|
Forecast Period
|
2026-2030
|
|
Market Size (2024)
|
USD 9.48 billion
|
|
Market Size (2030)
|
USD
14.31 billion
|
|
CAGR (2025-2030)
|
6.95%
|
|
Fastest Growing Segment
|
PVC
|
|
Largest Market
|
North America
|
Market
Overview
Global
Suspended
Ceiling System Market was
valued at USD 9.48 billion in 2024 and is expected to reach USD 14.31 billion by
2030 with a CAGR of 6.95% during the forecast period.
The Suspended
Ceiling System Market refers to the industry involved in the production,
installation, and distribution of secondary ceilings that are suspended below
the main structural ceiling of a building. These systems, also known as false
ceilings or drop ceilings, are typically composed of a grid framework that
supports ceiling tiles made from materials such as metal, mineral fiber,
gypsum, polyvinyl chloride, and wood. Suspended ceilings serve both aesthetic
and functional purposes, concealing electrical wiring, ductwork, and plumbing
while also enhancing acoustics, thermal insulation, fire resistance, and
lighting integration. They are widely used across commercial, residential,
industrial, and institutional sectors, including offices, retail spaces,
healthcare facilities, educational institutions, and hospitality environments.
Key Market Drivers
Surge in Commercial
Construction and Office Space Development
The Suspended Ceiling
System Market is experiencing robust growth driven by the global surge in
commercial construction and the development of modern office spaces. As
economies expand, particularly in urban centers, the demand for commercial
infrastructure such as offices, retail complexes, and institutional buildings
is rising.
Suspended ceiling systems,
known for their aesthetic versatility, acoustic performance, and ability to
conceal utilities, are a preferred choice for architects and developers aiming
to create functional and visually appealing interiors. These systems enhance
workplace environments by improving sound insulation, reducing energy costs
through integrated lighting and HVAC systems, and offering customizable designs
that align with modern architectural trends. The proliferation of coworking
spaces, driven by the rise of flexible work arrangements, further amplifies
demand, as these spaces require modular and adaptable ceiling solutions to
accommodate dynamic layouts.
In emerging markets like
Asia-Pacific and the Middle East, government-backed infrastructure projects,
including airports, hospitals, and educational institutions, are fueling the
adoption of suspended ceiling systems to meet stringent building codes and sustainability
standards. The systems’ ability to integrate advanced technologies, such as
fire-resistant materials and energy-efficient lighting, makes them
indispensable in high-traffic commercial settings. Additionally, the trend
toward open-plan offices necessitates ceiling solutions that balance aesthetics
with acoustic performance, driving innovation in materials like mineral fiber,
metal, and gypsum. The Suspended Ceiling System Market benefits from the global
push for modern, efficient, and aesthetically pleasing commercial spaces, as
developers prioritize solutions that enhance occupant comfort while meeting
regulatory requirements.
In 2024, global commercial
construction spending reached USD2.8 trillion, with 60% allocated to office and
institutional projects. Approximately 1.5 million square meters of suspended
ceiling systems were installed in commercial buildings, reducing energy costs
by 12% through integrated HVAC systems. In Asia-Pacific, 500,000 square meters
of office spaces adopted these systems, improving acoustic performance by 20%
and contributing to USD150 million in energy savings annually.
Increasing Focus on
Acoustic Performance and Indoor Environmental Quality
The growing emphasis on
acoustic performance and indoor environmental quality is a significant driver
for the Suspended Ceiling System Market. Modern buildings, particularly in
commercial, educational, and healthcare sectors, require environments that minimize
noise pollution and enhance occupant well-being. Suspended ceiling systems,
designed with materials like acoustic tiles, mineral fiber, and perforated
metal, effectively reduce sound transmission and improve speech clarity, making
them ideal for spaces like conference rooms, classrooms, and hospitals.
This driver is fueled by
the rising awareness of the impact of noise on productivity, mental health, and
patient recovery, prompting architects to prioritize acoustic solutions in
building designs. Additionally, suspended ceilings contribute to indoor air
quality by incorporating low-VOC materials and facilitating better air
circulation through integrated ventilation systems. The trend toward
wellness-focused building certifications, such as WELL and LEED, further drives
demand, as these standards emphasize acoustic comfort and environmental
sustainability.
