The ratchet spanner is used in scaffolds to tighten coupler nuts.

The tool can be used with two nut sizes (19/22) and can work in both directions (left and right twist), which facilities the coupling installation and dismantling.

The ratchet spanner is used in scaffolds to tighten coupler nuts.

The tool can be used with two nut sizes (19/22) and can work in both directions (left and right twist), which facilities the coupling installation and dismantling.

Technical data

The bracket is a structural component mounted on the load-bearing structure to add extra working decks or rain guards.

Bracket 32 without a pin is used to widen the working deck on the inside of the scaffold by one 320 mm wide deck.

It is a structure made of three closed profiles, fitted with a half-coupling and support.

The horizontal profile has four star pins for deck mounting.

The scaffold is anchored to the structure by anchors – components that connect the scaffold with the anchor (eye bolt) – placed in the building or attached to it.

The anchor comprises a tube with outer diameter of 48.3 mm (heavy duty S235 (Re > 320 MPa) structural steel) and a hook in two planes.

The end of the hook is placed in the eye of the eye bolt anchored to the ground together with an expansion plug.

The protective sheeting effectively shields the mortar and facade materials from excessive drying as well as from sunlight, rain, snow, and wind. It protects the scaffolding surroundings from contamination and prevents objects from falling off the scaffolding. It enables work to be carried out at low air temperatures by using heaters. Technical description: made of polyethylene, resistant to UV rays, milky-white color, temperature resistance from -40 to +80°C.

The protective sheeting effectively shields the mortar and facade materials from excessive drying as well as from sunlight, rain, snow, and wind. It protects the scaffolding surroundings from contamination and prevents objects from falling off the scaffolding. It enables work to be carried out at low air temperatures by using heaters. Technical description: made of polyethylene, resistant to UV rays, milky-white color, temperature resistance from -40 to +80°C.

The protective sheeting effectively shields the mortar and facade materials from excessive drying as well as from sunlight, rain, snow, and wind. It protects the scaffolding surroundings from contamination and prevents objects from falling off the scaffolding. It enables work to be carried out at low air temperatures by using heaters. Technical description: made of polyethylene, resistant to UV rays, milky-white color, temperature resistance from -40 to +80°C.

The protective sheeting effectively shields the mortar and facade materials from excessive drying as well as from sunlight, rain, snow, and wind. It protects the scaffolding surroundings from contamination and prevents objects from falling off the scaffolding. It enables work to be carried out at low air temperatures by using heaters. Technical description: made of polyethylene, resistant to UV rays, milky-white color, temperature resistance from -40 to +80°C.

The base plate comprises:

• • sole plate, which distributes the load from standard over a greater area and enablesplacement on the ground or mounting of a wheel set;

• •  threaded hollow core;

• •  flanged nut – to set the scaffolding at the required height;

• • flanged nut stopper – protection component preventing the nut from fully unscrewing.

The base plate unscrewing (loosening) distance will considerably affect the bearing capacity of the scaffolding base.

The base plate comprises:

• • sole plate, which distributes the load from standard over a greater area and enablesplacement on the ground or mounting of a wheel set;

• •  threaded hollow core;

• •  flanged nut – to set the scaffolding at the required height;

• • flanged nut stopper – protection component preventing the nut from fully unscrewing.

The base plate unscrewing (loosening) distance will considerably affect the bearing capacity of the scaffolding base.

The base plate comprises:

• • sole plate, which distributes the load from standard over a greater area and enablesplacement on the ground or mounting of a wheel set;

• •  threaded hollow core;

• •  flanged nut – to set the scaffolding at the required height;

• • flanged nut stopper – protection component preventing the nut from fully unscrewing.

The base plate unscrewing (loosening) distance will considerably affect the bearing capacity of the scaffolding base.

The base plate comprises:

• • sole plate, which distributes the load from standard over a greater area and enablesplacement on the ground or mounting of a wheel set;

• •  threaded hollow core;

• •  flanged nut – to set the scaffolding at the required height;

• • flanged nut stopper – protection component preventing the nut from fully unscrewing.

The base plate unscrewing (loosening) distance will considerably affect the bearing capacity of the scaffolding base.