Frame Scaffolding

Frame Scaffolding

Purpose

Frame scaffolding (hereinafter referred to as frame scaffolds) is designed for finishing and repair works on building facades, as well as for plastering and maintenance operations on construction sites.

Features

Frame scaffolding is a spatial, tiered, frame structure assembled from tubular elements such as standards, frames, longitudinal and diagonal braces, which are connected during assembly.

These quick-assembly scaffolds stand out from other types by the absence of small assembly parts and threaded connections.
Their design consists of horizontal frame decks and vertical frames (standards).

The assembly process is simple:

• The supports are installed first.

• Vertical frames (standards) are inserted into the supports and connected to each other using pipe-to-pipe couplings.

• Tongue (flag) locks are used to fasten the braces — ensuring fast, simple, and reliable installation.

• The lightweight frame facilitates assembly, while its width provides sufficient workspace for operators.

• The frame spacing allows for quick structure erection.

The use of additional elements (such as consoles, trusses, etc.) enables modification of the working area and adjustment of the scaffold configuration to meet site-specific requirements.

The scaffolding is anchored to the building wall using wall ties, which are connected to embedded parts in the wall.
Connection of scaffold components is carried out using:

• Centering elements located on the standards;

• Fixed and removable locking pins;

• Clamps.

Operating Conditions

Frame scaffolding can be used indoors or outdoors under the following environmental conditions:

• Temperature: ±40 °C

• Relative humidity: 45–98%

• Maximum wind load: 0.3 kPa