|
Forecast
Period
|
2026-2030
|
|
Market
Size (2024)
|
USD
9.19 Billion
|
|
Market
Size (2030)
|
USD
14.35 Billion
|
|
CAGR
(2025-2030)
|
7.71%
|
|
Fastest
Growing Segment
|
Water
& Waste Management
|
|
Largest
Market
|
United
States
|
Market Overview
The North America Waterproofing Membrane Market was valued at USD 9.19 Billion in 2024
and is expected to reach USD 14.35 Billion by 2030 with a CAGR of 7.71% during
the forecast period. A waterproofing membrane in the North
America market refers to a layer of material applied to building surfaces—such
as roofs, basements, walls, and foundations—to prevent water infiltration and
protect structures from moisture damage, corrosion, and decay. These membranes,
which can be liquid-applied or sheet-based, play a critical role in extending
the lifespan and safety of buildings, especially in regions prone to heavy
rainfall, snow, and flooding.
The
market is expected to grow significantly due to several interconnected factors.
One key driver is the surge in construction and renovation activities across
the United States and Canada, where aging infrastructure demands modern
waterproofing solutions that comply with evolving building codes and energy
efficiency standards. The rising awareness of the economic and structural risks
associated with water damage is prompting both commercial and residential
property owners to invest in high-performance membranes. The increasing use of
green building materials, including environmentally friendly waterproofing
products with low volatile organic compounds, is also supporting the market’s
expansion.
Innovations
in membrane technology—such as self-adhesive sheets, polyurethane-based
coatings, and thermoplastic polyolefin systems—are enhancing application
efficiency, durability, and resistance to extreme weather conditions, thereby
attracting widespread adoption. The industrial segment, including wastewater
treatment plants and manufacturing facilities, is another critical growth area,
where long-term water protection is essential for operational safety. In
parallel, the growing urban population and government investments in public
infrastructure projects, such as subways, bridges, and tunnels, are stimulating
demand for advanced waterproofing systems.
As
climate-related concerns become more prevalent, waterproofing membranes are
also being viewed as essential tools for climate resilience, especially in
cities facing intensified precipitation and flooding. Collectively, these
trends indicate that the North America waterproofing membrane market will
experience sustained and robust growth in the years ahead, supported by
technological progress, regulatory mandates, and the ongoing prioritization of
long-term structural integrity in construction practices.
Key Market Drivers
Rising Infrastructure Development in Urban and
Semi-Urban Regions Driving Demand for Advanced Waterproofing Systems
The North America waterproofing membrane market is
witnessing strong growth due to rapid expansion in infrastructure projects
across urban and semi-urban landscapes. Cities such as New York, Toronto,
Chicago, and Dallas are undergoing massive real estate and public works
transformations, supported by large-scale investments from government agencies
and private developers focused on sustainable and durable construction.
Infrastructure modernization initiatives are emphasizing the longevity of
roads, tunnels, bridges, transit systems, and public facilities—all of which
are exposed to environmental stress and groundwater intrusion, making
waterproofing membranes a vital component for long-term performance and safety.
The Infrastructure Investment and Jobs Act in the United States, for instance,
is expected to channel over one trillion United States dollars toward roads,
railways, airports, and water systems, where waterproofing products are crucial
to prevent degradation from moisture penetration and structural fatigue. Sheet
and liquid membranes are increasingly being used in below-grade structures,
rooftops, and façade systems in both new construction and rehabilitation
projects.
Contractors are favoring membrane systems that are
not only water-resistant but also compatible with insulation materials,
facilitating seamless energy efficiency integration. This convergence of
climate resilience, sustainability, and infrastructure reinforcement is making
waterproofing membranes indispensable to civil and commercial construction. The
rising focus on lifecycle cost efficiency is also encouraging early adoption of
premium membranes that reduce long-term repair costs. In addition, green building
certification programs and updated building codes across states such as
California and New York are mandating the inclusion of waterproofing systems in
commercial and public construction projects, further increasing product
penetration. As public-private partnerships gain momentum in areas such as
affordable housing, healthcare facilities, and educational infrastructure, the
requirement for reliable waterproofing continues to intensify, reinforcing its
role as a core element of modern construction in North America.
