Rapid-strength concrete is one of the preferred substitute construction materials for renovating and conservating fast-aging infrastructure to other concrete forms. According to BlueQuark Research and Consulting, the global Rapid-strength concrete market is expected to grow considerably during the forecasted period. Factors such as the growing construction of multi-story and high-rise buildings owing to industrialization resulting in rapid urbanization are expected to drive the rapid-strength concrete market in the forecasted period. Further, growing pet adoption across the globe, reduction in global carbon dioxide footprint, increased use in roadways construction across the world, and more durability to withstand climate change conditions & weathering caused due to heavy vehicles are expected to drive the rapid-strength concrete market in the forecasted period. Furthermore, a shifting consumer preference for modern architecture has considerably proliferated the need for rapid-strength concrete for different functions, including precast concrete production, urgent repairing works, and concrete masonry. However, the factors restraining the market growth are the increasing concern over the usage of portland cement, growing emphasis on eco-friendly concrete, awareness in emerging economies, and High prices of rapid-strength concrete.

The airfield segment held a significant share of the rapid-strength concrete market. Rapid Strength Concrete is extensively used in airports for various purposes, such as runways, taxiways, aprons, and parking areas. It offers high compressive strength and a durable surface finish, which makes it an ideal choice for these applications. Its fast-curing time helps to minimize the downtime of the airport. Rapid-strength concrete is highly used in the construction of airports, as they develop high strength within hours after pouring, unlike conventional pouring. They also accelerate construction, are easy to place, and provide significant time savings on construction sites. In airports, rapid-strength concrete can be applied in runways, terminal buildings, aircraft hangers, taxiways, airport aprons, fire stations, and car parks, amongst a few other applications. Furthermore, they are also used in pavement concrete repairs as they are subject to damage by abrasion, impact, frost attack, subsidence, and cracking. Hence, they require fast setting concretes, which can provide immediate repairs. Rapid-strength concrete is widely used in airport construction due to it develops high strength within hours after pouring, unlike conventional pouring. They also speed up construction works, are simple to install, and offer significant time savings on building sites. The building and construction industry is flourishing in regions such as Asia Pacific, Europe, and North America as governments are spending heavily on expanding the building and construction industry.

Europe region held the most significant share in the rapid strength concrete market. Growing investments in infrastructural projects such as high-capacity transport infrastructure for passenger and freight transport, structural maintenance of the existing road, rail, and waterway networks, and revision in federal government energy policies to attract more private investment have increased the consumption of rapid-strength concrete in the recent years. In addition, growing need for structural maintenance of federal trunk road infrastructure due to growing stresses & strains and increasing age of the road and bridge fabric, increase in investment to upgrade the existing rail network, and the rising necessity to replace physical structures on the federal waterways are expected to increase the demand for rapid strength concrete. The infrastructural segment held the highest share in the rapid strength concrete market due to the increasing use of rapid strength concretes in the infrastructural sector. In a short period (less than 20 Mpa [3000 psi] in 3 hours), the rapid-strength concrete achieves high strength. Its primary motive is to provide a permanent solution and increase the structure's life, owing to which it is generally used to repair structures such as roads & bridges construction, building/floors, tunnel construction, airfield construction, highway construction, and more.

Adopting traditional cement is gradually declining in the construction industry, as it is time-consuming and labor-intensive. This has undeniably, paved the way for the growing adoption of special chemicals-based rapid-strength concrete in the construction industry. Rapid-strength concrete is used in the construction of docks and piers. It helps to create a strong and durable base for these structures, which must support heavy loads such as ships. Rapid-strength concrete allows dockyard owners to create resilient docks that can withstand the harsh marine environment. Rapid Strength Concrete is most widely used in parking areas due to its ease of use and quick drying time. It is used in parking areas to provide a solid and durable surface. It can also be used to overlay existing asphalt or concrete surfaces. It chooses parking areas because they can be installed quickly, which helps minimize the time the site is closed off to traffic. Sustainable buildings and eco-friendly construction refer to a building with features that can maintain or enhance the quality of life of the surroundings in which it is located by reducing carbon emissions and conserving energy and water.

There is a considerable surge in the use of RSC for pavement rehabilitation and reconstruction. These pavements provide a smooth, durable all-weather traveling surface to cars, trucks, buses, bicycles, commuters, commercial motor carriers, delivery and service providers, local users, and leisure travelers. In addition, they play a pivotal role in the roadway network of a country and offer societal benefits, such as access to schools, services, offices, and general mobility. Apart from this, as RSC reaches opening strength quickly, slab replacement can be accomplished overnight. Consequently, it is utilized for repairing different components of buildings and substructure elements on bridges, such as decks, piers, and columns. 

Some market key players are Aggregate Industries (Holcim Group), Boral Limited, Bostik (Arkema SA), Buzzi Unicem SpA, and Cemex SAB de CV.

In April 2021, Holcim Participations (US) Inc., a subsidiary of Holcim Group, a US-based building material company, acquired Firestone Building Products for an undisclosed amount.     

Global Rapid-strength Concrete Market report provides deep insight into the Industrial market's current and future state across various regions. The study comprehensively analyses the Rapid-strength Concrete Market by segmenting based on Application (Airport, Building Floor, Dockyard, Formed Work, Parking Area, Rail Network, Road/Bridge, and Other Applications) and geography (Asia-Pacific, North America, Europe, South America, and Middle East and Africa). The report examines the market drivers and restraints and the impact of Covid-19 on market growth in detail. The study covers emerging market trends, development, opportunities, and challenges in the industry. This report also covers extensively researched competitive landscape sections with prominent companies and profiles, including their market shares and projects.