The global air curtains market is expected to witness significant growth between 2025 and 2035, driven by increasing demand for energy-efficient climate control solutions, growing commercial infrastructure development, and stringent environmental regulations. The market is estimated to reach USD 925.3 million in 2025 and expand to USD 1,916.2 million by 2035, reflecting a compound annual growth rate (CAGR) of 7.6% over the forecast period.
Air curtains are steady in the market, frequently found not only in commercial and industrial units but also in private premises, where they are used to keep energy loss low, ensure good indoor air quality, and prevent dust, pollutants, and insects from entering the premises. The rapidly increasing healthcare program, spatial urbanism, and the acceleration of the spirit of sustainability among construction industry stakeholders all lead to the hike in demand for high-performance air curtains. Together with that, the environmental and economic benefits of sensor-based, energy-efficient, and IoT-integrated air curtains and how they are changing the market narrative.
The wise restructuring of the overall market of air curtains comes when the regulatory body and government set energy performance mandates in the commercial and industrial sectors, hence encouraging shopping malls, airports, hospitals, hotels, food processing units, and manufacturing facilities to use air curtains. In addition, the rising automation idea of smart buildings, the intensifying green construction projects, and the increasing request for thermal insulation lucidity will elsewhere on augment the market development.
The hospitality industry is growing rapidly, but other reasons for the increase in the market are the expansion of commercial infrastructure and the demand for energy-efficient technologies that would not affect the environment in a bad way. Moreover, technological innovations in air curtain design, such as the incorporation of features for noise reduction and smart climate control, are also contributing to the boosting of the adoption.
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North America is, and with the support of strict energy efficiency regulations, air curtain manufacturers continue to be a major contributor, as well as the growing HVAC control system sector and the climate-controlled commercial space market with the ever-increasing demand for air curtains. The USA and Canada are the smart building and green construction projects, which are the main drivers of the air curtain market in retail stores, airports, and health care facilities via the growing investments trend. Air curtains are being suggested for the use of businesses in building energy efficiency under the promotion of the Department of Energy (DOE) and Environmental Protection Agency (EPA), thereby facilitating air curtains to be considered as one of the sustainable elements of HVAC systems. Furthermore, the increasing number of food processing and cold storage companies has led to the higher request for air curtains to help with keeping the temperature and the required level of hygiene.
The air curtain market in Europe is demonstrating a gradual upward trend mainly because of the introduction of stringent energy conservation policies, the ongoing renovation of urban infrastructures, and the increase in consumer awareness regarding the use of energy-efficient heating and cooling systems. A good part of the reason why air curtains are more often installed in commercial buildings is the promotion of energy-efficient building technologies by various nations such as Germany, France, and the UK, which are investing a lot of money in this matter. The EU`s energy efficiency in buildings directives (EPBD) are the main factors promoting the increase in the use of air curtains for heat loss reduction, indoor air quality improvement, and supporting carbon neutrality aims. Moreover, the expansion of the retail and logistics sectors and the simultaneous investment in smart city projects have brought up the demand for automated and sensor-driven air curtains throughout the continent.
The air curtains market in the Asia-Pacific region is witnessing the highest growth rate among all areas due to rapid urbanization, the expansion of commercial infrastructure, and the raising of energy conservation initiatives. Nations like China, India, and Japan are actively incorporating such green building programs; smart HVAC technologies; and thermal insulation systems, therefore, they are in need of advanced air curtain solutions. The construction industry in China, which is already the largest, is now more focused on energy innovations than ever. Therefore, the result is a higher acceptance of air curtains in retail shops, hotels, and office spaces. Moreover, India, which is witnessing strong growth in both the food retail sector and the cold storage industry, is also experiencing significant demand for air curtains in places that are sensitive to temperature changes. On the other hand, Japan and South Korea are contributing to the development of the air curtain market in the region through their emphasis on the integration of automated HVAC and the deployment of smart building technologies.
