GETO-A nice Ringlock Scaffolding Supplier

There are many suppliers of scarffolding in the market, how can contractors accurately identify partners with both a global perspective and deep technical expertise? Drawing on GETO's industry-leading experience, this article provides an in-depth analysis of how to select a ringlock scaffolding supplier in 2026, and explains why GETO ringlock scaffolding systems are becoming the preferred choice for large-scale engineering projects worldwide.

What Is a Ringlock Scaffolding System?

Core Definition

A ringlock scaffolding system (also known as rosette scaffolding) is a modular scaffolding system primarily manufactured using steel materials (Q355 and Q235). It includes M48 and M60 standard series, with standard lengths ranging from 500mm to 3000mm. It is widely used in large-scale engineering projects such as bridges, tunnels, factories, power plants, and oil refineries.

Main Components

A complete ringlock scaffolding system typically includes:

1. Standard: The primary vertical load-bearing member

2. Ledger: Horizontally connects standards to form a stable frame structure

3. Diagonal Brace: Provides shear resistance and prevents structural deformation

4. Jack Base: Transfers loads to the ground with height adjustability

5. Rosette: The eight-hole connecting disc welded onto the standard – the core connecting component

6. Wedge Pin: Used to secure ledgers and diagonal braces to the rosette

Two System Series

1. 48mm System: Mainly applied to civil construction projects, operating platforms, and other projects with relatively small loads

2. 60mm System: Mainly applied to municipal engineering, cast-in-place beams for rail transit, swivel bridges, freight viaducts, and other projects with relatively large loads

A Comprehensive Comparison of Ringlock Scaffolding and Traditional Scaffolding

The ringlock scaffolding is rapidly replacing traditional coupler scaffolding due to its superior load capacity and construction efficiency.

GETO Ringlock Scaffolding System Overview

Product Description

GETO ringlock scaffolding is a steel modular shoring system manufactured using Q355 and Q235 steel, including M48 and M60 standard series. Standard lengths range from 500mm to 3000mm, allowing flexible configuration based on project requirements. The system is widely used in bridge engineering, tunnel engineering, factory buildings, elevated water towers, power plants, oil refineries, and other special factories. It can also be used in projects such as crossing bridges, cross beams, storage shelves, large stage and background frames.

Main Components

1. Standard: Vertical load-bearing member with welded eight-hole rosette

2. Ledger: Horizontal member with wedge-shaped heads at both ends for connecting to rosettes

3. Diagonal Brace: Diagonal support providing lateral stability

4. Jack Base: Height-adjustable bottom support

Main Accessories

1. Rosette: Eight-hole connecting disc welded onto the standard

2. Wedge Pin: Wedge-shaped pin used to lock ledger and diagonal brace heads

3. Ledger Head: Connecting head at the end of the ledger

4. Diagonal Head: Connecting head at the end of the diagonal brace

Product Advantages

1. Strong Load-Bearing Capacity
The load capacity of a single 60 series standard reaches up to 19 tons, meeting the heavy-load requirements of large-scale projects such as bridges and cast-in-place beams for rail transit.

2. Safe and Reliable
The hot-dip galvanizing anti-corrosion process forms a uniform zinc layer protection, effectively preventing rust and ensuring a long service life. The unique rosette self-locking pin design ensures firm connections and structural stability.

3. Quick Assembly
The unique rosette self-locking pin design makes assembly and disassembly simple and fast. Compared to traditional coupler scaffolding, ringlock scaffolding eliminates many loose couplers, avoiding coupler loss and damage, significantly improving construction efficiency.

4. Economical and Practical
Less steel consumption and lighter weight reduce transportation and labor costs. At the same time, hot-dip galvanizing extends product service life and increases reuse rates, making it more economical over the long term.