Request

Home » 归档于 eric@world-rivet.com » 第4页

How Do I Choose The Right Size Pop Rivet?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

How Do I Choose The Right Size Pop Rivet? Do you know what factors you should base your choice of the most suitable pop rivets on? Are you overwhelmed by all this, don’t worry, this article will solve all your questions about how do i choose the right size pop rivet!

How to Choose The Right Size Pop Rivet for Your Project？

Choosing the right size pop rivets for your project is very important. The right pop rivets can ensure the success of your project! So, how should we choose the right pop rivets for your project? Please read the following carefully and trust me, you will get the answer you want!

1. Determine the Thickness of the Material

Before choosing the size of the pop rivets, you need to check the total thickness of the material being joined. Thickness here refers to the total thickness of all the materials to be joined, this includes the thickness of any overlays or coatings.

For example, if you need to join two sheets, each of which is 1.5mm thick, then the total thickness of the two sheets would be 3mm.

2. Select Pop Rivets Diameter

How do you choose the best diameter for pop rivets? You need to evaluate the load requirements.The diameter of the pop rivets directly affects the strength and durability of the connection. Let’s read on.

Load Requirements

There are two general types of loads: shear and pullout. These two force types represent the lateral and axial forces to which pop rivets are subjected, respectively.

Shear force: the force generated by the relative sliding between two pieces of material
Pulling force: the force generated by two pieces of material trying to separate.

Common application scenarios for load strength are listed below:

Low load applications: joining of lightweight plastics or thin metal sheets
High load applications: Heavy metal structures or high stress areas

Scenarios for Different Pop Rivet Diameters

3/32″ (2.4 mm): for light duty and low load applications.
1/8″ (3.2 mm): for medium duty applications, widely available.
5/32″ (4.0 mm): for medium to high duty applications.
3/16″ (4.8 mm): for high load applications, provides increased strength.
1/4″ (6.4 mm): for very high duty applications, providing maximum strength and stability.

Pop Rivets Diameter	Total Material Thickness Range
3/32″ (2.4 mm)	0.5 – 3 mm
1/8″ (3.2 mm)	0.5 – 4 mm
5/32″ (4.0 mm)	0.5 – 5 mm
3/16″ (4.8 mm)	0.5 – 6 mm
1/4″ (6.4 mm)	0.5 – 9 mm

Select the Length of the Pop Rivets

We determined the thickness of the material being joined and the diameter of the pop rivet in the first and second steps, respectively. Next we need to determine the length of the pop rivets.

So how do you choose the right rivet length for your project? Based on practical experience, the length of the rivet should be greater than or equal to the total material thickness plus 1.5 times the rivet diameter. Here is the formula:

Rivet Length = Total Material Thickness + 1.5 x Rivet Diameter

Next I will use an example where the thickness being riveted is 6mm and the rivet diameter is 1/8″ (3.2mm).

Total material thickness = 6mm
Rivet diameter = 3.2mm
1.5 times rivet diameter = 3.2mm × 1.5 = 4.8mm
Recommended Rivet Length = Total Material Thickness + 1.5x Rivet Diameter = 6mm + 4.8mm = 10.8mm

Therefore, a rivet with a length of 10.8mm and a diameter of 3.2mm should be selected to join a 6mm sheet. (Usually take a close standard length such as 11mm or 12mm)

Rivet Diameter	Total Material Thickness	Recommended Rivet Length
3/32″ (2.4 mm)	0.5 – 3 mm	4.8 mm
1/8″ (3.2 mm)	3 – 5 mm	6.4 mm
5/32″ (4.0 mm)	5 – 7 mm	8.0 mm
3/16″ (4.8 mm)	7 – 9 mm	9.6 mm
1/4″ (6.4 mm)	9 – 11 mm	12.7 mm

Material of Pop Rivet

Above we have determined the right size rivet for your project. Next we need to confirm what material should be used.

There are several common rivet materials that are used：

Aluminum
Steel
Stainless Steel
Copper
Monel

Rivets of different steel qualities are suitable for different environmental conditions. The exact choice of material needs to be determined by the environment in which your project will be used.

Environmental Factor

If your project is in a corrosive environment such as marine, chemical. Then you should choose materials with good corrosion resistance (stainless steel, monel, galvanized steel).

If you are using pop rivets in high temperature environment, you need to use material with good heat resistance (stainless steel/monel). If it is used in low temperature environment. You need to choose a material with good toughness (aluminum).

Mechanical Property

Strength requirements vary from program to program. For high strength applications, use steel or stainless steel, and for medium strength requirements, use aluminum.

