Buy vertical standards for modular scaffolding

Vertical standards are the load-bearing, vertical structural components in scaffolding. They form the main load-bearing line, transfer vertical loads and connect the levels of a scaffold via defined connection points.
Whether in frame or modular scaffolding, vertical standards are the central structural element of every structure.

Advantages of vertical standards

• High load-bearing capacity for multi-level structures
• System-specific connection points for ledgers, diagonal braces and decks
• Clear grid logic in scaffolding construction
• Reusable and robust for long-term use
• Basic component for almost any scaffolding system

Categories: Vertical standards

Standard vertical handles

For frame systems with fixed connection and panel widths.

Module stems

Standard joints for flexible grids.

Extension handles / extension shafts

For adjusting the height of, or extending, existing structures.

Special & Transitional Handles

For special connection scenarios or interfaces between systems.

CETRAC Parts + Service:

• Locking pins
• Fasteners
• Foot and head plates

Quick overview – Vertical standards

CETRAC offers a wide range of vertical standards:

1 Submit an enquiry →

2. Quote within 24 hours →

3 Picking & Dispatch

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Calculate scaffolding area

Do you assemble your scaffolding from individual parts? With our EasyFlow scaffolding area calculator, you can first work out the scaffolding area you need – so you’ll know exactly how many vertical standards and other components you’ll require. It’s free, with no obligation, and takes just a few seconds.

FAQ – Vertical Standards

As the load-bearing, vertical main elements of any scaffolding system.

Generally speaking, no – they are system-specific load-bearing components.

Module columns have module nodes for flexible grids; standard columns follow fixed column widths.

Yes – using extension or lengthening handles, provided they are compatible with the system.

Central – incorrect positioning affects load-bearing capacity and geometry.