In high-density urban
areas, where external noise from traffic and construction is prevalent,
suspended ceiling systems provide a critical solution for sound insulation. The
ability to customize these systems with aesthetic finishes while maintaining
functionality enhances their appeal across diverse applications. Manufacturers
are responding by developing innovative products with enhanced sound absorption
coefficients and eco-friendly compositions, aligning with consumer and
regulatory demands for healthier indoor environments. The Suspended Ceiling
System Market is well-positioned to capitalize on this trend as businesses and
institutions prioritize occupant comfort and compliance with stringent building
standards.
In 2024, 70% of new
commercial buildings globally incorporated acoustic suspended ceiling systems,
reducing noise levels by 25%. Approximately 800,000 square meters of acoustic
tiles were installed in educational and healthcare facilities, improving speech
intelligibility by 30%. These systems contributed to 10% lower stress levels in
workplaces, with 400,000 tons of low-VOC materials used, saving USD100 million
in health-related costs by enhancing indoor air quality.
Advancements in Material
Technology and Design Innovation
Technological advancements
in materials and design are propelling the Suspended Ceiling System Market by
enhancing product functionality, durability, and aesthetic appeal. Innovations
such as lightweight composite materials, fire-resistant coatings, and modular
grid systems have improved the performance and installation efficiency of
suspended ceilings. These advancements allow for greater customization,
enabling architects to create visually striking ceilings that complement modern
interior designs while meeting safety and sustainability standards.
The development of
eco-friendly materials, such as recycled metal and biodegradable acoustic
panels, aligns with the construction industry’s shift toward sustainable
practices. Smart ceiling systems, integrating sensors for lighting and
temperature control, are gaining traction in tech-driven environments like
smart offices and data centers. These systems enhance energy efficiency by
optimizing resource usage, reducing operational costs for building owners.
Additionally, the
introduction of antimicrobial coatings addresses hygiene concerns in healthcare
and food service settings, broadening the application scope. The ease of
installation and maintenance of modern suspended ceiling systems, facilitated
by innovations like clip-in and lay-in tiles, reduces labor costs and downtime
during construction or renovation. This driver is particularly strong in
developed markets, where architects and developers seek cutting-edge solutions
to differentiate projects in competitive real estate markets. The Suspended
Ceiling System Market benefits from ongoing research and development, as
manufacturers invest in creating products that combine aesthetic versatility
with advanced functionality to meet evolving consumer needs.
In 2024, 50% of suspended
ceiling systems incorporated recycled materials, reducing production emissions
by 15%. Sales of smart ceiling systems grew by 20%, with 300,000 square meters
installed globally, saving 10% in energy costs. Fire-resistant ceiling tiles
accounted for 600,000 tons of materials, enhancing safety in 25,000 commercial
buildings and reducing installation time by 18%, equivalent to USD80 million in
labor cost savings.
Rising Demand for
Renovation and Retrofitting Projects
The increasing focus on
renovation and retrofitting of aging buildings is a key driver for the
Suspended Ceiling System Market, particularly in developed economies with
mature building stocks. Many commercial and institutional buildings constructed
decades ago require upgrades to meet modern aesthetic, energy efficiency, and
safety standards. Suspended ceiling systems are widely adopted in these
projects due to their ability to conceal outdated utilities, improve acoustic
performance, and enhance visual appeal without requiring extensive structural
modifications.
The systems’ modular nature
allows for easy retrofitting, enabling quick updates to lighting, HVAC, and
fire suppression systems. The trend toward energy-efficient buildings, driven
by rising energy costs and regulatory mandates, further boosts demand, as
suspended ceilings facilitate the integration of insulation and energy-saving
technologies. In residential and hospitality sectors, suspended ceilings are
used to modernize interiors, offering customizable designs that align with
contemporary trends.
