M-Cuplock Scaffolding Application M-Cuplock scaffolding system is multipurpose steel scaffold for general access and supporting vertical loads through the following: Safe working loads on platforms will vary between 0.75kN and 3kN per square meter depending on the configuration of the scaffold. M-Cuplock scaffolding meet the requirements of the international standard for health and safety. M-Cuplock scaffolding is compatible with any scaffolding accessories (stairs, boards, wheels, tie…). All components are designed to be light weight and easily assembled. M-Cuplock constructs and maintains an installation that can seriously affect the life acceptance and efficiency of the finished installation.

In construction, a shorbrace, also known as a diagonal brace or a cross brace, is a structural element used to provide lateral stability and support to vertical members or scaffolding systems. It is typically made of steel and is installed diagonally across two vertical members to prevent them from swaying or buckling under loads or external forces. Shorbraces are commonly used in construction projects, such as formwork systems, scaffolding, and temporary structures, to ensure structural stability and safety. They help distribute and transfer loads and forces, enhancing the overall strength and rigidity of the construction system.

Yes, I am familiar with props formwork system. Props, also known as adjustable steel props or acrow props, are vertical support members used in formwork systems during construction. They are adjustable in height, allowing for flexibility in supporting various structural elements like beams, slabs, walls, and columns. Props formwork systems are commonly used in concrete construction to provide temporary support and ensure the stability of formwork during the pouring and setting of concrete. These systems typically consist of vertical props, horizontal beams, and other supporting elements that work together to create a sturdy framework for the formwork. Props formwork systems offer advantages such as adaptability, ease of installation and adjustment, and the ability to withstand heavy loads. They are widely used in building construction, particularly for multi-story structures, where the formwork needs to be safely supported and aligned.