
Chain Pin
Our heavy-duty Chain Pin is specifically designed for Cuplock Scaffolding and Steel Prop systems. This high-strength safety pin is a crucial component for connecting Scaffolding Diagonals to standards, forming stable triangular bracing. It is essential for Cuplock Systems, Ringlock Systems, and various Formwork Shoring applications, ensuring overall structural integrity and Safe Load Capacity.
Description
Chain Pin | Cup-Lock Scaffolding Chain Pin | Diagonal Brace Connector | Steel Column Accessories
Core Diagonal Brace Connector: This chain pin is a critical connector between the diagonal brace and the cup-lock node, directly determining the overall stiffness and stability of the support system.
Excellent Shear Strength: Made from high-quality high-carbon steel, it offers exceptional shear resistance, capable of withstanding the significant stresses transmitted by the diagonal brace and preventing accidental disengagement.
Quick-Release Anti-Loss Design: The unique chain connection design allows the chain pin to hang securely after insertion, preventing loss and significantly improving erection and dismantling efficiency and safety.
Wide System Compatibility: Compatible with mainstream cup-lock scaffolding, disc scaffolding systems, steel columns, and formwork support systems.
Durable Surface Treatment: The hot-dip galvanized coating provides excellent corrosion resistance and durability, ensuring long-term reliable operation in harsh site conditions.
Product Name: Chain Pin/Safety Pin
Main Application: Connecting scaffolding braces
Compatible Systems: Cup-type scaffolding, disc-type scaffolding systems, steel support systems
Material: High-carbon steel/Q235 steel
Surface treatment: Hot-dip galvanized
Diameter and Length: Ø12mm x L 100mm
Whether constructing a cup-type scaffolding for a working platform or assembling a steel support system for concrete formwork, a chain pin is an essential accessory for securing scaffolding braces. It ensures a stable triangular support within the structure, which is crucial for the safe load capacity of the entire working platform and a key factor in ensuring site safety.





