As of 2023, the United States Department of
Transportation confirmed over 33,000 infrastructure projects were initiated
through the Infrastructure Investment and Jobs Act, all requiring protective
and waterproof construction solutions.
Escalating Climate Volatility and Flood Risk
Intensifying Demand for Resilient Waterproofing Solutions
The North America waterproofing membrane market is
also being propelled by increasing climate volatility, characterized by more
frequent and intense weather events such as hurricanes, flash floods,
snowstorms, and high-intensity rainfall. These environmental shifts are placing
unprecedented stress on the built environment, prompting both public and
private stakeholders to prioritize water intrusion protection through robust
waterproofing membranes. In regions such as the Gulf Coast, Midwest, and
Eastern Canada, record precipitation and rising groundwater levels are
increasing the risk of structural flooding and moisture damage in both old and
new buildings. As a result, waterproofing has transitioned from an optional
design component to a critical infrastructure defense mechanism. Commercial and
municipal properties—such as airports, hospitals, data centers, and public
schools—are now being designed with water ingress prevention as a top priority,
incorporating high-performance membranes capable of withstanding hydrostatic
pressure and temperature extremes.
Building owners and insurance companies are
collaborating more closely to enforce preventive waterproofing as a way to
reduce claims and protect long-term asset value. Liquid-applied systems and
hybrid membranes with elastomeric properties are being increasingly used in
basements, retaining walls, and underground parking structures for their
ability to provide seamless and long-lasting protection. In addition, federal
disaster response frameworks now emphasize resilient building standards that
include advanced waterproofing solutions, especially in areas classified under
Federal Emergency Management Agency flood maps. These changes are being
codified into regional building ordinances and zoning policies, pushing
developers to use weatherproof construction methods. As cities invest in
stormwater management infrastructure, membranes are also being used in green
roofs, bio-retention systems, and urban drainage schemes. This convergence of
environmental risk, public safety, and regulatory enforcement is creating a
sustained and structural demand for waterproofing membranes across the
continent.
The United States National Oceanic and Atmospheric
Administration reported 28 climate-related disasters in 2023, each exceeding
one billion United States dollars in damages, underscoring the need for
advanced water defense systems in construction.
Surge in Commercial Real Estate Development
Boosting Adoption of Durable Waterproofing Membranes
The North America waterproofing membrane market is
experiencing significant momentum due to the resurgence of commercial real
estate development, especially in sectors such as warehousing, healthcare, data
centers, mixed-use properties, and retail complexes. Urban revitalization
initiatives across major cities—including Atlanta, Dallas, Toronto, and
Denver—have catalyzed investment in commercial infrastructure aimed at
accommodating growing business needs, logistics expansion, and population
growth. These commercial structures, characterized by complex architectural
designs and higher building footprints, demand sophisticated moisture
management systems to ensure longevity, structural safety, and energy
performance. Waterproofing membranes, particularly thermoplastic
polyolefin-based and polymer-modified bitumen types, are widely used in
roofing, below-grade walls, foundations, and plaza decks of office buildings,
hospitals, malls, and industrial warehouses. Developers and facility owners
increasingly perceive waterproofing systems not merely as protection layers but
as cost-saving tools that prevent asset depreciation, reduce maintenance
overhead, and ensure uninterrupted business continuity.
The rise of data centers—driven by demand for cloud
computing, digitalization, and artificial intelligence—is a key catalyst for
waterproofing products, as these facilities require absolute environmental
control, and even minor moisture intrusion can cause millions of dollars in
equipment damage. Furthermore, corporate ESG mandates and building
certifications such as LEED and WELL have become influential in promoting the
use of sustainable and high-performance membranes, often made with recycled or
low-VOC materials. Waterproofing is also being prioritized during retrofits and
tenant improvements of older commercial spaces, which form a significant part
of North America’s real estate inventory. The cost of ignoring waterproofing
can be monumental in terms of legal liabilities, insurance claims, and business
disruption, prompting an uptrend in proactive investments. Contractors are also
leaning toward membrane systems that integrate with insulation, vapor barriers,
and green roof technologies, ensuring that buildings meet modern performance
standards. These factors, compounded by financing availability and zoning
approvals tied to environmental performance, are placing waterproofing
membranes at the center of commercial development strategies.
