Reduce Hex Head Full-Hex Body Rivet Nuts

Specification of Reduce Hex Head Full Hex Body Rivet Nuts:

Packaging & Shipping

• Packaging: Plastic woven bag, plastic box, carton, or according to customer requirements
• Shipping: Container shipping
• Port of Loading: Ningbo/Shanghai

Structure of Reduce Hex Head Full Hex Body Rivet Nuts:

Let’s take a closer look at the design and construction of this high-performance rivet nut.

The structural design of this rivet nut enhances both mechanical strength and installation stability:

• Reduced Hex Head: Offers a compact surface profile, ideal for applications requiring a flush appearance or minimal clearance.
• Full-Hex Body: Fits into a hexagonal hole to provide excellent anti-rotation performance and resistance to loosening under load.
• Internal Threading: Provides durable threads for bolts and screws, enabling strong and repeatable fastening.
• Open-End Design: Allows for better engagement with longer screws and improved assembly flexibility.

At Dafluid, all rivet nuts are manufactured with cold forging precision, ensuring uniform wall thickness, tight tolerances, and excellent mechanical properties.

Application of Reduce Hex Head Full Hex Body Rivet Nuts:

Explore the industries and scenarios where this rivet nut delivers outstanding performance.

The Reduce Hex Head Full-Hex Body Rivet Nut is widely adopted across industries requiring reliable blind fastening and high torque resistance. Common use cases include:

• Automotive Manufacturing: For body panels, chassis, seat frames, and engine brackets.
• Electronic Enclosures: Provides compact fastening solutions for metal and composite casings.
• Industrial Equipment: Used in machines and control panels where vibration resistance is essential.
• Furniture and Appliances: Enables hidden fastenings in thin sheet materials and decorative surfaces.

Its versatility and reliability make it a go-to solution for engineers seeking a strong, permanent, and easy-to-install threaded insert.

Advantages of Reduce Hex Head Full Hex Body Rivet Nuts:

See why this rivet nut is a preferred choice in demanding fastening applications.

• High Anti-Rotation Performance: The full-hex body locks into hexagonal holes, preventing spin-out during assembly.
• Low Profile Appearance: The reduced head height offers an unobtrusive finish, ideal for exposed or space-constrained areas.
• One-Side Installation: Perfect for structures that cannot be accessed from both sides, such as tubes and hollow sections.
• High Production Quality: Manufactured at Dafluid’s factory with 102 cold heading machines, ensuring a daily output of over 10 million pieces, consistent supply, and fast delivery.
• Customization Options: Available in carbon steel, stainless steel (304/316), with various finishes including zinc plating, black oxide, and more—tailored to your specific corrosion or strength requirements.

Recommended Installation Method of Reduce Hex Head Full Hex Body Rivet Nuts:

To ensure optimal performance, follow these professional steps for proper installation.

Installing this rivet nut is efficient and reliable when the correct steps and tools are used:

1. Prepare the Mounting Hole
Drill a hole that matches the recommended size for the rivet nut. For best results, use a hexagonal hole to fully engage the body and improve rotation resistance.

2. Insert the Rivet Nut
Place the rivet nut into the hole. The reduced head should sit flush with the surface for a clean, low-profile finish.

3. Use the Proper Tooling
Fit the rivet nut onto the mandrel of a manual, pneumatic, or hydraulic rivet nut tool, ensuring the thread size matches.

4. Install the Rivet Nut
Trigger the tool to collapse the unthreaded portion of the body behind the panel, securing the nut in place.

5. Detach the Tool
Unscrew the mandrel from the now-installed nut. The internal thread is ready for bolt fastening.

Tooling Tip: Dafluid recommends using professional-grade rivet nut tools for large-scale or precision-critical installations. Our team is available to assist with tooling selection or technical guidance upon request.