Smart Glass Market By Product Type (Active Smart Glass, Passive Smart Glass), By Technology (Electrochromic, Suspended Particle Device, Polymer Dispersed Liquid Crystal, Thermochromic, Photochromic, Liquid Crystal, Micro-blinds), By Application (Windows, Doors, Skylights, Partitions, Mirrors, Sunroofs, Display Panels), By End-User (Building & Construction, Transportation, Healthcare, Retail & Hospitality, Energy & Power), Global Market Size, Segmental Analysis, Regional Overview, Company Share Analysis, Leading Company Profiles And Market Forecast, 2025 – 2035

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Industry Outlook

The Smart Glass Market accounted for USD 7.46 Billion in 2024 and is expected to reach USD 20.16 Billion by 2035, growing at a CAGR of around 9.46% between 2025 and 2035. The Smart Glass Market is the production, development, and deployment of the glass that has the ability to alter the light transmission functionality based on a specific context for privacy, energy saving, and appearance modification. These materials are widely used in various sectors of activity, such as construction, vehicle manufacturing, aerospace, electronics, and health. This has been the result of the increased need for sustainability and energy saving, which has led to advancements in the electrochromic, SPD, and PDLC technologies. The element critical for further boosting the phenomenon is the growth of smart building initiatives, green certifications, and a growing number of investments in next-generation mobility.

Report Scope:

Market Dynamics

Rising demand for energy-efficient buildings drives adoption of smart glass in architecture.

The consciousness that has come about concerning sustainability and conservation of energy has greatly enhanced the use of energy-setting, efficient structures globally. Both governments and the various regulatory agencies continue to pass codes and enactments that promote the use of smart products such as smart glass. Therefore, smart glass is very significant in regulating natural light, minimizing and distributing thermal loads, and setting the level of comfort indoors. It allows the control of both light and heat in a building; thus, it could help curb energy use in both commercial and residential buildings. Smart glazing is used more frequently and intensively in architects and developers’ constructions of façades, windows, and partitions. It is an asset because of its flexibility to make changes in the level of transparency, all this making it functional and an aesthetic value. With a trend towards urbanization and the development of intelligent cities, intelligent glass is a necessary part of constructing a sustainable structure. With the modernization in technology, smart glasses’ applications are cheaper and can be easily installed. The author also believed that this shift will keep on continuing to push the market forward in terms of growth throughout the forecast period.

Advancements in electrochromic and SPD technology improve functionality and expand application scope rapidly.

The improvements in electrochromic and SPD-automobile-type smart glasses have increased the usefulness and applicability of the technology, creating new opportunities for many businesses and sectors. Smart glass enables the control of the level of light and heat within the structure, energy efficiency, and fixed privacy within areas of the structure by the use of electrical current.

Contrarily, SPD technology makes use of tined suspended particles within the glass that lets it change the level of its tinting time within an electric charge, giving broader variation. These have resulted in smarter and wider applications in automobiles’ windows, architectonic façades, and consumer electronic devices, among others. Thus, both continue with improving the IoT integration and enhancing the energy efficiency of buildings and vehicles. It results in the emergence of new opportunities for creating dynamic and adaptive glass designs in various settings.

High initial cost of smart glass limits its adoption in cost-sensitive projects.

Smart glass may prove excessively expensive in its initial purchase, making it difficult for adoption in areas where the returns on investment may initially not be very high, like in the developing regions or the B2B sector. Smart glass, compared to normal glass, contains layers such as electrochromic or suspended particles; this means that it costs more to manufacture and install. These additional costs put off small and medium-scale builders from using smart glass, although in the long run, when it saves energy, it would be more efficient. This has been the reason why, in price-sensitive markets, it is quite probable that short-term affordability may be given more importance than possibly long-term cost-effectiveness. However, the absence of a large production base and a limited number of suppliers has the effect of keeping prices high.

The later operational costs help in saving the money you would have used to make the initial investment. Which makes it a disadvantage in the aspect of high initial investment cost. This was especially the case in the construction of residential buildings as well as public infrastructure works that are often constrained by cost limits. These risks have made manufacturers increase their efforts to reduce costs through new types of materials and methods. However, the cost factor will limit the extent of market penetration in certain zones till the time they come down to relatively competitive levels.

Increasing demand for privacy solutions boosts opportunities in residential and healthcare sectors.