The Middle East and Africa (MEA) region has become the focus of rapidly growing demand for air curtains, particularly in areas such as hospitality, commercial retail, and industrial facilities. Countries like Saudi Arabia, UAE, and South Africa are showing interest in energy-efficient cooling systems, which makes the use of air curtains an integral part of commercial and industrial buildings. Air curtains being used in shopping malls, airports, and office buildings are among the many ways to reduce cooling energy consumption and improve indoor comfort during the scorching heat in the Middle East. Such advantages have been the result of the positive impact of the new projects in the luxury hotels and commercial hubs in the region on the demand for high-end air curtain solutions embedded with advanced automation features.
High Initial Costs and Retrofitting Challenges
The lofty price of installing air curtains, especially for automated and high-performance models, stands out as one of the major obstacles in this market. Customized air curtain solutions are preferred by many commercial and industrial establishments, which adds to the costs of installation and integration. Besides, modern air curtain systems being retrofitted in older buildings are not only technically complex but also expensive, which is a reason adoption in cost-sensitive areas is limited. Along with this, frequent maintenance and periodic filter replacements are also being contributed to by the long-term operational expenses, thus making it hard for small businesses and budget-aware industries to break even on their investments. Manufacturers are countering this challenge by designing low-cost units, extending the leasing option, and supporting the customer in the maintenance prioritization so as to reduce the total cost of ownership.
Limited Awareness and Adoption in Emerging Markets
Adopted in many underdeveloped areas due to the ignorance of the energy-saving benefits and the unavailability of energy efficiency standards, air curtains are energy-savers. The remaining part of the article states that numerous companies in the developing regions are still using old-fashioned heating and vacuum cooling equipment, precluding them from possible cuts in expenses provided by air curtains. Moreover, the insufficiency of specific energy policies and the non-existence of incentives for air curtain fitting in some nations were reasons that reassured the market development. Industry actors are dealing with educating end-users, initiating training courses, and collaborating with state authorities to endorse air curtains deployment as a green climate control measure.
Integration of Smart and IoT-Enabled Air Curtains
The rapid development of smart buildings and automated HVAC systems has resulted in a substantial need for IoT-enabled air curtains. These air curtains are the latest models having additional smart features and the WiFi module for cloud monitoring and control of air curtain from a distance, among which are motion sensors, AI-driven airflow optimization, and remote monitoring capabilities, thus making it possible to adjust in real-time for energy consumption savings and improving user comfort. New technologists are creating air curtains with extra smart connection, which allows the air curtain to work together with BAS (building automation systems), voice assistant devices, and AI techniques for the sustainability of the climate. The prevalence of smart cities and related infrastructure projects is an additional factor that boosts the progress of air curtain systems that have more self-governance and use less energy.
Growing Demand for Energy-Efficient and Eco-Friendly Solutions
As a result of the global agenda that revolves around energy saving, the requirement for air shingles in commercial and industrial buildings has gone up. The authorities and the industrial representatives are rolling out certain policies that are focused on energy-saving. As a result, they are facilitating the installation of high-performance air curtains widely as a part of building solutions. The new models of air curtains that have low environmental impacts come with airflow control, energy-saving motors, and noise-reduction features, which are interesting to companies that care for the environment. Further, the incentives offered for the green building certifications, including LEED and BREEAM, are the trick to persuading the developers to integrate the energy efficiency air curtain technologies in their projects.
During the years 2020 and 2024, the air curtains market experienced a gradual upswing, primarily catalyzed by the need for energy-efficient HVAC technologies, the flourishing realization of indoor air quality issues, and the setting up of new commercial infrastructure. Various sectors, including retail, hospitality, healthcare, and industrial facilities, have turned to air curtains extensively as a means of energy conservation, hygiene maintenance, and occupant comfort. The orientation of the electro-thermostatic room controller into an indoor space described as "smart" together with the introduction of the Internet of Things (IoT)-based indoor environmental monitoring systems (IEMS), along with the development of air velocity air barrier systems, have become additional contributors to the market for air curtains. Nonetheless, the major setbacks were high installation costs, worries about energy consumption, and a lack of knowledge in underdeveloped economies.