According to the United States Census Bureau, the
value of new non-residential construction put in place exceeded 1.08 trillion
United States dollars in 2023, reflecting sustained demand for building
materials, including waterproofing membranes.
Technological Advancements in Membrane Materials
and Application Techniques Enhancing Market Competitiveness
The North America waterproofing membrane market is
being fundamentally reshaped by rapid technological innovations in both
material composition and application techniques, significantly improving
product performance, durability, and ease of installation. Manufacturers across
the region are investing heavily in research and development to produce
membranes that offer enhanced elasticity, ultraviolet resistance, chemical
stability, and temperature tolerance, meeting the rigorous demands of modern
construction environments. New-generation membranes such as self-adhered,
cold-applied, and spray-applied variants are gaining popularity for their
reduced installation time, environmental friendliness, and superior sealing
capabilities. These systems also eliminate the need for torch-on applications
or hazardous adhesives, making them safer for workers and suitable for
sensitive job sites such as schools, hospitals, and food processing facilities.
Hybrid membranes combining the strength of bituminous materials with the
flexibility of elastomers are being adopted for large-scale infrastructure and
multi-story developments.
The integration of nanotechnology and smart
polymers into waterproofing systems has enabled the development of membranes
with self-healing properties and active moisture monitoring, providing added
value to property managers and owners. Robotics and automation are also
beginning to transform membrane application processes in large-scale projects,
reducing labor dependency and ensuring uniform coverage. Prefabricated membrane
sheets that are factory-produced under controlled conditions are ensuring
better quality control and reducing on-site waste. Digital project management
tools are enabling better planning and specification of membrane systems,
ensuring compatibility with the overall building envelope design. Green
building trends are influencing manufacturers to launch bio-based membranes
derived from renewable resources, aligning with the broader sustainability
goals of the construction industry. With a growing emphasis on lifecycle
performance, contractors and developers are choosing technologically advanced
membranes that can last for decades, resist environmental degradation, and
integrate seamlessly with other energy-efficiency components. As building
envelope design becomes more sophisticated, waterproofing membranes are no
longer viewed as accessories but as critical technological layers that ensure
long-term building integrity and performance.
In 2023, over 60 percent of newly installed
waterproofing membranes in commercial roofing in the United States were either
cold-applied or self-adhered systems, according to data reported by leading
roofing associations and construction trade publications.
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Key Market Challenges
Regulatory Complexity and Variability Across
Jurisdictions Hindering Standardized Adoption
One of the most persistent challenges facing the
North America waterproofing membrane market is the regulatory complexity and
variability across federal, state, provincial, and municipal jurisdictions. In
the United States and Canada, building codes and environmental regulations
significantly influence the selection, formulation, and application of
waterproofing membranes. However, these standards are not unified across the
region, creating a fragmented compliance landscape that complicates product
development, certification, and marketing for manufacturers. For instance, the
State of California enforces stringent volatile organic compound limitations
under its South Coast Air Quality Management District, which differ
significantly from the requirements in other states such as Texas or Florida.
In Canada, provinces like British Columbia may demand greater adherence to
energy efficiency and environmental protection standards than other provinces,
which forces manufacturers to tailor formulations for regional needs, thus
increasing research and development costs.
Product certification schemes such as the Canadian
Construction Materials Centre, Underwriters Laboratories, and the American
Society for Testing and Materials have varying requirements, which can delay
time-to-market and elevate operational costs. As governments tighten
regulations to promote sustainability and indoor air quality, manufacturers are
increasingly required to reformulate membranes using low-emission adhesives and
additives—processes that may conflict with performance benchmarks for durability
and weather resistance. The lack of a unified regulatory framework also limits
the scalability of advanced membrane technologies and reduces their competitive
edge, especially for small and mid-sized enterprises with limited resources for
navigating complex compliance processes. Contractors and developers also face
delays during the procurement and specification stages, as certain membrane
systems may be approved in one locality but prohibited in another due to
chemical content or fire resistance ratings.