Copper or aluminum with high ductility and toughness. Suitable for applications requiring some plastic deformation.

Assessing Costs

Limited budget: choose steel or aluminum. These two materials are suitable for high-volume production and projects with a limited budget.
Budget friendly: stainless steel or monel. suitable for high performance and high reliability applications.

Special Application Requirements

Does the project need to be electrically conductive? Use copper, great for electrical and electronic connections.

Your project is medical devices and food processing equipment? Then use pop rivets made of copper with antimicrobial properties! It will fulfill your requirements very well!

Head Shape Determination

The head shape of Pop rivets affects the appearance and connection characteristics after installation. Different head styles are suitable for different applications and requirements. There are three common head styles:

Dome Head
Countersunk Head
Large Flange Head

Dome Head Pop Rivets is the most common pop rivet head shape. Suitable for most applications, this head style provides very good surface coverage. Common application scenarios include sheet metal joining, general purpose metal construction, assembly of household appliances, automotive manufacturing, etc.

Countersunk Head Pop Rivets feature a flat head that sits flush with the surface of the material when installed. It does not protrude after installation and provides good aerodynamics. You can often find countersunk head pop rivets in applications that require a smooth appearance, such as aircraft housings, electronic equipment housings, and furniture manufacturing.

Large Flange Head Pop Rivets have a large head and cover a large area. It is uniquely designed to provide additional surface coverage and made to effectively spread the load and prevent soft materials from being pulled through.Large flange head pop rivets are often used on soft materials such as plastics, wood, composites, etc., acting as a decorative panel fixing.

Color Selection

Some applications have scenarios that require the color of pop rivets. Choosing an appropriate color can enhance the aesthetics and consistency of the connectors.

You can choose the one with the cat that is the same color as the surrounding. Make sure that the overall look is coordinated and consistent. For example, use black pop rivets on a black metal plate.

There are many different colors of rivets, so how are they usually achieved? There are three general ways to change the color of pop rivets:

Coating and painting
Anodizing
Electroplating

You can request your pop rivets supplier accordingly when you purchase pop rivets. Usually pop rivet manfacturer provides customized pop rivets service. If you don’t know how to contact pop rivet manufacutrer, you can contact us!

Preliminary Test

With all of the above information determined, the pop rivets that are appropriate for your program have also been determined for all factors!

It is recommended that you conduct a small test run to ensure that the pop rivets will provide sufficient strength and stability before you officially use them. You can test the actual installation results and load tests to make sure the rivets perform well in real-world applications.

Should Rivets be The Same Size as Holes?

In practice, the diameter of the rivet is not the same as the diameter of the hole. Generally speaking, the hole diameter will be slightly larger than the rivet diameter, so as to ensure that the rivet can be inserted smoothly into the hole and correctly expand to form a solid connection. Please follow our recommended hole diameter ranges and tolerances and use the appropriate drill and drilling method to ensure the quality and reliability of the installation of pop rivets.

Rivet Size Chart and Drill Size Chart

Rivet Diameter	Drill
mm(inch)	mm
2.4(3/32″)	2.5-2.6
3.0(7/61″)	3.1-3.2
3.2(1/8″)	3.3-3.4
4.0(5/32″)	4.1-4.2
4.8(3/16″)	4.9-5.0
5.0(6/31″)	5.1-5.2
6.0(15/64″)	6.1-6.2
6.4(1/4″)	6.5-6.6
8.0(5/16″)	8.1-8.2
9.6(3/8″)	9.1-9.2

Conclusion

With the above, I am sure you already have a deep understanding of how to choose the right pop rivets for your project. If you still have doubts about this or want to go through our engineers to help you, please contact us!

Before starting your project, you just need to determine the diameter, length, material, head shape and other necessary parameters of the pop rivets. You will then be able to choose the right pop rivets for your project.

Rivmate Can Provide Custom Pop Rivets for Your Project

Are you looking for pop rivet manufacturer who can provide customized pop rivets for you? Rivmate is a top China pop rivet manufacturer and supplier. You can get standard pop rivet, high strength structure pop rivet, customized pop rivet from Rivmate!

Still don’t know how to choose the most suitable pop rivets for your project? Don’t worry, contact our engineer immediately, she will provide you with the most comprehensive and professional pop rivets solutions!

Contact Person Search

Submit Your Sourcing Request

Home » 归档于 eric@world-rivet.com » 第4页

What Are Pop Rivets Used For?

Rivmate Fastener

Top Rivet and Rivet Nut Manufacturer in China

I’m sure anyone who can read this article has a rudimentary knowledge of pop rivets. So what are pop rivets used for? Let’s explore this question together!