The period from 2025 to 2035 will be characterized by the application of artificial intelligence in climate control and air curtains market development,. Extensive smart building automation integration, and hybrid air barrier technology solutions are expected to result in substantial market changes. This will result in the furtherance of HVAC solutions that are both environmentally sustainable and require zero emissions from the commercial site, as well as the introduction of innovative technologies directed at improved air quality. Furthermore, the developments in air curtains that use refrigerant with less impact on the environment, systems that adapt airflow using artificial intelligence, and solar-assisted air curtains would be the new benchmarks of the industry.
Market Shifts: A Comparative Analysis (2020 to 2024 vs. 2025 to 2035)
| Market Shift | 2020 to 2024 |
|---|---|
| Energy Efficiency & HVAC Integration | Use of air curtains with energy-saving features to reduce heating/cooling losses in commercial areas |
| Smart Buildings & IoT-Enabled Climate Control | Increase of automated air curtains with remote control and IoT-based monitoring for HVAC efficiency |
| Hygiene & Air Quality Concerns | Increased requirements for air curtains in operations theatres, research labs, and food processing units for the preservation of erasable surroundings are largely missing.d |
| Retail & Hospitality Infrastructure Growth | Increased installations in shopping malls, hotels, and restaurants to improve thermal comfort and reduce energy costs. |
| Sustainability & Green Building Certifications | Use of low-energy air curtain models to support energy conservation efforts. |
| Advancements in Noise Reduction & Design | Manufacturers developed low-noise, aesthetically appealing air curtain models for commercial applications. |
| Industrial & Warehouse Demand for Climate Control | Adoption in cold storage, logistics centers, and manufacturing facilities to improve efficiency. |
| Market Growth Drivers | Growth fueled by HVAC energy efficiency mandates, expansion of retail and commercial spaces, and increased hygiene awareness. |
| Market Shift | 2025 to 2035 |
|---|---|
| Energy Efficiency & HVAC Integration | AI-based airflow adjustment, the operation of the air curtain adapts itself based on the real-time temperature and foot traffic analysis. |
| Smart Buildings & IoT-Enabled Climate Control | Installation of AI air curtains that cooperate with smart building management systems (BMS) for the best climate control and preventive maintenance. |
| Hygiene & Air Quality Concerns | Development of air curtains with UV-C disinfection, HEPA filtration, and antimicrobial airflow systems, which will help to both improve air quality and reduce the risk of infection |
| Retail & Hospitality Infrastructure Growth | AI-based occupancy sensors and climate-adaptive air curtains in high-traffic commercial spaces. |
| Sustainability & Green Building Certifications | Solar-assisted and hybrid-powered air curtains for net-zero energy buildings. |
| Advancements in Noise Reduction & Design | Nanomaterial-based soundproof air curtains with AI-controlled noise reduction technology. |
| Industrial & Warehouse Demand for Climate Control | Smart industrial air curtains with AI-controlled zonal airflow and AI-assisted energy optimization. |
| Market Growth Drivers | Market expansion driven by AI-integrated adaptive airflow solutions, net-zero building trends, and increased adoption in smart infrastructure projects. |
An exciting period is on the air curtains market in the USA, which is upwardly transformed, owing to the increasing need for super-efficient HVAC systems, the influence of the willpower of the building energy codes, and the constantly emerging commercial infrastructure. The newly adopted air curtains are one of the main tools for the energy efficiency programs of the USA Department of Energy (DOE), and air curtains are being implemented by the enterprise as a means of achieving the discount on the heating and cooling bill aside from this, these curtains also improve the indoor air quality. The rapid installation of air curtains in retail stores, shopping malls, airports, and warehouses is, in turn, the cause of the market being so successfully developed. Along with these, the drive-thru outlets and QSRs are also seen to be increasing the use of air curtains, thereby maintaining the temperature balance and, at the same time, accomplishing insect and dust control. The new generation of air curtains is smart and automated, and it includes motion sensor-activated and AI-integrated airflow regulation, which is the main reason for the growth of industrial sectors, healthcare, and hospitality outlook.
