Italy Scaffolding Market Overview, 2029

Italy Scaffolding Market Overview, 2029

The history of the Italian scaffolding market is deeply intertwined with the country's rich architectural and construction heritage. Scaffolding has been at the forefront of construction and restoration work in so many famous structures in Italy from the Colosseum through the Leaning Tower of Pisa to several Renaissance cathedrals. Over the centuries, scaffolding in Italy changed from rudimentary wooden frameworks to sophisticated metal systems, influenced by the evolution in construction techniques and materials. Sustainability is increasingly at the forefront of the Italian scaffolding market, driven by the exceptionally strong commitment to the preservation of the environment and sustainable development demanded by the country. Italian scaffolding companies are increasingly using eco-friendly materials, such as recycled steel and aluminum, within their systems. These environmentally friendly scaffolding solutions blend in with the broader goals of environmental safeguarding that Italy is pursuing at the moment, particularly with those espoused by the National Plan for Energy and Climate aimed at cutting carbon emissions and encouraging green construction. At the forefront is the rapid growth in demand for modular scaffolding systems, given its flexibility, ease of use, and capability of application in different project requirements. Another major trend is technological integration digital tools from Building Information Modeling to IoT sensors are increasingly being applied to the design and management of scaffolding as these technologies improve safety, efficiency, and project planning. Governmental policies are a major driving force behind the Italian scaffolding market in terms of trends and usages. Another pillar of regulation concerning workplace safety at job sites in Italy is Legislative Decree 81/2008, known as the Consolidated Safety Act. In that, it lays down very stringent standards for scaffolding used in construction to minimize accidents and ensure the safety of workers at work. The National Energy and Climate Plan promotes sustainable construction, including the use of environmentally friendly scaffolding materials and methods.

According to the research report ""Italy Scaffolding Market Overview, 2029,"" published by Bonafide Research, the Italy Scaffolding market is anticipated to add to more than USD 600 Million by 2024–29.Demand for scaffolding systems continues to grow with the expansion of cities and the development of new construction projects. This growth is aided by Italy's emphasis on renovating and preserving its enormous architectural heritage, much of which demands special scaffolding solutions. Besides, acceptance of new, sectional scaffolding systems adds to the market growth even more by offering effective and versatile solutions for the diversified requirements of the construction industry. There are a lot of opportunities for growth and innovation in the Italian scaffolding market. Swelling demand for sustainable construction methods creates a huge market for eco-friendly scaffolding solutions. Those providing recyclable material and energy-efficient scaffolding systems will be better positioned to ride the trend. Other opportunities, in terms of improved safety, efficiency, and project outcome, are technological advances including smart scaffolding systems as well as digital tools used for design and management. This is coupled with the country's initiatives in infrastructure projects and urban redevelopment programs, which accelerate the growth of the market by offering a continuous demand for advanced scaffolding solutions. Recent developments in the Italian scaffolding market denote a clear emphasis on innovation and efficiency within the industry. Improvements have been made in materials used for scaffolding, with higher strength and safer and more convenient assembling processes developed. It becomes popular with modular and prefabricated scaffolding systems, reducing assembly time and respective on-site costs as it particularly brings significant value to large and complex construction projects. Industry associations support and regulate the Italian scaffolding market to a great extent. ANSE is the abbreviation for Associazione Nazionale Scaffolding e Accessori, which is an important association for companies supplying scaffolding and staging products and. ANCE the Associazione Nazionale dei Costruttori di Materiali Edili of more general scope, makes a contribution to the scaffolding subsector by providing effective support and representation of policy at all levels, besides promoting the best practices for the same.

There are notable contrasting applications of external and internal scaffolding systems for the scaffolding market in Italy, leading to new grounds for the construction and renovation industries. External scaffolding is most commonly applied for the construction facades, renovation, and repair works of vertical constructions. Undoubtedly, that part was necessary to permit safe access for workers and materials while maintaining compliance with safety regulations. Key examples at the moment are the widely distributed use of peripheral scaffolding systems for complex work in the restoration of historic centers in cities such as Florence and Rome, in the realization of works that can accurately recreate the architectural style of the buildings. Major actors in the segment are the innovative and enriched solutions materials of both Layher and PERI, which promote safer and more efficient solutions on site applications. On the other hand, internal scaffolding is used for inside work, which includes electrical installations, plumbing, and drywall feeding. Such scaffolding is designed so it can fit within the constraints of a building not only where work can be performed on the ceilings but effectively on upper walls without coming in the way of the workflow. Ideal for the renovation of office buildings and city center apartments, internal scaffolding systems canbe tailored to the different sizes and forms needed for each project, to reduce the disruption. The increasing trend on redevelopment and refurbishment projects in the various cities of Italy leads to a growing demand for internal scaffolding in these urbanized cities.

There are notable contrasting applications of external and internal scaffolding systems for the scaffolding market in Italy, leading to new grounds for the construction and renovation industries. External scaffolding is most commonly applied for the construction facades, renovation, and repair works of vertical constructions. Undoubtedly, that part was necessary to permit safe access for workers and materials while maintaining compliance with safety regulations. Key examples at the moment are the widely distributed use of peripheral scaffolding systems for complex work in the restoration of historic centers in cities such as Florence and Rome, in the realization of works that can accurately recreate the architectural style of the buildings. Major actors in the segment are the innovative and enriched solutions materials of both Layher and PERI, which promote safer and more efficient solutions on site applications. On the other hand, internal scaffolding is used for inside work, which includes electrical installations, plumbing, and drywall feeding. Such scaffolding is designed so it can fit within the constraints of a building not only where work can be performed on the ceilings but effectively on upper walls without coming in the way of the workflow. Ideal for the renovation of office buildings and city center apartments, internal scaffolding systems can be tailored to the different sizes and forms needed for each project, to reduce the disruption. The increasing trend on redevelopment and refurbishment projects in the various cities of Italy leads to a growing demand for internal scaffolding in these urbanized cities.

