Ringlock Diagonal Brace

Features:

1. It resists lateral (side) forces, ensuring that the scaffolding maintains its shape and position even when subjected to external loads.

2. Equipped with a wedge head that locks into the rosette on the vertical standard.

3. Made of high-strength steel and are hot-dip galvanized to resist corrosion and adverse weather conditions.

4. Available in a variety of lengths and angles to suit different scaffolding configurations and heights.

We offer competitive prices, welcome to inquire.

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Product Details

Diagonal brace is a key component in the ringlock scaffolding system that enhances the overall stability of the structure by providing diagonal reinforcement. It connects vertical standards (uprights) and horizontal ledgers at an angle, helping to prevent the scaffold from swaying or collapsing under load or external forces, such as wind.

Specifications:

Code	Material	Length	Surface Treatment
RD01YPMG0202	Q235, 48.3*2.4mm	H1500 L600	Hot Dipped Galvanized
RD01YPMG0320		H1500 L900
RD01YPMG0440		H1500 L1200
RD01YPMG0823		H2000 L600
RD01YPMG0956		H2000 L900
RD01YPMG1078		H2000 L1200
RD01YPMG1132		H2000 L1500
RD01YPMG1910	Q235, 48.3*2.4mm	H1500 L1219	Hot Dipped Galvanized
RD01YPMG2896		H1500 L1524
RD01YPMG2897		H1500 L1829
RD01YPMG1616		H2000 L1219
RD01YPMG1166		H2000 L1524
RD01YPMG1248		H2000 L1829
RD01YPMG1608	Q235, 48.3*2.4mm	H2000 L732	Hot Dipped Galvanized
RD01YPMG1609		H2000 L1088
RD01YPMG1643		H2000 L1286
RD01YPMG1610		H2000 L1400
RD01YPYO1620		H2000 L1572
RD01YPMG1611		H2000 L2072
RD01YPMG1612		H2000 L2572
RD01YPMG1613		H2000 L3072

Functions of a Diagonal Brace:

Increased Stability: By connecting different parts of the scaffold at angles, diagonal braces provide additional rigidity to the scaffolding system.
Load Distribution: They help distribute loads more evenly across the scaffold structure, reducing the risk of collapse or failure.
Safety Enhancement: Diagonal braces are vital for maintaining the structural integrity of tall or complex scaffolding systems, particularly in windy conditions or when the scaffold is subjected to significant lateral forces.