| Country | CAGR (2025 to 2035) |
|---|---|
| United States | 7.8% |
The UK air curtains market is on a growth trend due to the increasing preference for energy-efficient building designs, the rising penetration of intelligent HVAC technologies, and the government rules that advocate the construction of eco-friendly structures. The stringent energy efficiency standards set by the UK (Part L of the Building Regulations) have led to the widespread use of air curtains in retail, public, and business environments. The promotion of air curtains as an energy-saving measure has also been made possible by the advent of sustainable building initiatives and carbon footprint reduction goals. Further, the growing trend towards using contactless entry in hospitals, hotels, and office buildings is offering extra support to the sales of automated air curtains with sensor-based activation. Moreover, added cultivation in the food service sector and the hospitality chain has paved the way for new market exploration.
| Country | CAGR (2025 to 2035) |
|---|---|
| United Kingdom | 7.3% |
The air curtains market in the European Union is experiencing a rapid rise as a result of stringent energy efficiency regulations, the construction of smart buildings, and the increasing use in retail and healthcare sectors. Germany, France and the Netherlands are the countries that are leading in green building standards that are consequently promoting the demand for energy-efficient air curtains in commercial spaces. The EU's Energy Performance of Buildings Directive (EPBD) has led to further implications, such as the introduction of new stricter HVAC efficiency standards, which are the reasons that air curtains are being installed in offices, retail stores, and industrial warehouses widely to improve thermal insulation and make energy savings. In addition to that, the investment in smart city developments and urban transport infrastructure has also been the reason why there is a higher demand for air curtains in places like public transport stations, airports, and metro systems. Furthermore, the demand for air curtains in health care institutions, food processing plants, and eateries has also increased due to rising hygiene awareness after the pandemic.
| Region | CAGR (2025 to 2035) |
|---|---|
| European Union | 7.6% |
The air curtains market in Japan is experiencing a trajectory primarily due to a significant surge in energy conservation measures, the increasing acceptance of smart HVAC systems, and the mounting number of commercial urban buildings. The country of Japan has pushed the growth of green energy and the new and improved systems in the building sector, which has, for that reason, raised the demand for air curtains in malls, hotels, and office workplaces. The operators in the hospitality and sustainable sectors have been utilizing air curtains with sensors more frequently due to their efficiency in climate control and comfort, adding to the fact that they affect the environment less negatively. In addition, platforms being set for the installation of air curtains in transit hubs are the increased concerns and investments in high-speed rail infrastructure and metro stations reducing temperature loss in waiting areas. The advent of robotics and automation in Japan has propelled the innovation of controlling robots, which are workerless and run solely by machines; thus, the control of implementation of air curtains in offices and industrial places has taken off.
| Country | CAGR (2025 to 2035) |
|---|---|
| Japan | 7.2% |
The Korean air curtains market is rising quickly due to various factors like urbanization, energy efficiency focus, and adoption of advanced HVAC solutions. Since the demand for air curtains has increased along with South Korea's smart city initiative and commercial sector, office buildings, shopping centres, and public transport are more likely to have them. The country's thriving e-commerce sector has also driven growth in temperature-controlled warehouses and distribution centres, where industrial air curtains help maintain indoor climate conditions. Furthermore, government policies encouraging the purchase of energy-efficient appliances are also facilitating the growth of low-energy air curtains in commercial and residential buildings. Unveiling the latest trend of incorporating AI and IoT tech in air curtains at smart buildings and automated HVAC systems is also emerging, making it possible for companies to optimize airflow control and reduce energy waste.
| Country | CAGR (2025 to 2035) |
|---|---|
| South Korea | 7.4% |
The majority of air curtains with an airflow capacity of 2000-5000 CFM are on the market, which is mainly due to their large presence in malls, shopping centers, offices, and public places that need moderate air separation and climate control. These mid-range air curtains are fully adequate to prevent the entrance of outside air, dust, and pollutants into climate-controlled areas and, consequently, maintain energy efficiency and indoor air quality. Malls and shopping centres use air curtains with a capacity of 2000-5000 CFM to keep the indoors stable in temperature and avoid the extra HVAC energy cost; thus, they cut down the spending on heating and cooling systems significantly. The same thing applies to the offices, government buildings, and public areas, which put up these air curtains to have better indoor comfort, avoid air pollution, and improve the ventilation efficiency. With the growing issues of airborne contaminants and the need for energy-saving, companies are now more interested in investments in sensor-operated and automated air curtain solutions for performance optimization and the reduction of energy wastage.
