CAGR: 5.67%Current Market Size: USD 11.71 BillionFastest Growing Region: North America
Largest Market: APACProjection Time: 2022-2029Base Year: 2021
The global building acoustic insulation market is expected to grow from USD 11.71 billion in 2021 to USD 19.23 billion by 2029, at a CAGR of 5.67% during the Projection period 2022-2029. This growth of the building acoustic insulation market is significantly driven by the rising use of it in the end. Building acoustic insulation reduces noise pollution in residential and commercial buildings. Rapid industrialization as well as urbanization is one of the key reasons for the growing noise pollution in urban cities and hence it is leading to the growth of building acoustic insulation market. Also, preference for smart infrastructure is a crucial growth attribute in the market.
The acoustic characteristics of building materials and how sound is transferred via neighbouring structural elements determine a building's acoustic properties. Noise is unwelcome sound that is deemed to be an annoyance in structures used for domestic or residential purposes. Building acoustic insulation is the ability of a building component or building structure to reduce sound transmission through it. Airborne sound insulation and impact sound insulation are two types of sound insulation that could be mentioned in building acoustic insulation. It's critical to remember that the construction's weakest link significantly impacts the overall sound insulation. Building acoustic insulation is effective in several end-user industries, including building and construction, transportation, oil, gas, etc.
Sample Request:- Global Building Acoustic Insulation Market
Market Dynamics:
Drivers:
The manufacturers present in end-user industries, especially in the building and construction industry, oil and gas, transportation, industrial, energy, and utilities, have immense requirements for acoustic materials. There are several applications of building acoustic insulation in commercial places. Building and construction industry requires the use of such building acoustic insulation due to the growing obstacles from noise pollution. Manufacturers are opting for building acoustic insulation to be used in industrial applications and safeguard the on-site workers. To have a good acoustic characteristics, the buildings must have good sound insulation properties. Building sound insulation is a feature that needs to be considered during the planning process. One of the considerations is planning the structural components to make them soundproof. The noise is muffled by these acoustic panels, which quickly scatter sound waves that strike them. Most acoustic insulation items have an outer surface made of perforated steel, making them sturdy and easy to maintain, and thus, these are utilized in various applications.
Restraints:
The building acoustic insulation market's expansion is being hampered by the low awareness in developing countries. There is limited awareness of such acoustic insulation as not many people know the demerits of noise pollution. These countries do not have many manufacturers and suppliers catering to the building acoustic insulation benefits. Thus, this lack of awareness hinders the growth of the building acoustic insulation market.
Opportunities:
The expansion of the construction industry is providing lucrative opportunities to the market. Different acoustic insulations are used in the construction industry. Different types of building acoustic insulation are used, including stone wool, foamed plastic, glass wool, acoustic fabrics, plastic foam, mineral foam, elastomeric foam, and others. The noise control and sound insulation contraction measures can be used to achieve the levels of needed sound insulation between individual rooms or flats of a building and between different types of buildings. Over the past century, buildings have gradually improved their sound insulation. The advancement of sound insulation design has been influenced by new construction technologies, the introduction of new, potent sound sources into dwellings, and a heightened awareness of noise in society.
Challenges
The building acoustic insulation requires using materials such as glass wool, plastics, acoustic fibers, etc. These require proper disposal to eliminate the issue of landfills. Developing advanced recycling processes is necessary to dispose of the materials mentioned above. These materials, if left untreated during disposal, can cause a lot of harm to the environment. Thus, the manufacturers must use materials that can be disposed of easily; otherwise, their product will have to pass through stringent regulations.
Segmentation Analysis:
The global building acoustic insulation market has been segmented based on type, end-users, sales channel, and regions.
By Type
The type segment includes stone wool, glass wool, foamed plastic, acoustic fabrics, plastic foam, mineral foam, elastomeric foam and others. The foamed plastic segment led the building acoustic insulation market with a market share of around 24.03% in 2021. Foamed plastics have many characteristics which makes it worth using in hospitals, theatres, hotels, etc. It is lightweight, absorbs sound effectively, damps vibration, etc. which is why it is favourable in different end-users’ industries.
