Cold Heading Pressure Riveting Studs

Cold Heading Pressure Riveting Studs are precision-engineered fasteners manufactured using advanced cold heading technology. This process forms the studs under high pressure without heating, ensuring exceptional strength, durability, and dimensional accuracy. These studs are widely applied in automotive, aerospace, construction, marine, and electronics industries, offering a reliable, permanent fastening solution suitable for demanding environments.

Key Features

• Cold heading technology provides uniform structure, high density, and excellent mechanical performance

• High load-bearing capacity with tensile strength up to 80 kN and shear strength up to 50 kN

• Excellent corrosion resistance for long-term use in harsh environments

• Available in a range of materials including steel, Stainless Steel, aluminum, and titanium

• Customizable dimensions: diameters from 2.4 mm to 12.7 mm, lengths from 6 mm to 50 mm

• Multiple head styles: round, flat, or countersunk

• Various surface treatments: plain, zinc plated, phosphated, anodized, or painted

• Environmentally friendly manufacturing with smooth, burr-free finishes and RoHS compliance

Typical Applications

Cold Heading Pressure Riveting Studs are suitable for permanent, high-strength fastening in structural and high-performance assemblies such as:

• Automotive body panels, chassis frames, and crash components

• Aerospace airframe fasteners and interior mounting

• Construction frameworks and architectural steel joints

• Marine hull structures and engine compartments

• Industrial machinery casings and control cabinets

• Electronics enclosures and PCB mounting

Parameters of Cold Heading Pressure Riveting Studs:

Why Choose Us

We specialize in the manufacturing of Cold Heading Pressure Riveting Studs and self-clinching fasteners, offering:

• Complete specifications and prompt delivery

• Support for customized production based on drawings or samples

• Full-service production from raw materials to finished inspection

• Strict quality management systems and professional certification

• Sustainable, eco-friendly manufacturing processes

• Proven reliability and customer satisfaction across industries

FAQ – Cold Heading Pressure Riveting Studs

1. What are Cold Heading Pressure Riveting Studs?

Cold Heading Pressure Riveting Studs are high-strength fasteners formed using cold heading technology and installed by pressing them into a base material. They provide a permanent, secure mechanical connection without the need for welding or threading.

2. What are the advantages compared to traditional studs?

• Higher structural strength due to cold forming

• Fast and efficient installation without welding

• High precision and clean appearance with burr-free surfaces

• Suitable for thin metal sheets and lightweight structures

3. What industries are they used in?

These studs are widely used across industries such as:

• Automotive (body panels, chassis, frames)

• Aerospace (airframes, interiors)

• Construction (steel frameworks, architectural structures)

• Industrial machinery (enclosures, brackets)

• Electronics (device housings, PCB supports)

4. Can these studs be customized?

Yes. We support OEM/ODM customization based on your drawings or samples, including diameter, length, head type, material, and surface treatment.

5. What materials are available?

We offer a range of materials depending on your application needs:

• Stainless Steel (e.g., SUS304, SUS316)

• Carbon Steel (low and medium carbon)

• Aluminum Alloys

• Titanium (optional for aerospace or high-end uses)

6. What surface treatments are available?

To improve corrosion resistance and appearance, we offer:

• Zinc plating (white, blue, black)

• Phosphating

• Anodizing (for aluminum)

• Painting or powder coating upon request

7. What is the typical lead time?

For standard sizes: 7–10 working days.
For customized orders: 15–25 working days depending on complexity and volume.

8. Is there a minimum order quantity (MOQ)?

Yes. Standard parts have low MOQs, often starting from 500–1000 pcs. Custom parts usually require a MOQ of 1000 pcs or more, depending on material and processing needs.