Air curtains with an airflow capacity of 5000-15000 CFM are now most commonly found in warehouses, cold storage facilities, and large industrial buildings, where the air separation volume is so high as to require temperature consistency and prevention of external contamination. This model of air curtain, which is high-performance, can create a stronger air barrier, thereby preventing loss of cold air in refrigerated warehouses and also blocking dust, fumes, and flying insects from entering manufacturing and storage facilities. 5000-15000 CFM air curtains are the most important devices in cold storage and food processing plants to keep the temperature at a stringent level, to ease the burden on the refrigeration units, and to follow the food safety regulations. In addition, air curtains in warehouses and loading docks help to reduce the amount of heat lost in winter and the amount of cooling lost in summer, which in turn benefits the comfort of the employees and reduces the HVAC costs. As e-commerce gains popularity and the temperature-controlled form of logistics demand rises, the embedment of air curtains in the supply chain and distribution centers also increases.
Malls and shopping centres are among the main buyers of air curtains since commercial spaces need climate control solutions to reduce energy losses greatly and keep the shopping area comfortable for customers. Air curtains act as barriers to the hot or cold air that would otherwise come in through the entrance, which helps with proper ventilation and as a result, cooling and heating systems are used less. On the other hand, retailers and property managers like motion-activated air curtains that operate at a low noise level, in addition to those features, they obtain the latest technology, while also helping to improve customer` experience, cutting down HVAC costs, and making indoor air cleaner. The green building movement and sustainability programs have also been the drivers for more malls and shopping centres to use air curtains that are friendlier to the environment, for example, the smart air curtains which run on variable-speed and automated airflow adjustments can be used in this way to improve energy efficiency.
The healthcare sector is consistently growing, and so are the air curtains in hospitals and clinics, which are the primary medical facilities that prioritize infection control and air quality management. The medical air curtains generally are being put at the entrance of the hospital, operating rooms, and isolation wards were to prevent external contaminants, airborne bacteria, and dust from entering these sensitive areas. Not only do they cost less than traditional door-sealing methods, but air curtains in hospitals are also non-intrusive, which makes them an effective tool for maintaining sterile conditions without hindering patient and staff movement. Besides that, air curves are also used in plural chemical manufacturing units and laboratories, where they stop cross-contamination and establish hygiene and safety standards. Apart from the ongoing expansion of healthcare structures across the globe, the incorporation of medical-grade air curtains with antimicrobial coatings and HEPA-filtered airflow is also likely to experience substantial growth.
The global air curtains market is experiencing steady growth due to increasing demand for energy-efficient HVAC solutions, rising commercial and industrial construction activities, and growing awareness of indoor air quality control. Air curtains are widely used in commercial buildings, industrial facilities, cold storage units, and healthcare institutions to prevent heat loss, improve climate control, and reduce contamination from airborne particles and insects. The market is shaped by technological advancements in high-velocity airflow systems, the integration of smart controls for automated operation, and the rising adoption of energy-efficient air curtains. Leading manufacturers focus on high-performance designs, sustainability features, and customized solutions for various commercial and industrial applications.
