Interlocking scaffolding is a common construction tool, and its quality and performance directly impact the safety and efficiency of the project. The following are the material and performance requirements for key interlocking scaffolding components:
First, Pole Connector Plates: These plates are manufactured from stamped steel plates, and their mechanical properties must comply with the requirements of GB/T700 Q235. This material offers excellent strength and toughness and can withstand significant pressure and impact.
Second, Pins: These pins are also manufactured from stamped steel plates, and their mechanical properties must also meet the requirements of GB/T700 Q235. These pins are crucial components for connecting the poles, and their strength and reliability directly impact the overall stability of the scaffolding.
Third, Internal Inserts: These internal inserts are precision-welded using straight seams, and their mechanical properties must also comply with the requirements of GB/T700 Q235. This welding method ensures a tight seal and strength, preventing leaks or breakage during use. Fourth, snap joints: Snap joints are made of carbon steel, and their mechanical properties must comply with the requirements of GB/T11352, grade ZG230-450. Carbon steel offers high hardness and wear resistance, capable of withstanding significant pressure and friction, ensuring the strength and durability of the snap joints.
The material and performance requirements of these components together form the foundation of the safety and reliability of interlocking scaffolding. When selecting and using interlocking scaffolding, these standards must be strictly adhered to to ensure a safe and smooth project.
Post time: Sep-08-2025