By End-users
The end-users segment includes residential and commercial. The commercial segment led the building acoustic insulation market with a market share of around 59.19% in 2021. Commercial infrastructure is built more efficiently as the amount of investment is enormous as compared to the residential sector. Building acoustic insulation helps limit noise in corporate offices, cinema halls, studios, etc.
By Sales Channel
The sales channel segment includes retail sales and online sales. The retail sales segment led the building acoustic insulation market with a market share of around 65.02% in 2021. Retail sales offer many benefits as compared to online sales of such products. Consumers tend to check the quality of the product and then install it. Commercial property owners usually buy in bulk due to more usage.
By Regional Analysis:
The regions analyzed for the building acoustic insulation market include North America, Europe, South America, Asia Pacific, and the Middle East, and Africa. Asia-Pacific region dominated the building acoustic insulation market and held the 32.11% share of the market revenue in 2021.
Global Building Acoustic Insulation Market- Country Analysis:
China is the largest building acoustic insulation market for across the globe with an estimated market share of 27.91% across the Asia region by 2022. There are many manufacturers in the country and high numbers of building acoustic insulation raw material suppliers. Construction industry in the region is focusing on advancement of materials that can be used in manufacturing of smart infrastructure.
In the North America region, USA is the largest market shareholder in the building acoustic insulation market with estimated market share of around 45.03% by the end of 2022. The extensive applications of the building acoustic insulation in movie theatres, large corporate offices and auditoriums are anticipated to drive the market growth in USA.
Key Industry Players Analysis:
To increase their market position in the global building acoustic insulation business, top companies are focusing on tactics such as adopting new technology, mergers & acquisitions, product developments, collaborations, and partnerships, joint ventures, etc.
Report Metrics
Report Attribute |
Information |
Study Period |
2018-2029 |
Base Year |
2021 |
Projection Period |
2022-2029 |
Market Share Unit |
USD Billion |
Segments Covered |
Type, End-users and Sales Channel |
Regions Covered |
North America, Europe, Asia-Pacific, South America and Middle-East and Africa |
Major Players |
Saint-Gobain S.A., Rockwool International, Owens Corning, Kingspan Group plc, Armacell International S.A., Knauf Insulation, Fletcher Insulation, BASF, Johns Manville, Cellecta Ltd., International Cellulose Corporation, Siderise, L'Isolante K-Flex S.p.A., Hush Acoustics, Arabian Fiberglass Insulation Company Ltd. among others |
Scope of Report
Global Building Acoustic Insulation Market by Category:
Global Building Acoustic Insulation Market by End-users:
Global Building Acoustic Insulation Market by Sales Channel:
Global Building Acoustic Insulation Market by Region:
Global building acoustic insulation market is expected to reach USD 19.23 billion by 2029, at a CAGR of 5.67% from 2022 to 2029.
Leading market players active in the global building acoustic insulation market are Compagnie de Saint-Gobain S.A., Rockwool International, Owens Corning, Kingspan Group plc, Armacell International S.A., Knauf Insulation, Fletcher Insulation, BASF Johns Manville, Cellecta Ltd., International Cellulose Corporation, Siderise, L'Isolante K-Flex S.p.A., Hush Acoustics, Arabian Fiberglass Insulation Company Ltd. among others.
The installation of acoustic insulation materials in buildings helps to limit noise pollution and provides some relief to the customers. Rising demand for such materials in the commercial construction industry is primarily driving the growth of the building acoustic insulation market. Further, increasing the use of building acoustic insulation in smart infrastructure is providing lucrative opportunities in the market.
The pandemic has significantly affected several industries and has caused a worldwide economic slowdown. Many regions imposed various lockdowns during the fiscal year 2020. These lockdowns led to the closure of the regional industries and all types of manufacturing facilities, which has led to a shortage of supply in the market. Additionally, all the end-users industries were temporarily closed during this period, which in turn has decreased the sales of building acoustic insulation.