The growing popularity of
adaptive reuse projects, where old industrial buildings are converted into
offices or residential spaces, also drives adoption, as these systems provide
cost-effective solutions for upgrading large areas. This driver is reinforced
by government incentives for energy-efficient renovations and the increasing
value of refurbished properties in competitive real estate markets. The
Suspended Ceiling System Market thrives as building owners seek versatile,
cost-effective solutions to revitalize spaces while meeting modern performance
standards.
In 2024, 40% of
construction projects in Europe and North America were renovations, with 1
million square meters of suspended ceiling systems installed. These projects
saved 15% in energy costs, equivalent to USD120 million annually. Retrofitting
10,000 commercial buildings with these systems improved acoustic performance by
20%, with 500,000 tons of materials used, reducing renovation timelines by 25%
and saving USD90 million in labor costs.
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Key Market Challenges
Fluctuating Raw Material
Costs and Supply Chain Disruptions
One of the most critical
challenges confronting the Suspended Ceiling System Market is the continuous
fluctuation in raw material costs and the growing instability in global supply
chains. Suspended ceiling systems rely heavily on various materials such as
metal (primarily aluminum and steel), mineral fiber, gypsum, polyvinyl
chloride, and wood. The prices of these commodities are highly susceptible to
macroeconomic variables including energy costs, international trade policies,
geopolitical tensions, and climate-related disruptions. For instance, the cost
of aluminum and steel has shown considerable volatility due to increasing
global demand, carbon pricing policies, and supply constraints triggered by
geopolitical conflicts.
Moreover, the dependence on
international suppliers for certain high-grade materials exposes manufacturers
to longer lead times, increased transportation costs, and foreign exchange rate
risks. Disruptions such as port congestion, container shortages, and labor
strikes have also affected the timely delivery of raw materials, thereby
hampering production schedules and inflating costs. Manufacturers are compelled
to either absorb the increased cost burden, thereby compressing profit margins,
or pass it on to consumers, which could reduce price competitiveness.
This challenge is
particularly concerning for small and medium-sized manufacturers who lack the
purchasing power and logistical capabilities to effectively hedge against such
price fluctuations.
The complexity is further
aggravated by tightening environmental regulations surrounding material
extraction and processing, which often increases compliance costs and limits
material availability. Addressing this challenge requires companies to diversify
their supplier base, invest in localized sourcing strategies, and adopt
advanced inventory management practices to mitigate the impact of supply-side
uncertainties. However, the structural nature of raw material dependence and
global interconnectivity makes this a long-term concern for the Suspended
Ceiling System Market.
Lack of Skilled Labor and Installation
Expertise
Another significant
challenge facing the Suspended Ceiling System Market is the persistent shortage
of skilled labor and the declining availability of trained installation
professionals. While suspended ceiling systems offer numerous functional and
aesthetic advantages, their proper installation requires a high degree of
precision, technical knowledge, and familiarity with various architectural
environments. This includes an understanding of structural load capacities,
electrical integration, sound insulation techniques, and compliance with fire
safety and building codes.
However, in many
regions—particularly in emerging economies—the construction workforce remains
largely unorganized, undertrained, and often unaware of the technical
intricacies associated with modern ceiling systems. Even in developed
countries, an aging workforce and declining vocational training enrollment have
led to a shrinking pool of experienced ceiling installers. Inadequate
installation not only compromises the performance, safety, and durability of
suspended ceiling systems but also results in increased maintenance costs and
poor user satisfaction.
Project delays, rework
costs, and quality control failures are common outcomes of insufficient labor
expertise. This challenge directly affects builders, architects, and
contractors, who are forced to extend project timelines or incur higher labor
costs to attract experienced technicians. Furthermore, the lack of
standardization in installation training and certification across countries
complicates the situation for multinational construction firms and
manufacturers operating in diverse regulatory environments.
Key Market Trends
Growing Adoption of
Acoustic and Soundproofing Ceiling Solutions
A notable trend in the
Suspended Ceiling System Market is the increasing demand for acoustic and
soundproofing ceiling solutions, particularly in commercial and institutional
environments. As urbanization intensifies and buildings become more compact and
multi-functional, controlling noise pollution within interior spaces has become
a priority. Offices, educational institutions, hospitals, and retail spaces
increasingly require ceiling systems that can absorb, deflect, or isolate sound
to enhance occupant comfort and productivity. Suspended ceiling systems made
from mineral fiber, fiberglass, or specialized acoustic tiles are gaining
popularity because of their ability to significantly improve sound absorption
and reduce reverberation.
