Custom Hexagon Rivet Nut Inserts For You
Buy high-quality hexagon rivet nut inserts for secure and reliable fastening in metal, plastic, or composite materials. Designed with a hexagonal body, these rivet nuts provide excellent resistance to rotation in pre-punched hex holes, making them ideal for high-torque applications. Available in various materials such as steel, stainless steel, and aluminum, they are perfect for automotive, industrial, and construction uses. Whether you’re upgrading equipment or assembling structural components, our hexagon rivet nuts ensure strength and long-term durability. Explore our wide selection and find the right fit for your project.
Order your rivet nuts today and experience superior fastening performance!
Related Products
Get a Free Quote Now!
custom rivet and rivet nut manufacturer
M3 Hexagon Rivet Nut Inserts
M4 Hexagon Rivet Nut Inserts
M5 Hexagon Rivet Nut Inserts
M6 Hexagon Rivet Nut Inserts
M8 Hexagon Rivet Nut Inserts
M10 Hexagon Rivet Nut Inserts
M12 Hexagon Rivet Nut Inserts
Flat Head Hexagon Rivet Nut Inserts
Reduced Head Hexagon Rivet Nut Inserts
Applications of Hexagon Rivet Nut
Electronics Enclosures
Provide secure threads in thin metal cases or control boxes, allowing for easy assembly and disassembly of covers and components.
Aerospace and Aviation
Ideal for lightweight structures where high strength and anti-rotation features are essential in thin-wall materials.
HVAC Systems
Used in ducting and sheet metal assemblies to offer firm threaded connections in air conditioning and ventilation units.
Furniture and Appliances
Enable reliable fastening in metal frames or thin-walled surfaces where traditional nuts can't be used.
Industrial Machinery
Commonly installed in machine housings or equipment brackets where strong load-bearing threads are needed.
Construction and Infrastructure
Suitable for use in steel structures, lighting poles, and railings where hex holes prevent spin-out during installation.
Related Articles
What Is the Difference Between a Jack Nut and a Molly Bolt?
What Is the Differen
FAQs About Hexagon Rivet Nut
What is a hexagon rivet nut?
Hexagon Rivet Nut is a metal fastening component with an external hexagonal shape and internal threads, specifically designed to provide reliable internal threads in thin sheets or soft materials. Its standout feature is its strong anti-rotation ability. When installed in a hexagonal hole that matches its shape, it effectively prevents slippage or spinning during installation or use.
Structure and Principle:
- The external hexagonal design allows it to tightly fit into a pre-made hexagonal hole during installation, forming a mechanical lock.
- The interior has standard threads used for screwing in bolts to create a secure connection.
- It is riveted to the material surface using a specialized riveting tool, forming a stable connection structure.
What are the advantages of hex rivet nuts?
Strong Anti-Rotation Performance
The hexagonal body fits into a matching hex hole, preventing the nut from spinning during installation or use.
High Torque Resistance
Better torque strength compared to round-body rivet nuts, making them ideal for high-torque applications.
Reliable Threaded Connection in Thin Materials
Provide durable internal threads where the base material is too thin to tap.
Vibration Resistance
Secure locking with the hex body reduces loosening under vibration and movement.
Wide Size and Material Options
Available in various sizes and materials (steel, stainless steel, aluminum) for diverse applications.
No Welding or Thread Cutting Required
Eliminates the need for complex processes like welding or tapping, saving labor and time.
Improves Assembly Efficiency
Facilitates faster and more consistent assembly, especially in automated production lines.
Can hex rivet nuts be used in round holes?
While possible, it is not recommended; they are specifically designed for hex holes to prevent spinning during installation or use.
- Feasibility: Technically, hex rivet nuts can be installed in round holes, especially if the hole size closely matches the outer diameter of the nut. This may allow the rivet nut to grip during installation, particularly in softer materials like plastic or aluminum.
- Risk of Rotation: However, using hex rivet nuts in round holes compromises their key advantage—anti-rotation. Without the mechanical interlock provided by a hexagonal hole, the nut may spin during installation or under torque load, especially in harder materials or high-vibration environments.
- When It May Work:
- Low-torque applications
- Soft base materials
- Temporary or light-duty assemblies
- Best Practice: For secure and reliable installation, hex rivet nuts should be used with pre-punched or machined hexagonal holes. This ensures proper torque resistance and prevents loosening or rotation.
Are hex rivet nuts reusable?
Thread Reusability:
Once installed, the internal threads of a hex rivet nut can be reused multiple times for screwing and unscrewing bolts or machine screws. This makes them ideal for maintenance-friendly designs where components may need to be removed and reattached.
Permanent Installation:
The rivet nut itself is permanently fixed into the base material after installation. It cannot be removed and reinstalled in another location without damaging the nut or the host material.
Durability:
If installed correctly and used within specified load limits, the threads can withstand repeated use without significant wear or loss of strength.
Caution:
- Avoid over-tightening bolts, which can strip the threads.
- In high-vibration environments, consider using locking elements (e.g., thread locker) to protect the integrity of the connection over time.
What size range is available?
Thread Size Range (Metric and Inch)
Metric Sizes:
Common sizes include M3 to M12, with some manufacturers offering extended sizes like M14 or M16 for heavy-duty applications.
Inch Sizes (UNC/UNF):
Standard sizes typically range from #6-32, #8-32, 1/4″-20, 5/16″-18, up to 1/2″-13.
Grip Range (Material Thickness Accommodation)
- Each thread size is available in multiple grip ranges, allowing use in materials as thin as 0.5 mm (0.020″) up to 6 mm (0.24″) or more, depending on the nut’s length and design.