The current trends of privacy on demand mean that smart glass will have a great demand in both the homes and hospitals of the future. Smart glass can be used in homes to get rid of old-fashioned curtains and blinds, which gives the ability of privacy, natural light, and a good appearance at any time. As a result of the open-concept layout, the option of converting the glass from clear to frosted is becoming more desirable.

In a healthcare facility, smart glass is very useful in that it provides comfort and safety for patients through controlling visibility without needing to pull curtains and worsen hygiene. It also serves infection control reasons by eradicating the fabric divider. Also, it's applied in intensive care units, consultation rooms, and operating rooms that require vision control. This has been shifted to the technological means that are high-tech and patient-professional-promoting, hence increasing the adoption. As awareness increases, manufacturers need to find out how to satisfy those specific sectors based on the new requirements.

Rising demand for touchless and hygienic solutions post-pandemic supports smart glass in public spaces.

The current COVID-19 outbreak has enhanced the public consciousness of cleanliness and antimicrobial touches, leading to increased adoption of touchless technologies in public and business places. Smart glass is the best solution since it allows privacy and regulation of lighting without contact with the object as opposed to the switches, blinds, or curtains that need to be moved by hands. This feature is even beneficial in areas with intensive traffic, such as hospitals, airports, offices, and retail stores, among others, where hygiene is of great essence. Thus, in a healthcare facility, it enhances a sterile working environment since cross-contamination is minimized.

At workplaces, smart partitions are used to make partitions that are easily movable but create efficient barriers that prevent the spread of diseases. Besides, integrating with sensors and other automation systems also improves the touchless operation. Since organizations are continuing to adapt their settings, they are interested in smart glass as a clean, modern, high-tech input choice. This has been the tendency, especially during the pandemic, and it is likely to continue even after the crisis.

Industry Experts Opinion

"Our aim is to provide our customers not only with quality product at competitive prices but to ensure that projects are completed on schedule." ​

• Mr. Jad Hamadeh, Managing Director of HD Smart Glass

Segment Analysis

Based on the product type, the Smart Glass Market is classified into active smart glass and passive smart glass that provide varying features and benefits. Smart glass technology such as electrochromic, SPD, and PDLC enables operations of the light and heat up to a certain level based on the electrical signals, making it ideal for use in commercial buildings and automobiles’ sunroofs as well as smart displays. This operating system is also gradually gaining popularity because it is accurate, allows the user to regulate the job, and is compatible with automation systems. Intelligent glass, which is thermochromic and photochromic, changes its coloration depending on the surroundings, like temperature or direct sunlight, and is thus effectively an energy-saving device that does not need an extra power supply. Even if not as dynamic, such calm glass is preferred for such applications and projects that do not require too many additional expenses. Active glass currently enjoys a greater market demand since it can be used in various applications and is also more of a current technology. Still, passive glass is expected to rise gradually as there is an increase in the use of low-emissivity glasses, which are maintenance-free for residential and architectural applications.

Based on the application, the Smart Glass Market is classified into windows, doors, skylights, partitions, mirrors, sunroofs, and display panels, all of which are expected to have their utility and visibility in the operation of buildings. Windows are the largest application marketed in the global market, especially in commercial and residential buildings, due to integrated efficiency and daylight. Automotive applications of automotive sunroofs or smart glass are very prevalent and encompass the areas of comfort, safety, and luxury. Some designs that are established in offices as well as in healthcare facilities are folding partitions since they provide occupant flexibility in terms of space and seclusion. In architectural projects, next to the skylights, doors are the next best thing so far with regard to sustainable design. An interesting and fairly new development is in stationary goods retail and in consumer electronics: the use of so-called ‘display panels’ that are often such items as transparent screens. These applications' demand is due to growing smart infrastructure deployments and an extension to a central focus on UX and EP.

Regional Analysis

The North American Smart Glass Market remains in the leading position due to the high penetration of smart glass in the construction of commercial buildings, automobiles, and consumer electronics. The United States holds the largest market share in the region due to increased investment in smart infrastructure, energy-effective building codes, and smart transport systems. The promotion of green buildings by various governments around the world and a focus on sustainability also act advantageously in furthering the demand for smart glazing solutions. These major players based in the region include entities like View Inc. and Gentex Corporation, which are known to constantly develop innovations and ensure availability in the market. The automotive industry, particularly in the luxury and electric cars market, remains the most influential segment for smart sunroofs and mirrors. With the integration of IoT and automation growing more widely year by year, it is still the leaders through the forecast, primarily because of North America.