The rise of open-plan
office designs and co-working spaces, which prioritize flexible and
collaborative work environments, has further emphasized the need for noise
control through efficient ceiling systems. Additionally, hospitals and
healthcare facilities are incorporating soundproof ceiling solutions to ensure
patient privacy, reduce stress, and improve sleep quality. Similarly, schools
and universities are adopting high-performance acoustic ceilings to optimize
learning conditions by minimizing distractions.
Manufacturers are
responding to this trend by launching innovative product lines that combine
acoustic performance with aesthetic appeal, fire resistance, and environmental
sustainability. Customizable acoustic panels with digital printing, integrated
lighting, and antimicrobial surfaces are now available, catering to both
functional and visual expectations.
Moreover, green building
certification systems such as Leadership in Energy and Environmental Design and
WELL Building Standard include acoustic comfort as a core component,
encouraging architects and developers to invest in advanced ceiling systems.
The expansion of remote work and the hybrid office model also underscores the
importance of sound insulation in home-office conversions and residential
construction.
Integration of Smart
Technologies in Ceiling Infrastructure
The convergence of
construction technology and building automation is driving the integration of
smart features into suspended ceiling systems. As buildings evolve into
intelligent ecosystems, suspended ceilings are being leveraged as platforms for
embedding a wide range of technologies, including lighting systems, temperature
sensors, air quality monitors, and wireless connectivity devices. This
integration transforms ceiling infrastructure into an active component of
building performance management, enabling energy efficiency, safety, and
occupant well-being.
Modern suspended ceiling
systems are being designed to accommodate modular and flexible grid patterns
that can support Internet of Things devices and facilitate easy maintenance and
upgrades. For example, sensor-enabled ceiling tiles can monitor ambient conditions
such as humidity, temperature, and carbon dioxide levels, and relay the data to
building management systems in real time. Similarly, motion sensors embedded
within ceiling grids can trigger automated lighting or ventilation adjustments,
improving energy efficiency and reducing operational costs.
In commercial and
institutional spaces, the integration of audio-visual components such as
speakers, projectors, and surveillance cameras into ceiling systems is also
becoming commonplace. This multi-functionality reduces clutter and supports
seamless interior aesthetics while contributing to enhanced security and
connectivity.
Smart suspended ceiling
solutions also play a vital role in achieving compliance with green building
certifications by promoting energy efficiency, daylighting, and improved indoor
environmental quality. Manufacturers are partnering with smart building technology
providers to co-develop ceiling systems that align with smart city
infrastructure and sustainability goals.
As urban development shifts
towards smart buildings and intelligent infrastructure, the role of suspended
ceilings will expand beyond passive coverage to active participation in
operational efficiency. This trend positions suspended ceiling systems as a critical
component in the broader transformation of the built environment, and it is
expected to gain further momentum as digitalization continues to reshape the
construction industry.
Rising Demand for Modular
and Prefabricated Ceiling Systems
An emerging trend in the
Suspended Ceiling System Market is the growing preference for modular and
prefabricated ceiling systems that offer flexibility, speed of installation,
and reduced construction waste. As the construction industry faces pressure to
improve efficiency, reduce project timelines, and enhance on-site safety,
prefabricated ceiling solutions have gained traction as a practical alternative
to traditional construction methods.
Modular ceiling systems are
designed for rapid assembly and disassembly, making them ideal for projects
with tight schedules or those requiring frequent modifications, such as
commercial office renovations, healthcare facility upgrades, or educational institution
expansions. These systems often feature interlocking components, standardized
dimensions, and easy-access panels, which simplify the installation process and
minimize the need for specialized labor. As a result, they contribute to lower
installation costs and reduced project delays.