Definition of Pop Rivets

Pop rivets can connect two or more pieces of material. They can be installed unilaterally. Its working principle of pulling on the mandrel to expand the rivet body and form a strong connection makes it an ideal joining solution.Pop rivets can join a wide range of materials including metals, plastics, composites and more.

Pop rivets are available in a variety of types from the time they were invented to the present day. Pop rivets can be adapted to different application requirements, including open end blind rivets, closed end blind rivets, high strength structural blind rivets, waterproof blind rivets and corrosion resistant blind rivets.

What is The Advantage of Pop Rivet?

Pop rivets offer many benefits that make them ideal fasteners for a variety of industrial and manufacturing applications. Its benefits include:

Single-side mounting: pop rivets are especially suited for application scenarios where the backside is not accessible, such as inside enclosed structures, pipes or boxes.
Very versatile: A wide range of materials can be joined, including metals, plastics, and composites. Available in a wide range of sizes and types, they can be adapted to a variety of different applications.
High Strength Connection: Provides strong clamping force and can be used in high vibration environments.
Low cost: quick installation saves a lot of installation time and labor cost.

With these benefits, Pop rivets are indispensable fasteners in a wide range of industries. Its efficiency, reliability and flexibility make it a superior joining solution in a variety of application scenarios.

When Should you Use Rivets?

Pop rivets are ideal for thin sheet connections. Pop rivets are ideal if your project meets any of the following conditions.

Only one side of the part to be joined can be accessed.
Different types of materials need to be joined, e.g. metal to plastic, metal to composite.
High vibration environments, such as automobiles and airplanes.
Scenarios where quick installation is required.
Applications where the appearance needs to be kept neat and tidy. Such as electronic equipment, household appliances and furniture.
Requirements for lightweight construction.

Pop rivets are efficient and reliable fasteners for a variety of application scenarios such as unilateral mounting, joining of heterogeneous materials, high vibration environments, the need for efficient mounting, cosmetic requirements, corrosion protection requirements and lightweighting requirements. Proper selection and use of Pop rivets ensures a strong, aesthetically pleasing and durable connection.

Applications of Pop Rivets

There are many applications for pop rivets, and basically every industry uses different types of pop rivets. below is a list of some of the scenarios where pop rivets are used!

Pop Rivets for Aerospace

Pop rivets have many applications in aerospace. This includes the attachment of aircraft fuselages and wing panels for aircraft structures. And during aircraft repair and maintenance, pop rivets can be used to repair hard-to-reach backside structures.

The Boeing 787, for example, uses a large number of pop rivets in the fuselage and wings of the Boeing 787 Dreamliner. these pop rivets provide lightweight and high-strength connections, ensuring that the aircraft maintains its structural integrity in a high-stress and high-vibration environment.

Pop Rivets for Car

In the quest for a better experience, cars tend to reduce their overall weight.SoThat’s why lightweightThat’s why lightweighting has become theThat’s why lightweighting has become a mainstayThat’s why lightweighting has become theThat’s why lightweighting has become a mainstreamThat’s why lightweighting has become mainstream.
During the car manufacturing process, both metal and plastic panels of the body can be joined using pop rivets. The interior of the car is decorated with trim and dashboards. Including the maintenance of the car, pop rivets are heavily used.

Electric cars use a lot of aluminum pop rivets in pursuit of overall light weight. take Tesla’s model 3 for example, its aluminum body panels are made of pop rivets!

Pop Rivets for Construction

In the field of building construction, a large number of fasteners are used to secure components, and pop rivets are one of the most heavily used. A large number of different types of pop rivets are used for metal roofing and wall panels, curtain wall systems, and structural steel connections, such as waterproof bulb tite blind rivets for fixing and waterproofing glass and metal curtain walls in high-rise buildings.

Pop Rivets for Electronic Devices

A lot of pop rivets are used on electronic devices for installation. Examples include the attachment of laptop and desktop housings, the fixing of cooling exhausts and the installation of fans, the assembly of power supplies and monitors. In addition to this. There are tons of other places where pop rivets are used to install connections. Their unilateral mounting, strong clamping force and neat appearance make them ideal for use in the assembly and repair of electronic equipment.

Pop Rivets for Furniture Manufacturing

Furniture manufacturing seeks good quality connections at an inferior price. That’s why pop rivet has become an important connection in furniture manufacturing. Like frame assembly of metal furniture, panel fixing, quick installation of modular furniture are using pop rivets.Some furniture accessories and fittings like glides, handles, hooks are basically using pop rivets.The chairs and tables that you use outdoors are secured by pop rivets!

