Fire-rated Busway Market size, share, growth, and industry analysis, by type (copper busway, aluminium bus way, others) by application (Shipyard, Petrochemical, Ferrous Metallurgy, Industrial, Building, Others) and Regional Insights and Forecast to 2035

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FIRE-RATED BUSWAY MARKET OVERVIEW

The global fire-rated busway market size at USD 1.81 billion in 2025 and is projected to reach USD 1.91 billion in 2026, growing further to USD 3.18 billion by 2035 at an estimated CAGR of 5.82% from 2026 to 2035.

The market is all about a special kind of electrical system that can handle intense heat and prevent fires from spreading in buildings and industrial settings. A bus duct is like an electrical pipe that helps distribute electricity effectively throughout a building. Fire-rated busways are made of fireproof materials and insulation to ensure that electricity keeps flowing even if there’s a fire, enabling essential systems to keep working. Stringent building norms and safety restrictions, reliable electrical distribution, and rising Fire safety awareness is essential in both new construction and retrofit projects. The market is likely result of increased investments in building, urbanisation, and infrastructure upgrading, particularly in areas with stringent fire safety norms. More technological improvements are enabling the creation of more efficient and sustainable fire-rated busway systems, which is fuelling market expansion.

KEY FINDINGS

COVID-19 IMPACT

COVID19 pandemic had a significant effect on the fire-rated busway business

The global COVID-19 pandemic has been unprecedented and staggering, with the market experiencing lower-than-anticipated demand across all regions compared to pre-pandemic levels. The sudden market growth reflected by the rise in CAGR is attributable to the market’s growth and demand returning to pre-pandemic levels.

 The market struggled because industries closed and construction projects halted. This was owing to lockdowns and limitations, which caused delays in the manufacture and delivery of fire-rated buses. However, as time passed, various factors aided the market recovery. There was an increasing demand for safer structures, particularly in sectors like hospitals and data centres that needed to remain operational during the epidemic. Governments also began spending money on infrastructure projects to stimulate the economy, which helped the market improve. With more individuals working from home and using digital services, there was a greater investment in data centres, which required robust fire protection solutions such as fire-rated busways. Although the market struggled.

LATEST TRENDS

Increased Focus on Safety Standards

Governments and regulatory agencies around the world are constantly upgrading fire safety standards to address the changing threats in modern construction. This urge for increased safety applies not only to commercial and industrial places, but also to residential buildings, particularly high-rises, where the risk of fire spread is higher. Insurance companies are also becoming more stringent, frequently demanding the installation of fire-rated systems as a prerequisite for coverage. This has resulted in increased awareness and acceptance of fire-rated busways by builders, contractors, and building owners. In addition, continuing education and training programs are being implemented to ensure that industry experts comply with and understand the new safety measures.

• According to the U.S. National Fire Protection Association (NFPA), electrical malfunctions or failures accounted for 13 % of home structure fires between 2015‑2019.
• As per the U.S. Fire Safety report, in 2021, electrical fires caused approximately 0.1 % of total residential deaths and 0.3 % of total residential injuries.

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FIRE-RATED BUSWAY MARKET SEGMENTATION

By Type

• Copper busways: are excellent at conducting electricity, making them efficient and reliable for power delivery. They can tolerate high temperatures, lowering the risk of fire. As a result, copper busways are frequently employed in environments such as data centres, industrial facilities, and tall buildings where performance and safety are critical.

• Aluminium busways: are lighter and less expensive than copper ones. They still conduct electricity effectively and are rust-resistant, making them suitable for a variety of applications. They are commonly employed in commercial buildings and some industrial sites where low costs and easy installation are vital.

• Others: This group includes busways made of different materials combinations of materials for certain purposes. These could have particular fire-resistant coatings or be built of strong, lightweight materials. These varieties are utilised in locations with unusual conditions or unique fire safety requirements where standard copper or aluminium may not be the best fit.

By Application

• Shipyards: require fire-rated busways to keep electrical systems safe when building and repairing ships. They help to prevent electrical fires and ensure that the power supply remains reliable conditions.

• Petrochemical: where highly flammable products are handled, fire-rated busways help avoid fires and keep electrical systems operational even in an emergency.

• Ferrous metallurgy, which processes metals iron and steel, poses a severe fire risk due to high temperatures and flammable components. Fire-rated busways improve power distribution safety and reduce fire hazards.

• Industrial Building: Fire-rated busways are used in many industrial buildings to ensure that electrical systems are safe and capable of withstanding high temperatures, hence preventing fire spread.

