BRIO industrial scaffolding is a temporary work scaffold system designed for carrying out various tasks in the industrial and energy sectors, both for the construction of new industrial facilities and the maintenance of extant installations, including tanks, chimneys, pipe racks, boilers, turbines, and more.
These working platforms are characterised by their fast assembly times and high versatility, capable of adapting to the perimeters and specific needs of each industrial project. In addition, the working surfaces created meet with the highest Occupational Health and Safety standards.
Scope of application: thermal power plants, electric power plants, nuclear power plants, iron and steel plants, cement plants, paper mills, agricultural and food facilities, maritime installations, petroleum plants, and more.
- Heavy-duty, fully certified scaffolding system designed with BRIO ringlock scaffolding components.
- Effective design using galvanised steel ensures fast, simple, and intuitive assembly with a high load-bearing capacity, making this scaffolding highly rigid and stable.
- Specific solutions can be designed to fit any spatial configuration
- Versatility: the principal components of this modular scaffolding system can be adapted to any onsite needs.
- Safety: features all components necessary to guarantee collective safety at all times
- Supports, braces, and ties guarantee the rigidity of the system
- Large non-slip platforms with a cotter-pin fastening system allow work to be done conveniently
- Consoles and safety guardrails for interior and exterior protection
- Toeboards to prevent objects from falling
- Safety post for collective protection. Assembly from below protects against falls when accessing upper levels, in accordance with Standard EN 795.
- With few components, this system can be assembled quickly and easily with a single hammer blow
- High load-bearing capacity: scaffolding designed in galvanised steel with high-strength joints provided by the BRIO ring and a simple tie system, all of which make for an extremely rigid structure with a high load-bearing capacity.