From aluminum to wood, to steel, the scaffolding market in Italy is rich in diversity each playing a critical role in meeting the country's unique construction and restoration needs. Out of all, steel scaffolding occupies a dominant position in large industrial and commercial projects due to the strength and durability it is made of. Major Italian cities, such as Milan and Rome, diffuse resort to steel scaffolding and crucial urban development projects, like the new skyscrapers under construction in the Porta Nuova district of Milan. One of the most agile characteristics of iron is that it sustains heavy loads, thus being very opportune for complicated architectural projects typical in historical centers within Italy. Aluminum scaffolding has come to the fore over the last few years, notably in restoration works on historical buildings and monuments. Given its lightness, works are fitting for delicate operations on structures like the Leaning Tower of Pisa or the Venice Basilica, where the impact on the building is required to be at a minimum. The facility in transports and assembling an aluminum scaffolding made the product favorite in many hillside towns and remote coastal areas of Italy, where access sometimes be precarious. Wood scaffolding holds, in a minority way, its own niche in the Italian market, especially for restoration works concerning medieval and Renaissance buildings. Its use is often mandated in historically sensitive sites to maintain authenticity, as one can see in the restoration of Siena's Duomo. The Italian scaffolding industry adjusts to very stringent safety regulations established by the EU and national bodies, therefore encouraging innovation in all material types. Companies like Pilosio and Marcegaglia are leading the charge to develop improved steel and aluminum systems that stand up to these standards yet meet the requirements of Italy's vast and varied architectural landscape. This approach perhaps is more evident in large projects, such as the current renovation of Rome's Colosseum, in which both steel and aluminum scaffolding are being used to provide for a host of structural and cosmetic needs.

In the Italian scaffolding market, several types of scaffolding find different end-users.The supported scaffolding mainly tube and fitting systems, and frame scaffoldsare heavily utilized due to the versatility and stability of the scaffolds. For example, these systems played a huge part in the restoration of the Colosseum in Rome by facilitating the safe access of workers to a historic structure. Another high-volume end-user of scaffolding is the shipbuilding industry. Scaffolding is used in almost every stage of shipbuilding, from its construction to its repair, and even in its maintenance. Supported scaffolding systems dominate this field because of the flexibility needed around vessels of varying shapes and sizes. In addition, heavy usage of scaffolding is seen in the oil and gas industries for the maintenance of refineries, platforms, and other infrastructure. In Italy, leading companies like Eni and Saipem resort to specialized scaffolding solutions to serve this industry with very stringent safety standards. The other major end-use industry is electrical maintenance, wherein scaffolding is seen in the installation and maintenance of electrical equipment in various fields. Aerial lifts, such as boom and scissor lifts, come in very handy during this process due to their ability to move around and flexibility. The other end-users will be the entertainment industry, whereby temporary stages and structures require scaffolding, as in the case of concerts, festivals, and events. An example is the Umbria Jazz Festival in Perugia, where scaffolding is used in the construction of stages with supporting structures to guarantee the safety of the performers and the audience. The aerospace industry makes use of scaffolding for maintenance and construction of aircraft. For instance, Leonardo uses specialized systems to access different parts of the aircraft safely. The law regulating the scaffolding market in Italy is represented by the Consolidated Safety Act—the Testo Unico sulla Sicurezza, D.Lgs. 81/08—and by the National Institute for Insurance against Accidents at Work, known by the acronym INAIL.



Considered in this report
• Historic year: 2018
• Base year: 2023
• Estimated year: 2024
• Forecast year: 2029

Aspects covered in this report
• Scaffolding market Outlook with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Type
• Supported
• Suspended
• Aerial Lifts
• Others

By Location
• External
• Internal

By material
• Aluminum
• Wood
• Steel

By End user
• Construction
• Ship Building
• Oil & Gas
• Electrical Maintenance
• Others (Temporary Stage, etc.)

The approach of the report:
This report consists of a combined approach of primary and secondary research. Initially, secondary research was used to get an understanding of the market and list the companies that are present in it. The secondary research consists of third-party sources such as press releases, annual reports of companies, and government-generated reports and databases. After gathering the data from secondary sources, primary research was conducted by conducting telephone interviews with the leading players about how the market is functioning and then conducting trade calls with dealers and distributors of the market. Post this; we have started making primary calls to consumers by equally segmenting them in regional aspects, tier aspects, age group, and gender. Once we have primary data with us, we can start verifying the details obtained from secondary sources.

Intended audience
This report can be useful to industry consultants, manufacturers, suppliers, associations, and organizations related to the Scaffolding industry, government bodies, and other stakeholders to align their market-centric strategies. In addition to marketing and presentations, it will also increase competitive knowledge about the industry.
Keywords:
Scaffolding, Supported, Suspended, Aerial Lifts, External, Internal, Aluminum, Wood, Steel, Construction, Ship Building, Oil & Gas, Electrical Maintenance, Temporary Stage