• Others: Fire-rated busways are utilized in locations where fire safety is critical, such as data centres, hospitals, and business buildings. They help ensure that critical systems continue to function during a fire, protecting people and property.

DRIVING FACTORS

Implementation of Strict Safety Regulations to drive market growth

With increased construction, particularly in cities, there is a greater demand for fire-rated busways in new structures. This encompasses office buildings, factories, and apartment complexes. Fire-rated busways help to maintain electrical systems safe and operational during a fire. They ensure that power remains on in offices and shopping malls during an emergency. Factories and warehouses also require them to properly manage large amounts of electricity. Even in new apartment buildings, fire-rated busways are employed to ensure electricity safety and reliability. As work progresses, new and improved fire-rated busways are being built to fulfil safety standards.

• According to NFPA statistics, electrical wiring and insulation‑related fires cause 11 % of industrial property damage in manufacturing/industrial properties.
• In India, the National Building Code mandates that buildings over 15 m in height must comply with fire safety measures, affecting 100 % of new high‑rise buildings for obtaining fire clearance.

Growth in Construction and Infrastructure Projects

As more buildings are constructed, particularly in cities, there is a larger demand Fire-rated busway market growth. These are installed in new office buildings, factories, and apartment complexes. Fire-rated busways help to protect electrical systems during a fire. They play a crucial role in keeping the power on and the building safe. As the building progresses, additional fire-rated busways are required to meet safety standards.

RESTRAINING FACTORS

Maintenance Challenges to threaten the market growth

Fire-rated busways frequently require extra attention and regular inspections to assure their safety and effectiveness. This additional upkeep can increase the cost of keeping them up over time. Because of these additional expenditures and the necessity for frequent inspections, some people may prefer other types of buses that are easier and less expensive to maintain. This may make fire-rated busways less appealing to some users, particularly if they are on a short budget or have limited resources for regular maintenance.

• According to NFPA / USFA data, electrical malfunction accounted for only 6.7 % of home fires in 2017‑2019, lower than other causes like cooking 50 %
• The National Building Code of India allows existing buildings to bypass full compliance; thus only about 30‑40 % of older structures retrofit with fire‑rated systems.
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FIRE-RATED BUSWAY MARKET REGIONAL INSIGHTS

North America dominates due to strict building regulations and safety restrictions

The market is primarily segregated into Europe, Latin America, Asia Pacific, North America, and Middle East & Africa

The industry is being driven by the construction of high-rise buildings, commercial spaces, and data centres. Furthermore, the emphasis on rebuilding older infrastructure to meet new safety requirements fuels demand. The presence of major manufacturers and modern technologies helps to drive market expansion of  Fire-rated busway market share in this region.

KEY INDUSTRY PLAYERS

Several large businesses dominate the fire-rated busway industry, with each contributing to technological and safety breakthroughs. Here are some of the major industry players

• Schneider Electric: According to industry compliance standards, 100 % of Schneider Electric’s modular busway systems in industrial and commercial buildings meet fire-resistance rating requirements, reducing fire risk in electrical distribution by up to 80 % compared to non-fire-rated systems.
• Westinghouse Electric: In U.S. installations, 95 % of Westinghouse bus duct and electrical distribution components comply with NEC and NFPA fire-resistance codes, contributing to a reduction of approximately 70 % of potential fire incidents in high-risk electrical setups.

List of Market Players Profiled

• Schneider electric -France
• Eaton Corporation -Ireland
• Siemens AG-Germany
• General Electric (GE) -US.
• ABB Ltd.- Switzerland
• Westinghouse Electric

INDUSTRIAL DEVELOPMENT

August 28,2024: ABB Limited - "Fire Safe Ultra" Fire Safe Ultra is engineered with cutting-edge fire-resistant materials and innovative technologies to provide enhanced protection and performance in high-risk areas.

REPORT COVERAGE

This paper examines the fire-rated busway market, focusing on several critical aspects. It begins with an overview that defines fire-rated busways, discusses key trends, and divides the market by type, usage, and region. It addresses what is driving the market, such as safety regulations and construction boom, as well as difficulties like high costs and maintenance requirements. The research categorizes the market by type (such as copper and aluminium buses), application (such as shipyards and industries), and region (such as North America and Europe). It provides information about industry trends and important players in each region. The competitive section discusses significant firms, market share, and recent revisions. It also examines new innovations and technologies in the sector The research forecasts market growth over the next few years and makes suggestions for businesses and industry players.