The trend toward modular
construction is further reinforced by the increasing adoption of Building
Information Modeling and off-site manufacturing practices, which prioritize
pre-engineered solutions that can be quickly integrated into the overall building
structure. In addition, the ability to customize modular ceiling panels with
various finishes, textures, and acoustic properties enables designers to
maintain aesthetic diversity while achieving functional requirements.
Prefabricated suspended
ceilings also align with sustainability objectives by generating less on-site
waste and reducing the carbon footprint associated with traditional
construction practices. The use of recyclable materials and efficient
production methods adds to their appeal among environmentally conscious
developers and contractors.
Moreover, the modular
approach supports easier access to electrical wiring, plumbing, and ventilation
systems hidden above the ceiling grid, facilitating maintenance and reducing
downtime in commercial settings. As businesses and institutions seek scalable
and adaptable interior solutions to meet evolving functional needs, the demand
for prefabricated and modular suspended ceiling systems is expected to grow
steadily.
This trend reflects the
broader shift in the construction industry toward industrialized building
processes and offers long-term advantages in terms of cost savings, design
versatility, and environmental impact mitigation.
Segmental Insights
Type Insights
In 2024, the grid ceiling
segment dominated the Suspended Ceiling System Market by type and is expected
to maintain its dominance during the forecast period. Grid ceilings, also known
as lay-in or exposed grid ceilings, are widely adopted across commercial,
institutional, and industrial buildings due to their modular structure, ease of
installation, cost efficiency, and flexibility in design.
This segment's leading
position is supported by the increasing demand for acoustic control, ease of
maintenance, and efficient integration of utilities such as lighting,
ventilation, and fire suppression systems. Grid ceiling systems allow for quick
access to the plenum above, enabling effortless maintenance of electrical
wiring, ductwork, and mechanical installations, which is highly valued in
environments such as offices, healthcare centers, schools, and retail spaces.
Additionally, the modular
nature of grid ceilings supports rapid assembly and reconfiguration, which
aligns well with modern interior design trends that prioritize adaptability and
functionality. Their compatibility with various ceiling tile materials—such as
mineral fiber, metal, and gypsum—enhances their appeal, allowing designers to
balance performance with aesthetics. Moreover, the rise in commercial
construction activities, particularly in emerging economies, has fueled the
adoption of cost-effective ceiling solutions that meet both performance and
regulatory requirements.
Grid ceilings are also
increasingly being used in green building designs as they support the
integration of energy-efficient lighting and sustainable acoustic panels.
Advancements in panel textures, colors, and finishes have further boosted their
demand among architects and builders aiming to create visually engaging yet
functional spaces. As the global construction sector continues to evolve with a
focus on efficiency, sustainability, and adaptability, grid ceiling systems are
expected to remain the preferred choice, thereby reinforcing their dominant
position in the Suspended Ceiling System Market throughout the forecast period.
Material Insights
In 2024, the mineral
fiber segment dominated the Suspended Ceiling System Market by material and is
projected to maintain its leading position throughout the forecast period.
Mineral fiber ceilings are widely favored due to their superior acoustic performance,
fire resistance, affordability, and compatibility with various structural
requirements in commercial, institutional, and industrial buildings. These
ceiling tiles are primarily composed of natural and recycled materials such as
perlite, fiberglass, and clay, which makes them not only cost-effective but
also environmentally sustainable—an increasingly critical factor for modern
construction practices.
Their excellent
sound-absorbing properties make them particularly suitable for offices,
schools, hospitals, and retail environments, where controlling noise levels is
essential for comfort and productivity. Additionally, mineral fiber tiles offer
high light reflectance, which improves indoor illumination and contributes to
energy efficiency, aligning with global sustainability and green building
goals. The widespread adoption of mineral fiber ceilings is further driven by
their fire-retardant capabilities, meeting strict international safety
standards and building codes.
These attributes make
them highly attractive for builders and architects aiming to comply with
regulatory requirements while optimizing performance and design. Moreover,
their modular format supports easy integration with grid ceiling systems,
enabling rapid installation, replacement, and access to overhead utilities.