Manufacturers in the building acoustic insulation market are using advanced production technologies to incorporate better results, and improve the quality of performance of the building acoustic insulation. In addition, the rising number of investments in the construction industry will contribute to demand for the building acoustic insulation.
Political Factors- Directives created by the European Commission, such as the RED, govern the EU's political and legal aspects of building acoustic insulation. Each nation has created its regulatory framework to assist the national acoustic insulation business in meeting the goal of 10% renewable transportation fuel by 2020. The RED has recently improved in identifying the impact of indirect land-use change. The subsidies and import barriers in place also contribute to the competitiveness of acoustic insulations in industrialized nations. These measures significantly hinder commerce between the EU and other nations, creating a captive market for the EU's national acoustic insulation manufacturers. Political issues impact the national acoustic insulation market, including tax and employment restrictions. However, the emphasis is on the variations in support policies for the growth of acoustic insulation for each country to comprehend the overall political and legal influence on the EU acoustic insulation market. The long-term viability of each acoustic insulation is substantially impacted by its support structure.
Economical Factors- The economic climate, including changes in tax, interest, and exchange rates, will impact the building acoustic insulation business, just like they do in other industries. However, the element that will be discussed is the demand and supply of building acoustic insulation, specifically concerning the long-term viability of the acoustic insulation industry. The price of various acoustic insulations is related to their production costs, which in turn impacts demand and, in turn, determines supply. Additionally, the existing subsidies significantly impact how competitive the cost of producing acoustic insulation is. The economic viability of biodiesel, bioethanol, and biomethane varies depending on their respective feedstocks, conversion processes, and the number of required processing stages.
Social Factor- The social impact of the acoustic insulation sector has an impact on social change and social stability. The cost of acoustic insulations and competition with the food supply are two frequent examples. Additionally, the acoustic insulation industry's water consumption will affect social stability. Water is already in short supply in many parts of the world, and the acoustic insulation industry's further growth could increase the strains present. Additionally, the development of acoustic insulation feedstock directly competes for land with other food crops like rice or coffee beans. The term "first-generation feedstock" refers to the raw materials used to produce food and animal feed, such as corn, wheat, sugar cane, soybeans, rapeseed, and sunflowers. However, waste oils and lignocellulosic biomass from the second feedstock generation enable acoustic insulation and food production.
Technological Factors- The technological aspect includes the industry's technological advancements and breakthroughs. The evolution of the fuel and transportation sectors must be considered as building acoustic insulation gain popularity. The industry's anticipated life cycle should be considered when deciding whether to launch an acoustic insulation-producing business at the present moment. The investments in acoustic insulations may not be lucrative if the building acoustic insulation industry develops significantly because of a decline in demand. The importance of the anticipated demand is highlighted by the technical influence on the acoustic insulation sector. The production process's adaptability or potential for use in various contexts will affect how long the investment is anticipated to last.
Environmental Factors- Since lowering GHG emissions is one of the essential elements of sustainable development and one of the causes influencing the switch to acoustic insulations, the environmental aspect is crucial in the acoustic insulation business. It's also critical to recognize how the social and environmental factors affecting the acoustic insulation business are interrelated. This study defined the socioecological component to synthesize the elements that affect both aspects—such as water shortage and food competition. It also covers land use for feedstock production, which significantly impacts the acoustic insulation sector's social and environmental aspects. Regarding GHG emissions, the typical assumption in LCA studies is that biomass combustion's CO2 emissions are climate-neutral because the biomass absorbs CO2 while growing.
Legal Factors- To produce effective acoustic insulation solutions using nonwovens made of melamine resin, Armacell teamed with the German TITK Group and Melamine in January 2021. Additionally, InsulTech declared in July 2020 that it would be tripling the amount of manufacturing space at its Yuma, Arizona, facility. Foil-encapsulated insulation blankets will be made at this new facility for use in aerospace, industry, and transportation. However, the low cost of waste streams as feedstock might benefit the overall economic sustainability. However, the overall productivity of the entire feedstock-to-fuel process is rigidly determined by conversion efficiency.
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