Smart Coatings Market - Forecasts from 2024 to 2029

Smart Coatings Market - Forecasts from 2024 to 2029

The smart coatings market is projected to grow at a CAGR of 10.86% from estimated value of US$4.987 billion in 2024 to US$8.351 billion in 2029.

Smart coatings are regarded as coatings that are equipped efficiently with the ability to sense their environment while responding to encountered stimuli. These coatings are intricately designed to possess a level of intelligence that allows them to detect various extreme factors such as moisture levels, changes in temperature, or even the presence of contaminants. The major factor driving this market is their superior properties over traditional coatings, followed by the rising demand for smart coatings in other end-user industries, especially the construction and automotive industries. Furthermore, various advancements in research and development have further driven market growth. For instance, steel faces many persistent challenges, such as corrosion, and to address this issue, a few advancements in smart coatings emerged, which offered innovative solutions like anti-microbial technologies and self-healing. It is also said that smart coatings extend the lifespan of steel structures and enhance their performance, sustainability, and safety.

SMART COATINGS MARKET DRIVERS:

Increasing demand from Building and Construction Industry

Smart coatings are efficiently used in glass walls in buildings for easier maintenance, especially for high-rise commercial and office buildings. In the construction industry, smart coatings play an imperative role as they offer two areas of value for investors and building owners. It provides enhanced protection from degradation action and external forces such as corrosion, general damage, microbial incursion, icing, and soiling. Secondly, smart coatings possess a range of active properties essential in boosting effectiveness, such as hydrophobicity, and constituting certain capabilities for self-healing with liquid-infused formulas.

With the growth in the construction and building industry, the demand for smart coatings is expected to grow. For instance, according to TST Europe, in the United States, the construction industry stands at an imperative place, encompassing over 745,000 companies that will provide employment opportunities to 7.8 million people annually. Additionally, the total construction spending in 2023 reached $1.98 trillion, which was also a 7.4% increase from the previous year. This amount of construction spending, which will increase yearly, will directly impact the smart coatings market growth in the United States.

Smart Coatings Market Geographical Outlook
The United States will dominate the smart coatings market during the forecast period.

The region of North America is expected to grow mainly because of its growing automotive and construction industry, where smart coatings play an efficient role. Smart coatings in the automotive industry are imperative as they help protect the surface from corrosion and scratches.

Smart coatings are referred to as self-healing smart coatings, which are equipped with the feature of self-cleaning coatings that can repel dirt, while adaptive coatings can change color or transparency. These coatings play an important role because they also help increase the service life of the components, which is imperative for the automotive industry.

These properties and uses of smart coatings in the automotive industry make them directly correlated to each other. With the growing automotive industry, the smart coatings market growth is expected. According to the International Trade Administration, the United States automotive industry is the world’s second-largest vehicle production and sales market. In 2020, United States vehicle sales were recorded at 14.5 million units. Moreover, according to the study conducted by the HIS Markit and released by the Motor & Equipment Manufacturers Association in 2021, a total of 4.8 million U.S. direct, indirect, and induced jobs were generated. Thus, an increase in the automotive industry is expected to drive demand for the smart coatings market.

Smart coatings market challenges:

High price is considered one of the restraining factors for the smart coatings market globally. As the growth in competitors increases, prices will increase, affecting the quality of smart coatings and further acting as a restraining factor for the smart coatings market.

The smart coatings market by application is segmented into construction, military, healthcare, automotive, aerospace, and consumer electronics.

Smart coatings are broadly applied in construction, automotive, and healthcare, where the chances of corrosion are high. With the growing economies of Asia and Africa, the demand for smart coatings in aerospace, consumer electronics, and military is growing, thus causing the demand for smart coatings.

Smart coatings market key developments:

In February 2023, Covestro announced its waterborne coatings solutions. The company is developing a waterborne UV family equipped with high-performing resins mainly for industrial coating applications. With this development, Covestro’s waterborne resins will fuel a real-time transformation in the industrial smart coatings industry.
In May 2023, Covestro inaugurated a new production line in Taiwan to produce high-performance TPU suited for Paint Protection Film (PPF) Grades. This TPU-based PPF solution will be offered under the Desmopan UP brand name. It offers long-lasting protection for automotive surface coatings, including high durability, aesthetics, and adaptability.
In April 2022, Sika’s European Industrial Coatings Business was acquired by the Sherwin-Williams Company. Sika European Industrial Coating Business manufactures and sells corrosion-resistant coating systems. These coatings are used in interior and exterior steel infrastructure, bridges, airports and rails, wind and energy, chemicals, power transmission, interior linings for oil and gas tanks, vessels, pipework, and water and wastewater applications.

The smart coatings market is segmented and analyzed as follows:

By Sensing Type

Ionic strength
pH
Temperature pressure
Surface tension
Magnetic field
Mechanical forces

By Application

Construction
Military
Healthcare
Automotive
Aerospace
Consumer electronics

By Geography

North America
USA
Canada
Mexico
South America
Brazil
Argentina
Rest of South America
Europe
United Kingdom
Germany
France
Italy
Spain
Rest of Europe
Middle East and Africa
Saudi Arabia
UAE
Rest of the Middle East and Africa
Asia Pacific
China
India
Japan
South Korea
Taiwan
Thailand
Indonesia
Rest of Asia-Pacific