Recent innovations in mineral fiber product lines—such as enhanced moisture
resistance, antimicrobial surfaces, and aesthetic variety—have broadened their
applications and appeal.
As construction
activities continue to grow, particularly in urban commercial centers and
institutional developments, the demand for efficient, multi-functional, and
sustainable ceiling materials will intensify. Mineral fiber ceilings offer an
ideal combination of practicality, performance, and affordability, ensuring
their continued dominance in the Suspended Ceiling System Market. Their
versatility and alignment with both economic and environmental considerations
make them the preferred material choice among stakeholders across various
segments of the construction industry.
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Regional Insights
Largest Region
In 2024, North America dominated the Suspended
Ceiling System Market by region and is expected to maintain its leading
position throughout the forecast period. This dominance is primarily driven by
the region’s well-established commercial and institutional infrastructure,
ongoing renovations of aging buildings, and strong demand for advanced acoustic
and thermal insulation solutions.
The United States, in particular, has witnessed a
steady increase in construction projects across office spaces, educational
institutions, healthcare facilities, and retail centers, all of which
significantly contribute to the growing adoption of suspended ceiling systems.
The emphasis on energy-efficient and sustainable building practices in North
America has further accelerated the use of ceiling systems that offer improved
lighting reflectance, thermal regulation, and indoor environmental quality.
In addition, stringent building codes and safety
regulations in the region mandate the use of fire-resistant and structurally
compliant materials, aligning well with the characteristics of modern suspended
ceiling systems. Leading manufacturers in the region have been at the forefront
of innovation, introducing advanced ceiling solutions that incorporate smart
technologies such as integrated lighting, air quality sensors, and
sound-masking systems.
These innovations have increased the appeal of
suspended ceiling systems among architects and developers looking to create
high-performance and intelligent interior environments. Furthermore, strong
investment in commercial real estate, government infrastructure projects, and
the modernization of educational campuses continues to fuel demand for both
grid and concealed ceiling systems.
The availability of skilled labor and advanced
construction technology also supports the efficient installation and widespread
acceptance of these products across diverse applications. As North America
continues to prioritize green building initiatives and smart infrastructure
development, the region is expected to retain its leadership position in the
Suspended Ceiling System Market, with sustained demand from both new
construction and refurbishment projects across the public and private sectors.
Emerging Region
In the forecast period, the Middle East and Africa
region is expected to emerge as a significant and promising region in the
Suspended Ceiling System Market, primarily due to expanding construction
activities, infrastructure modernization, and increasing urban development
across key countries such as the United Arab Emirates, Saudi Arabia, Egypt, and
South Africa. Unlike mature markets, the region is at a nascent stage of
adopting suspended ceiling systems at scale, which positions it as an emerging
area of opportunity.
Governments in the Middle East are investing
heavily in ambitious development programs such as Saudi Arabia’s Vision 2030
and the United Arab Emirates’ Smart Dubai initiative, both of which include the
construction of commercial buildings, public infrastructure, educational
institutions, and healthcare facilities. These projects are driving the need
for efficient, modular, and aesthetically versatile interior solutions,
including suspended ceiling systems. Additionally, growing awareness about
acoustic comfort, fire safety, and energy efficiency in building interiors is
gradually increasing demand for modern ceiling systems that meet international
standards.
Multinational manufacturers are beginning to enter
the market through partnerships, local production facilities, and project-based
engagements, further signaling the region’s transition from traditional
construction materials to advanced architectural systems. While challenges such
as regulatory fragmentation, limited product awareness, and labor skill
shortages persist, ongoing investments in real estate, tourism infrastructure,
and commercial developments are expected to drive market adoption steadily.
Furthermore, the hot and arid climate of the region
creates specific demand for ceiling systems that support better indoor climate
control and thermal insulation. As real estate and construction markets
diversify beyond oil economies, the Middle East and Africa region is
increasingly being recognized as an emerging market for suspended ceiling
systems, offering long-term potential for manufacturers and developers seeking
geographic expansion and early-mover advantages.