This challenge stifles innovation and leads to a
cautious approach among manufacturers when it comes to launching cutting-edge
membrane systems with novel features such as self-healing, nanotechnology
integration, or bio-based content. This fragmented regulatory landscape creates
confusion among architects, engineers, and general contractors, often resulting
in the selection of legacy membrane systems over newer, more efficient
alternatives. Ultimately, the lack of regulatory cohesion in North America
presents a major hurdle to consistent market growth, product standardization,
and long-term investment in research and development.
Price Volatility of Raw Materials Impacting Profit
Margins and Production Stability
The waterproofing membrane market in North America
is highly susceptible to fluctuations in the prices of raw materials, which
significantly affects manufacturing costs, pricing strategies, and
profitability. The key raw materials used in the production of waterproofing
membranes include bitumen, polyvinyl chloride, thermoplastic polyolefin,
polyurethane, and synthetic rubber compounds. These materials are largely
petroleum-based or derived from petrochemical feedstocks, making their prices
highly dependent on the global oil and gas supply chain. Events such as
geopolitical tensions, natural disasters, supply chain disruptions, or
macroeconomic shocks can lead to abrupt changes in crude oil prices, which then
trickle down to resin, polymer, and asphalt prices. For example, during the oil
supply disruptions caused by the Russia-Ukraine conflict and post-pandemic
recovery logistics issues, prices of bituminous and polymeric raw materials
surged by over 30 percent within a single fiscal year, severely impacting cost
structures across the waterproofing industry. This volatility makes it
extremely difficult for manufacturers to forecast costs, set fixed-price
contracts, or maintain competitive pricing while ensuring acceptable profit
margins.
Inflationary pressures on ancillary inputs such as
fillers, solvents, packaging, and logistics add to the total landed cost of
finished membrane products. Smaller manufacturers, in particular, face serious
financial strain as they lack the economies of scale or forward-contracting
leverage that larger players can use to hedge against price volatility. These
fluctuations are also problematic for project-based businesses, such as roofing
contractors and infrastructure developers, who must often commit to long-term
bids without visibility on material cost evolution.
Sudden cost escalations can cause developers and
contractors to substitute premium waterproofing membranes with less durable
alternatives, potentially leading to quality compromises and greater long-term
repair costs. Some manufacturers have attempted to respond to cost volatility
by developing bio-based or recycled alternatives, but these innovations come
with their own research and production costs, often offsetting the benefits of
diversification. Overall, the ongoing instability in raw material pricing remains
a critical challenge that disrupts planning, discourages innovation, and
squeezes margins in an otherwise growth-driven market.
Labor Skill Gaps and Installation Errors
Compromising Performance and Market Trust
A growing challenge for the North America
waterproofing membrane market is the widening labor skill gap and the
associated increase in installation-related errors, which compromise the
performance and reputation of waterproofing systems. Waterproofing membranes,
whether applied on foundations, roofs, tunnels, or decks, are highly dependent
on correct installation to deliver long-term moisture protection. However, as
the construction industry continues to grapple with labor shortages and high
employee turnover, particularly among skilled trades, the quality of membrane
application has become inconsistent across many projects. Inadequate surface
preparation, improper layering, poor seam welding, and incorrect detailing
around penetrations and corners are common issues arising from insufficiently
trained or inexperienced personnel.
These mistakes can lead to premature membrane
failure, water ingress, structural damage, mold growth, and warranty
disputes—all of which erode end-user trust and increase liability for
manufacturers and contractors alike. The challenge is further exacerbated by
the growing diversity of membrane types and application methods now available
in the market. From liquid-applied polyurethane membranes to self-adhesive and
torch-on sheets, each system requires specialized knowledge, equipment, and
adherence to manufacturer specifications. Many small- and medium-sized
contractors struggle to keep pace with evolving technologies or to invest in
certification programs for their workforce, resulting in inconsistent
application standards. Training initiatives by manufacturers, while useful,
often fail to reach a broad audience or are not mandatory on job sites.
