Tubular scaffolding is a time and labor-intensive system, but it offers unlimited versatility. It allows for connecting horizontal tubes to the vertical tubes at any interval, as long as there is no restriction due to engineering rules and regulations. Right angle clamps connect horizontal tubes to the vertical tubes. Swivel clamps are used to attach diagonal tubes.

Although not as popular as it was, tubular scaffolding is in frequent use in refineries, petrochemical plant environments, and power plants. It is a highly flexible system that can adapt to almost any kind of complex structure. It does consume time and energy, but it offers just the kind of platform that a project demands.

Tubular steel scaffolding is a great choice for projects where heavy loads are involved. Because of the structure of this scaffolding, it is able to support very heavyweights. It can be used for both internal and external tasks. The steel tubes are lightweight which makes them easy to assemble and disassemble.

Tubular scaffolding is similar to bricklayer’s scaffolding, also known as the Putlog scaffold when it comes to assembly. There are a few differences that make tubular scaffolding a better choice. For example, tubular scaffolding uses steel tubes as opposed to a putlog system’s timber logs. This means that steel scaffolding is more resistant to fire as compared to a bricklayer’s scaffolding.