Pop Rivets for Marine Equipment

On the ocean, one is constantly exposed to endless sea water and blistering sunlight. So the requirements for pop rivets are very high. For example, aluminum pop rivets and stainless steel pop rivets are often used, as well as waterproof bulb tite blind rivets. Like hull panels, decking, cabin bulkheads all use pop rivets for attachment.

Pop rivets are widely used because of their one-sided installation, strong clamping force and corrosion resistance. From hulls and decks to interiors and furnishings, from equipment repairs to piping systems to life-saving equipment and safety features, Pop rivets provide a reliable solution to ensure that a wide variety of connections are strong and durable in the marine environment. Proper selection and use of Pop Rivets can significantly improve the safety, stability and longevity of marine and maritime equipment.

Conclusion

Pop rivets offer the advantages of quick installation, suitability for a wide range of different materials and scenarios, and low price. With these advantages, pop rivets are used in a variety of industrial and construction sectors, including automotive and aerospace manufacturing, the connection of electronic equipment and furniture components, and the connection of various sheet types.

Through the above, I believe you have a deep understanding of “What Are Pop Rivets Used For?”. Above I just list some application scenarios of pop rivets, if you don’t find any scenario for your business, you can contact us! Our engineers will provide you with a perfect solution!

Custom Pop Rivets for your Project.Rivmate Helps you Do it!

Are you looking for a reliable pop rivet manufacturer for your business or project?Rivmate can help you with everything you need to know about pop rivets! We don’t just provide pop rivets, we also provide customized pop rivets solutions!

Whether your business uses pop rivets in automobiles, airplanes, boats, electronic equipment, or furniture assembly, Rivmate can provide you with pop rivets that will satisfy you.

Contact Rivmate today for a large selection of pop rivets that will satisfy you!

Certificate

Types of Lockbolts - How to Choose Lockbolts for Your Project?

Rivmate Fastener

Table of Contents

Table of Contents

What is a Lockbolt?

Types of Lockbolts

Lockbolt with Separating Pintails

C50L Lockbolt

C6L Lockbolt

Lockbolt without Separating Pintails

Differences Between Different Types of Lockbolts

How to Choose Lockbolts for Your Project?

Application Strength and Load Requirements

Material Thickness and Adaptability

Vibration and Shock Resistance

Environmental Conditions and Corrosion Resistance

Conclusion

Applications of Lockbolts

Get the Most Secure Connection with Rivmate Lockbolt Solutions

Contact Person Search

Submit Your Sourcing Request

What is A Speed Rivet? - Speed Rivet Technology

Rivmate Fastener

Table of Contents

Table of Contents

What is A Speed Rivet?

Types of Speed Rivets

BRV Speed Rivets

CBT Speed Rivets

NeoSpeed Speed Rivets

Advantages of Speed Rivets?

No Need to Reload Rivets

Very Fast Installation

Cost-effective

Smooth Exterior

Why Use Speed Rivet Technology?

What is the Difference Between Speed Rivets and Traditional Blind Rivets?

Application of Speed Rivets

1.Speed Rivets for Domestic Electric Appliance

2.Speed Rivets for Lightweight Construction

3.Speed Rivets for Electronic Equipment

Increase Production Efficiency with Rivmate Speed Rivets

Contact Person Search

Submit Your Sourcing Request

Tools for Rivet Nuts - How to Choose the Right Tools for Rivet Nuts?

Rivmate Fastener

Table of Contents

Table of Contents

What is a Rivet Nut Tool?

Types of Rivet Nut Tool

Manual Rivet Nut Tools

Electric Rivet Nut Tools

Pneumatic Rivet Nut Tools

How to Choose the Right Tool for Your Rivet Nut Project?

Identify Project Needs

Compare Different Rivet Nut Tools

Manual Rivet Nut Tool

Pneumatic Rivet Nut Tool

Electric Rivet Nut Tool

Consider the Budget

Conclusion

Order Rivet Nuts and Rivet Nuts Tool? Rivmate can Help You!

Contact Person Search

Submit Your Sourcing Request

Are Rivets Stronger Than Screws?

Rivmate Fastener

Table of Contents

Table of Contents

Strength of Rivets and Screws

Shear Strength

Tensile Strength

Fatigue Strength

Strength of Blind Rivets

Strength of Screws

What is Stronger, A Rivet or A Screw?

Rivet vs Screw

Selection Recommendations

Get High Strength Blind Rivet at the Best Price From Rivmate Rivet

Contact Person Search