The reliance on subcontracting across construction
projects introduces variability in installation quality, as general contractors
may award bids based on cost rather than qualification. Mistakes in
waterproofing application often do not become visible until months or even
years later, by which point the costs of remediation can be substantial. As a
result, developers and property managers are sometimes hesitant to adopt newer
or more complex membrane systems, even if they offer superior performance, due
to fear of improper installation. This challenge hampers product innovation,
slows adoption of modern solutions, and increases warranty and insurance costs
for manufacturers, ultimately stalling progress within a rapidly evolving
market landscape.
Key Market Trends
Rising Adoption of Sustainable and Eco-Friendly
Waterproofing Membranes
The North America waterproofing membrane market is
increasingly witnessing a shift toward the adoption of sustainable and
environmentally responsible solutions. As the construction industry is
subjected to greater scrutiny over environmental impacts and regulatory
mandates regarding carbon emissions, there is growing interest in waterproofing
membranes manufactured from renewable, recycled, or low-emission materials.
Manufacturers are responding by developing membranes that minimize the use of
petroleum-based compounds and instead incorporate natural rubber, recycled
thermoplastic elastomers, and bio-based additives.
Innovations in solvent-free and water-based liquid
membranes are gaining traction as alternatives to traditional solvent-based
systems, which are known to release volatile organic compounds. Green building
certification programs such as Leadership in Energy and Environmental Design
are also influencing membrane selection, with architects and developers
favoring materials that contribute to energy efficiency, moisture control, and
sustainable construction goals. The adoption of green membranes is particularly
noticeable in commercial and institutional sectors, where clients are
prioritizing long-term environmental compliance and operating efficiency. This
trend aligns with broader movements in the construction ecosystem, such as the
integration of cool roofing systems and vegetative roofing assemblies, which
require membranes that are compatible with soil, plant roots, and thermal
cycling. As environmental concerns continue to shape construction
specifications and consumer preferences, the market for sustainable
waterproofing membranes in North America is poised for long-term expansion.
Expansion of Waterproofing Demand in the
Residential Housing Sector
The residential construction segment in North
America is emerging as a key growth avenue for waterproofing membranes, driven
by heightened awareness of water damage risks and increased investment in home
durability. With more frequent instances of flooding, extreme rainfall, and
ground moisture infiltration caused by shifting climate patterns, homeowners
and developers are increasingly prioritizing below-grade waterproofing systems,
deck membranes, and foundation sealing. Suburban housing developments, custom
home builds, and multifamily residential complexes are specifying waterproofing
solutions not only for basements and crawl spaces but also for bathrooms,
balconies, and green roofs.
Homeowners are becoming more proactive in
retrofitting older structures with updated waterproofing membranes, especially
in regions with poor drainage systems or high groundwater levels. The
do-it-yourself retail segment has also seen growth, with roll-on and
spray-applied membrane kits gaining popularity among homeowners seeking
cost-effective moisture control. This trend is being reinforced by rising home
insurance premiums tied to water-related damage, which has motivated many
property owners to preemptively invest in waterproofing systems. Government
incentives promoting resilient housing and disaster-preparedness upgrades are
also fueling this demand. As the residential real estate market continues to
grow, particularly in metropolitan outskirts and climate-vulnerable zones, the
demand for waterproofing membranes in the residential segment is expected to
strengthen considerably.
Growing Popularity of Liquid-Applied Membranes Due
to Ease of Application and Versatility
The North America waterproofing membrane market is
experiencing a notable surge in the adoption of liquid-applied membranes,
primarily due to their application versatility, seamless finish, and ability to
conform to complex geometries. These membranes offer significant advantages
over sheet-based systems, especially in retrofit scenarios or on surfaces with
irregular contours such as domes, expansion joints, and parapets.
Liquid-applied membranes form a continuous barrier without seams or joints,
thereby reducing potential failure points caused by overlaps or adhesive
defects. They are also ideal for structures where mechanical fasteners or
torching may not be feasible due to safety, access, or structural integrity
concerns. Products based on polyurethane, polyurea, and acrylic formulations
allow for single-component and multi-component systems with tailored
performance properties, such as fast curing, chemical resistance, or high
elasticity.
