16×100 Stud Weld Pin: The Ideal Choice for Deep and Secure Connections
The 16×100 stud weld pin is a reliable fastening element designed to provide high strength and secure installation in steel-to-concrete composite structures.
Manufactured from high-quality cold-drawn low-carbon steel, this stud weld pin enables fast and durable installation using the stud welding process. It is particularly preferred in structural applications where heavy loads and strong steel-to-concrete connections are required.
Technical Specifications
- Diameter: 16 mm
- Length: 100 mm
- Material: Cold-drawn low-carbon steel
- Application Method: Stud welding
- Ceramic Ferrule Compatibility: Suitable for use with compatible ceramic ferrules
- Standards: EN ISO 13918, ISO 14555
Advantages
Deep Anchorage
The 100 mm length provides maximum grip and secure anchorage in thick concrete and steel sections.
High Strength
Delivers reliable resistance against both tensile and shear forces in demanding structural applications.
Fast and Easy Installation
Compatible with automatic stud welding machines, reducing installation time and increasing productivity.
International Standards Compliance
Manufactured in accordance with ISO and EN standards, ensuring quality, safety, and consistent performance.
Applications
The 16×100 stud weld pin is commonly used in:
- Anchorage systems for high-rise reinforced concrete buildings
- Column-to-beam connections in steel-framed structures
- Industrial flooring systems and heavy machinery foundations
- Bridge supports and tunnel lining systems
- Platform structures in power plants and energy facilities
Frequently Asked Questions (FAQ)
1. What welding method is used for the 16×100 stud weld pin?
It is installed using the stud welding process together with a suitable ceramic ferrule.
2. Which standards does the product comply with?
The product fully complies with EN ISO 13918 and ISO 14555 standards.
3. What are its most common applications?
It is widely used in bridges, buildings, and energy infrastructure projects, particularly where deep and heavy-duty structural connections are required.