The Asia-Pacific Smart Glass Market is growing demand for smart glass for buildings due to various factors such as increasing urbanization and growth in construction activities and rising awareness of energy efficiency. These include China, India, Japan, and South Korea, which invested most in smart infrastructure and sustainable building strategies. The advancement of the automotive industry, especially in electric cars, is believed to be a major factor in the demand for smart glass for sunroofs and windows. In addition, new policies aimed at developing green buildings and energy-saving formations also contribute to the advancement of the market. Moreover, innovations in the IT sphere, particularly in home appliances and electronics, along with people’s awareness of smart products, contribute to a rather rapid regional development. Having solid manufacturing roots and increasing technology implementation, the Asia-Pacific region’s market will have a huge impact on the global Smart Glass Market outlook.

Competitive Landscape

The main characteristics of the market include competition by large and small companies on the type of smart glass, its flexibility, and its ecological friendliness. Some of the major players in the smart glass industry are Saint-Gobain S.A., AGC Inc., View, Inc., Gentex Corporation, and Research Frontiers Inc., as these constitute a diverse range of smart glass products and a portfolio of strategic partnerships. That’s why these players pay much attention to such aspects as improved performance of smart glass, energy efficiency, and compatibility with other smart systems. Some of the new-generation companies in the smart glass technologies include Halio Inc. and Kinestral Technologies. There are increased mergers, acquisitions, and partnerships as firms seek to cover a wide market area and enhance their technological strengths.

The market is also experiencing growing consciousness of patents and technology licenses. The automotive and construction industries are moving towards increasing cooperation with manufacturers of smart glass products. Two threats that cannot be overlooked include pricing, where cost controls the market pace, and the need to produce a large quantity of timber. On the other hand, two opportunities can be exploited: customization and getting an eco-certification. Overall, it could be said that the market is very competitive, with a focus on innovation and sustainability.

Smart Glass Market, Company Shares Analysis, 2024

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Recent Developments:

• In October 2023, Guardian Industries Holdings, LLC introduced SunGuard SNX 70+, a triple silver-coated glass featuring a visible light transmission of 68% and a solar heat gain coefficient of 0.28 when applied to Guardian UltraClear low-iron glass. Engineered to ensure a uniform neutral reflected color, this glass maintains its aesthetic appeal whether observed directly or from an angled perspective.
• In August 2023, Gauzy Ltd. partnered with Kolbe, a producer of top-tier windows and doors to launch a complete switchable privacy glass solution to the residential sector, enabling homeowners to effortlessly merge customized living spaces with cutting-edge integrated technology. The solution incorporates Premium Polymer Dispersed Liquid Crystal (PDLC) films, which are laminated between dual glass panes providing an innovative and adaptable privacy feature for residential applications.

Report Coverage:

By Product Type

• Active Smart Glass
• Passive Smart Glass

By Technology

• Electrochromic
• Suspended Particle Device
• Polymer Dispersed Liquid Crystal
• Thermochromic
• Photochromic
• Liquid Crystal
• Micro-blinds

By Application

• Windows
• Doors
• Skylights
• Partitions
• Mirrors
• Sunroofs
• Display Panels

By End-User

• Building & Construction
• Transportation
• Healthcare
• Retail & Hospitality
• Energy & Power

By Region

North America

• U.S.
• Canada

Europe

• U.K.
• France
• Germany
• Italy
• Spain
• Rest of Europe

Asia Pacific

• China
• Japan
• India
• Australia
• South Korea
• Singapore
• Rest of Asia Pacific

Latin America

• Brazil
• Argentina
• Mexico
• Rest of Latin America

Middle East & Africa

• GCC Countries
• South Africa
• Rest of Middle East & Africa

List of Companies:

• Saint-Gobain S.A.
• AGC Inc.
• View, Inc.
• Gentex Corporation
• Research Frontiers Incorporated
• Polytronix, Inc.
• Smartglass International Limited
• Glass Apps, LLC
• RavenBrick LLC
• Halio, Inc.
• Kinestral Technologies, Inc.
• Pleotint LLC
• PPG Industries, Inc.
• Merck KGaA
• Chromogenics AB

Frequently Asked Questions (FAQs)