Market Share Analysis by Company
| Company Name | Estimated Market Share (%) |
|---|---|
| Mitsubishi Electric Corporation | 10-12% |
| Mars Air Systems | 9-11% |
| Berner International LLC | 8-10% |
| Toshiba Corporation | 6-8% |
| Systemair AB | 5-7% |
| Other Companies (combined) | 51-61% |
| Company Name | Key Offerings/Activities |
|---|---|
| Mitsubishi Electric Corporation | A global leader in smart, energy-efficient air curtains, integrating advanced HVAC automation and IoT connectivity. |
| Mars Air Systems | Manufactures high-performance air curtains, specializing in commercial, industrial, and food service applications. |
| Berner International LLC | Develops customized air curtain solutions, ensuring energy savings and enhanced indoor air quality for retail and healthcare sectors. |
| Toshiba Corporation | Provides compact and high-velocity air curtains, focusing on low-noise operation and high-efficiency climate control. |
| Systemair AB | Offers industrial and commercial air curtains, integrating EC motor technology for low energy consumption and optimal airflow performance. |
Mitsubishi Electric Corporation
A major contender in Mitsubishi Electric's production of air curtains is a company that offers intelligent HVAC solutions that incorporate IoT interconnectivity and automation. The high-velocity air curtain systems installed by the company are innovative, which allow eco-mode operation, adjustable temperature control, and remote monitoring of indoor climate conditions for effective climate regulation. The strong establishment has been putting funds into the research of environmentally friendly air curtains, such as the utilization of low-energy motors and the distribution of the airflow to facilitate sustainable operation in the building.
Mars Air Systems
Mars Air Systems is a major company in high-performance air curtains. We are specifically in charge of commercial, industrial, and cold storage applications. The company’s DC and HV series of air curtains not only have adjustable air velocity but are also equipped with noise reduction technology, besides being made of durable construction material to guarantee long-lasting performance. Mars's primary goal is expanding its energy-efficient product line to achieve maximum cost savings as well as improve indoor air management in large facilities.
Berner International LLC
Berner International boasts a reputation for its specifically tailored solutions for air curtains, which are noiseless and made available to retail outlets, eateries, and medicinal surroundings and have an efficient performance rate. The firm combines the digital control panel with the automatic activation sensor and the advanced air filtration system to promote the user experience and energy conservation further. Conversely, Berner is focused on the realization of smart air curtains with IoT-based blowing modulation, which helps with optimal thermal comfort and lower energy use.
Toshiba Corporation
Toshiba is a manufacturer of small and fast air curtain systems, which is mainly based on energy-efficient operation and better air distribution. The firm's air curtains are prominently found in commercial buildings, hotels, and office spaces, which significantly contribute to thermal comfort and keeping out dust and toxins. The company is still in the process of developing new eco-friendly products, and one of its main projects at the moment is the creation of air curtains that utilize highly efficient DC motors and have features such as automated airflow control.
Systemair AB
Systemair is a primary market provider of industrial and commercial air curtains, which have incorporated the EC motor technology to save energy and optimize air circulation. The company’s air curtains are the ideal protective barriers for cold storage units, logistics centers, and busy retail stores, as they can achieve constant climate control with hardly any energy needed. Systemair is increasing its range of Internet of Things (IoT)-friendly air curtain solutions, which are equipped with remote monitoring and predictive maintenance features.
The global air curtain market is projected to reach USD 925.3 million by the end of 2025.
The market is anticipated to grow at a CAGR of 7.6% over the forecast period.
By 2035, the air curtain market is expected to reach USD 1,916.2 million.
The surface-mounted segment is expected to dominate because of its ease of installation and versatility in commercial and industrial applications. These air curtains are commonly used in retail stores, warehouses, and offices to maintain indoor temperatures, reduce energy costs, and improve air quality.
Key players in the air curtain market include Mitsubishi Electric Corporation, Panasonic Corporation, Systemair AB, Berner International LLC, and Mars Air Systems.
Recirculating, Non Recirculating
Surface Mounted, Recessed, Walk-through
Horizontal, Vertical
Up to 2000 CFM, 2000-5000 CFM, 5000-15000 CFM
HoReCa, Malls & Shopping Centres, Warehouse & Cold Storage, Hospitals & Clinics, Cineplex & Auditoriums, Offices & Public Spaces
North America, Latin America, East Asia, South Asia and Pacific, Western Europe, Eastern Europe, Middle East and Africa
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Air Curtains Market
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