Threaded studs according to DIN EN ISO 13918:2017 - with a reduced welding tip to an approximate core diameter.
Studs made of the materials steel blank 4.8, 1.4301, and 1.4571 without an aluminium ball are generally in stock.
Arc stud welding is popular for its ability to quickly and efficiently join a metal stud to one side of a metal workpiece without marring the other side. Dependability and ease have made stud welding one of the most utilized methods of fastening on offshore platforms and shipyards across the globe. The threaded shear stud is designed for structural fastening in steel construction. It provides a strong mechanical connection between steel and concrete, ensuring reliable load transfer in composite structures.
This type of fastener is widely used as a shear connector for stud welding, offering stable performance and efficient installation in construction projects.

Nominal dimensions are listed. The tables' divergence in outline shape, finish, or dimensions shall be permitted, provided the welding area complies with the specifications of the said tables.
The length after welding, l2, is a design value. By proper control of the welding, it is possible to keep variations in l2 to within ± 1 mm. Under special conditions, l2 may be constantly different from the nominal value.
The form of the central part of the stud tip, comprising the inside diameter d1/3 for stud types UD, SD (d2/3 for stud types PD, RD, ID), shall be at the manufacturer’s discretion. The tip shall be at the manufacturer’s discretion in the case of flux in the form of a press-fitted aluminium ball (e.g. flattened in the centre with a diameter not exceeding 0,5 d1).

Welding Process and Application
Installation Process
1. Insert the stud into the welding gun
2. Position on the steel surface
3. Start the welding process
4. Apply pressure to complete bonding
This process ensures a secure connection when used as a shear connector for stud welding.Buyers can use it with an SNQ7 welding machine.
ApplicationsSteel Structure Construction
Commonly used in beams, bridges, and structural frameworks where reliable shear transfer is required.
Composite Slab Systems
Used to connect steel beams with concrete slabs, improving overall structural integrity.
Industrial Fabrication
Suitable for heavy-duty applications where strong fastening is essential.
Strong Structural Connection
This product, designed as a shear bolt connector, ensures reliable load transfer in structural systems.
Efficient Installation
By using stud welding technology, the installation of this product is fast and consistent.
High Durability
This product is suitable for demanding environments, including construction and infrastructure projects, due to its high durability.
Versatile Application
This product has versatile applications and can be used in multiple industries, including construction, bridges, and heavy fabrication.
IKING is a professional manufacturer that specializes in producing stud welding fasteners and systems. We (the company) provide a wide range of shear studs and fastening solutions tailored for structural and industrial applications.
Owing to our stable production capacity and strict quality control measures, our products are extensively utilized in steel structure and infrastructure projects across the globe.
A shear stud is used to connect steel and concrete in composite structures, ensuring load transfer.
A shear pin is typically used for mechanical protection, while shear studs are used for structural fastening.
Yes, the 19mm shear stud is widely used in construction and heavy structural applications.
Arc stud welding is commonly used for installation.
Yes, it is widely applied in bridges and large steel structures.
A shear bolt connector is used to transfer shear forces between connected structural elements.