In addition, the application process—typically
using rollers, brushes, or spray equipment—enables faster project completion
and easier detailing around penetrations. Liquid-applied membranes are also
favored in projects requiring compatibility with other coatings or insulation
layers, particularly in commercial roofing, podium decks, and tunnel linings.
The reduced labor cost and minimal equipment requirements further enhance their
attractiveness, especially for small and mid-sized contractors. This trend is
likely to continue as more construction professionals recognize the operational
and performance efficiencies delivered by liquid-applied membrane technologies.
Segmental Insights
Material Insights
Modified Bitumen segment dominated in the North America Waterproofing
Membrane Market in 2024 and maintain its leadership throughout the forecast
period. This dominance can be attributed to the material’s exceptional
durability, cost-effectiveness, and widespread applicability across a variety
of commercial, residential, and industrial construction projects. Modified
bitumen membranes, particularly those enhanced with polymers such as atactic
polypropylene and styrene-butadiene-styrene, offer superior resistance to
extreme weather conditions, ultraviolet radiation, and mechanical stress,
making them a preferred choice for both roofing and below-grade applications.
Their compatibility with torch-applied, cold-applied, and self-adhesive methods
allows contractors greater flexibility in installation, contributing to reduced
labor time and improved project efficiency.
The North American construction landscape,
especially in regions with fluctuating temperatures and heavy precipitation
such as the Midwest and Northeast United States, has driven demand for robust
waterproofing systems that offer long service life and minimal maintenance
requirements—criteria that modified bitumen satisfies effectively. The
segment’s entrenched use in large-scale public infrastructure projects,
including schools, hospitals, and transportation facilities, further reinforces
its market strength. While thermoplastic materials such as polyvinyl chloride
and thermoplastic polyolefin are gaining traction in niche and eco-conscious
projects, modified bitumen continues to hold a cost-performance advantage,
especially where proven reliability is prioritized. As renovation and retrofit
activity increases across aging building stocks in the United States and
Canada, particularly in urban centers, the demand for modified bitumen
membranes is expected to grow steadily.
Tts recyclability and relatively low environmental
impact during production compared to some synthetic alternatives enhance its
attractiveness in sustainability-conscious procurement. Given its versatility,
technical resilience, and favorable lifecycle economics, the modified bitumen
segment is well positioned to lead the North America waterproofing membrane
market through the upcoming years.
Type Insights
Sheet Based Membranes segment dominated in the
North America Waterproofing Membrane Market in 2024 and maintain its leadership
throughout the forecast period. This segment’s widespread adoption can be
attributed to its proven effectiveness, ease of installation, and long-term
durability. Sheet based membranes, including modified bitumen, polyvinyl
chloride (PVC), and thermoplastic polyolefin (TPO) materials, are extensively
used in both commercial and residential applications due to their strong
waterproofing capabilities and ability to withstand extreme weather conditions.
Their use in large-scale projects, such as commercial roofs, foundation
waterproofing, and infrastructure, is a key factor driving their market
leadership.
Sheet-based systems provide a reliable barrier with
fewer seams, reducing the risk of leakage and improving overall performance.
Despite the growing popularity of liquid-applied membranes, sheet-based options
remain preferred in many sectors due to their simplicity and robustness,
ensuring their continued dominance in the market.
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Country Insights
Largest Country
In 2024, the United States solidified its position
as the leading force in the North America Waterproofing Membrane Market, driven
by a combination of robust construction activity, a rapidly expanding
infrastructure sector, and increasing awareness of the need for durable and
sustainable building materials. The demand for waterproofing membranes in the
United States is largely fueled by the continuous growth of both residential
and commercial construction, with a significant focus on ensuring long-lasting
protection against water damage. Regions experiencing fluctuating weather
conditions, such as extreme rainfall and freezing temperatures, have further
contributed to the demand for waterproofing solutions that provide reliable
moisture control and enhance the longevity of buildings.
