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Ringlock Scaffolding Standard

Engineered to international standards for safety, speed and durability on every job site.

Overview

The Ringlock Scaffolding Standard — often called a ringlock vertical or upright — is the main load-bearing column of a ringlock scaffolding system. It is a high-strength steel tube fitted with welded rosettes at uniform 500 mm intervals; each rosette gives 8-way connectivity so ledgers and diagonal braces lock in at any angle with a single hammer-driven wedge. Standards join end-to-end through spigots to form a continuous scaffold leg of almost any height.

Ringlock Scaffolding Standard - Vertical Upright & Rosette

Key Features

  • Main vertical upright — carries the full scaffold load
  • Welded rosettes every 500 mm for 8-way connectivity
  • 8 connection holes: 4 right-angle + 4 variable-angle
  • Hot-dip galvanized Q345/S355 high-strength steel
  • Stacks with spigots to any tower height
  • Built to EN 12810 / EN 12811, ANSI, AS/NZS

On the job, a standard stacks onto the next with a spigot connector to build one continuous scaffold column, while the rosette node carries ledgers on its four small holes and diagonal braces on its four large holes — distributing load through a single centre. That node geometry is why ringlock erects far faster than tube-and-coupler or cuplock, stays rigid under live load, and fits building, shipbuilding, offshore and industrial maintenance alike. ACE SCAFFOLD's ringlock standard is hot-dip galvanized Q345/S355 steel, built to EN 12810 / EN 12811, ANSI and AS/NZS, with ISO 9001 quality and FOB Shanghai delivery.

The rosette is the heart of the ringlock standard. Eight holes let ledgers and diagonal braces lock at the exact angle the structure needs, while the hammer-driven wedge keeps every joint rigid under live load. This is what lets a single standard carry the full scaffold column and share load through one centre.

Ringlock Scaffolding Standard Rosette
Rosette Detail
Connection Holes8 (4 small right-angle + 4 large variable-angle)
Ledger Connection4 small holes
Brace Connection4 large holes
Rosette Spacing500 mm (0.5 m) uniform intervals
Rosette MaterialQ345 / S355 High-strength Steel
Disc Thickness10 mm
WeldingRobot-welded to the standard
Ringlock standard rosette — the 8-way connection node.

Ringlock Scaffolding Standard Specifications

DescriptionMODELUnit Weight
Standard 1'8" / 0.5mRSS0503.32 kgs
Standard 3'3" / 1.0mRSS1005.66 kgs
Standard 4'11" / 1.5mRSS1506.89 kgs
Standard 6'6" / 2.0mRSS20010.35 kgs
Standard 8'2" / 2.5mRSS25012.65 kgs
Standard 9'9" / 3.0mRSS30015.03 kgs

Ringlock Scaffolding Standard Picture

Ringlock Scaffolding Standard packing
Ringlock Scaffolding Standard welding
Ringlock Scaffolding Standard scaffolding wall thickness

Frequently Asked Questions

Q
What is Ringlock Scaffolding Standard?
Ringlock Scaffolding Standard is the vertical component of a Ringlock scaffolding system, equipped with rosettes at regular intervals to connect other components like ledgers and braces. It serves as the main load-bearing element in the structure.
Q
What Materials Are Ringlock Scaffolding Standards Made of?
Ringlock Scaffolding Standards are typically made from high-strength steel such as Q345 / S355. The surface is always hot-dip galvanized to protect against corrosion and wear.
Q
What Are the Heights of Ringlock Scaffolding Standards?
Ringlock Scaffolding Standards are available in a range of lengths, such as 0.5 m, 1 m, 1.5 m, 2 m, 3 m, and so on. They can be connected using bolted spigots to build taller scaffolding structures. ACE SCAFFOLD also supplies standards with a Crimped Spigot and standards with a Hanging Spigot.
Q
What is the Purpose of the Rosettes on a Ringlock Scaffolding Standard?
The rosettes are welded at intervals along the standard and provide connection points for ledgers, braces, and other scaffolding components. Each rosette offers eight slots for multi-directional connections. There are 4 small holes and 4 large holes in rosettes. Ledgers connect in small holes and braces connect in large holes.
Q
How Do Ringlock Scaffolding Standards Connect to Other Components?
Components like ledgers and diagonal braces are attached to the rosettes on the standard using a wedge and locking mechanism, which ensures a secure and rigid connection.
Q
Can Ringlock Scaffolding Standards Be Used for Different Scaffolding Heights?
Yes, you can combine different lengths of standards by connecting them with spigots to create various heights for required scaffolding structures.
Q
Are Ringlock Scaffolding Standards Compatible with Other Scaffolding Systems?
Ringlock scaffolding is typically not compatible with other types of scaffolding systems (like Cuplock or Kwikstage) because the connection mechanisms differ.
Q
How do I Maintain and Store Ringlock Standards?
To extend the lifespan, ensure that components are cleaned regularly and stored in a dry environment. Inspect the standards for damage or corrosion before and after use, and replace any faulty parts immediately.
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