Recent Development
- In January 2024, Armstrong World
Industries partnered with McKinstry by acquiring a 20% stake in Overcast
Innovations, a company focused on modular ceiling systems. The partnership
brings Overcast’s prefabricated ceiling clouds, modular grid platforms, and
engineering solutions into Armstrong’s portfolio. This collaboration aims to
streamline ceiling installations, improve construction efficiency, and support
sustainable building practices, reinforcing Armstrong’s commitment to
innovation and environmental responsibility in the commercial interiors sector.
- On May, 2024, Armstrong World
Industries introduced its Ultima® LEC ceiling panels, incorporating wood-based
biochar to significantly lower environmental impact. These innovative panels
achieve a 43% reduction in embodied carbon compared to standard Ultima
products, reflecting a major step toward sustainable construction materials.
Additionally, the Ultima® LEC panels are made with 100% USDA-verified biobased
content, emphasizing Armstrong’s ongoing commitment to environmental
stewardship and the development of eco-friendly solutions in the commercial
ceiling systems market.
- In December 2024, Armstrong
World Industries acquired A. Zahner Company, a prominent player in exterior
architectural metal fabrication. This acquisition strengthens Armstrong’s
capabilities in the exterior metal segment and builds on its 2023 purchase of
BOK Modern. With an estimated revenue of around USD 42 million in 2024, Zahner
adds significant value to Armstrong’s design and engineering portfolio,
enhancing its ability to deliver innovative, high-performance architectural
solutions across commercial and exterior building applications.
- In December 2024, Armstrong
World Industries acquired A. Zahner Company, a renowned specialist in exterior
architectural metal fabrication. This strategic move expands Armstrong’s
presence in the exterior metal market and complements its earlier 2023 acquisition
of BOK Modern. Zahner, expected to generate approximately USD 42 million in
2024 revenue, brings advanced design and engineering expertise. The acquisition
strengthens Armstrong’s ability to deliver innovative and high-quality
architectural solutions, reinforcing its position as a comprehensive provider
of both interior and exterior building systems.
Key Market Players
- Armstrong World Industries, Inc.
- Saint-Gobain (Gyproc,
Ecophon)
- USG Corporation
(subsidiary of Knauf)
- Knauf Gips KG
- Rockfon (part of
Rockwool Group)
- Odenwald
Faserplattenwerk GmbH (OWA)
- Hunter Douglas
- SAS International
- New Ceiling Tiles, LLC
- Burgess CEP (part of
SAS Group)
|
By Type
|
By Material
|
By Application
|
By Region
|
- Grid
Ceiling
- Concealed
Ceiling
- Exposed
Ceiling
|
- Metal
- Mineral
Fiber
- Gypsum
- PVC
- Wood
- Others
|
- Commercial
- Residential
- Industrial
- Institutional
|
- North
America
- Europe
- South
America
- Middle East
& Africa
- Asia Pacific
|
Report Scope:
In this report, the Global Suspended Ceiling System
Market has been segmented into the following categories, in addition to the
industry trends which have also been detailed below:
- Suspended Ceiling System Market, By
Type:
o Grid Ceiling
o Concealed Ceiling
o Exposed Ceiling
- Suspended Ceiling System
Market, By Material:
o Metal
o Mineral Fiber
o Gypsum
o PVC
o Wood
o Others
- Suspended Ceiling System
Market, By Application:
o Commercial
o Residential
o Industrial
o Institutional
- Suspended Ceiling System
Market, By Region:
o North America
§
United
States
§
Canada
§
Mexico
o Europe
§
Germany
§
France
§
United
Kingdom
§
Italy
§
Spain
o South America
§
Brazil
§
Argentina
§
Colombia
o Asia-Pacific
§
China
§
India
§
Japan
§
South
Korea
§
Australia
o Middle East & Africa
§
Saudi
Arabia
§
UAE
§
South
Africa
Competitive Landscape
Company Profiles: Detailed analysis of the major companies
present in the Global Suspended Ceiling System Market.
Available Customizations:
Global Suspended Ceiling System Market report
with the given market data, TechSci Research offers customizations according
to a company's specific needs. The following customization options are
available for the report:
Company Information
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profiling of additional market players (up to five).
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