The U.S. government’s growing emphasis on resilient
infrastructure and environmental sustainability has accelerated the adoption of
advanced waterproofing technologies, particularly in large-scale projects like
highways, bridges, and tunnels. The integration of green building initiatives
and eco-friendly materials, such as recycled and solvent-free membranes, has
further bolstered the market.
The increasing trend of retrofit and renovation
projects in urban areas, coupled with rising concerns over water-related
damage, has significantly boosted the demand for waterproofing membranes across
both commercial and residential sectors. Given these factors, the United States
is expected to continue its dominant role in shaping the North America
Waterproofing Membrane Market in the coming years.
Emerging Country
Canada is rapidly emerging as a significant player
in the North America Waterproofing Membrane Market, driven by increasing
construction and infrastructure development activities across the country. The
demand for waterproofing solutions in Canada is primarily fueled by the need
for high-performance materials that can withstand the country’s extreme weather
conditions, including harsh winters and heavy rainfall. This has led to the
growing adoption of durable waterproofing membranes, particularly in sectors
such as commercial real estate, residential buildings, and transportation
infrastructure.
Canadian regulations emphasizing sustainability and
energy efficiency have spurred interest in eco-friendly waterproofing
solutions, further boosting the market. The shift towards green building
certifications and resilience-focused construction projects has also
contributed to the rise in demand for advanced waterproofing technologies, such
as liquid-applied membranes and modified bitumen systems. With a growing focus
on long-term durability, Canada’s waterproofing membrane market is poised for
continued growth.
Recent Developments
- In March 2025, Sika fully acquired HPS North
America, Inc., a distributor of Schönox branded building finishing products in
the United States. This acquisition strengthens Sika's position in the flooring
and waterproofing market, enabling cross-selling opportunities and operational
efficiencies through full integration into Sika USA’s logistics and production
systems.
- In February 2025, IKO Commercial participated in
the International Roofing Expo, showcasing its Innovi™ TPO Single-Ply Roofing
Membrane System with proprietary Matrix™ technology. The company also unveiled
its redesigned website, enhanced warranty portal, upcoming Rooftop Access App,
and expanded U.S. presence, highlighting its commitment to innovation and
customer experience.
- In February 2025, GAF, a Standard Industries
company and North America’s leading roofing and waterproofing manufacturer,
introduced a range of innovative solutions at the 2025 International Roofing
Expo. The new offerings, tailored for both residential and commercial markets,
underscore GAF’s commitment to quality, performance, and sustainability, while
supporting roofing professionals, contractors, distributors, and property
owners across the region.
- In January 2024, Johns Manville showcased its new
White EPDM Peel and Stick Flashings for TPO applications at the International
Roofing Expo. Launched in late 2023, these flashings simplify detailing around
corners and penetrations, offering roofing professionals an effective solution
for complex installations and improved system performance.
Key
Market Players
- Sika AG
- Standard Industries Inc.
- Johns Manville
- Bridgestone Americas, Inc.
- BASF SE
- Dow Chemical Company
- Henry Company
- Bostik SA
|
By Material
|
By Type
|
By Application
|
By Country
|
- Modified Bitumen
- PVC
- TPO
- EPDM
- HDPE
- LDPE
|
- Liquid-applied Membranes
- Sheet Based Membranes
|
- Roofing & Walls
- Water & Waste Management
- Building Structures
- Tunnel Liners
- Bridges & Highways
|
- United States
- Canada
- Mexico
|
Report Scope:
In this report, the North America Waterproofing
Membrane Market has been segmented into the following categories, in addition
to the industry trends which have also been detailed below:
- North America Waterproofing Membrane Market, By
Material:
o Modified Bitumen
o PVC
o TPO
o EPDM
o HDPE
o LDPE
- North America Waterproofing Membrane Market, By
Type:
o Liquid-applied Membranes
o Sheet Based Membranes
- North America Waterproofing Membrane Market, By Application:
o Roofing & Walls
o Water & Waste
Management
o Building Structures
o Tunnel Liners
o Bridges & Highways
- North America Waterproofing Membrane Market,
By Country:
o United States
o Canada
o Mexico
Competitive Landscape
Company Profiles: Detailed analysis of the major companies present in the North
America Waterproofing Membrane Market.
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