|
Forecast
Period
|
2026-2030
|
|
Market
Size (2024)
|
USD
3.39 Billion
|
|
Market
Size (2030)
|
USD
4.71 Billion
|
|
CAGR
(2025-2030)
|
5.49%
|
|
Fastest
Growing Segment
|
Lug Type Butterfly
Valve
|
|
Largest
Market
|
China
|
Market Overview
Asia-Pacific Butterfly Valve Market was valued at USD 3.39 Billion in 2024 and
is expected to reach USD 4.71 Billion by 2030 with a CAGR of 5.49% during the
forecast period.
The Asia-Pacific butterfly valve market
is experiencing significant growth, driven by rapid industrialization, urban
expansion, and growing investments in water and wastewater treatment
infrastructure. Butterfly valves, known for their compact design, quick
operation, and cost-effectiveness, are widely used in industries such as oil
& gas, power generation, water management, chemicals, and HVAC. In the
Asia-Pacific region, countries like China, India, Japan, and Southeast Asian
nations are expanding their energy production capacities and upgrading aging
pipeline infrastructure, which is increasing the demand for advanced flow
control solutions like butterfly valves. Governments across the region are
prioritizing efficient water distribution and wastewater treatment systems to
meet rising urban population needs, thereby fueling adoption in municipal
sectors.
China, being the region’s industrial
hub, leads the market due to its vast manufacturing base, continuous
investments in smart cities, and environmental regulations encouraging
efficient flow systems. Similarly, India is emerging as a fast-growing market,
thanks to its aggressive industrial expansion plans, increased spending on
water conservation projects, and growth in sectors like power and chemicals.
The region is also witnessing a rise in renewable energy projects such as solar
and wind power, where butterfly valves are commonly used in cooling systems and
control processes.
Technological advancements are playing a
key role in reshaping the market landscape. Manufacturers are developing smart
and automated butterfly valves with IoT integration and remote monitoring
capabilities, especially suitable for critical applications in oil & gas
and water treatment plants. Furthermore, the increasing shift toward
corrosion-resistant and durable valve materials, such as stainless steel and
thermoplastics, is enhancing product lifespan and reliability under harsh
conditions.
Despite facing challenges such as price
competition from local manufacturers and fluctuations in raw material costs,
the Asia-Pacific butterfly valve market remains highly competitive and
opportunity-rich. Strategic collaborations, smart infrastructure initiatives,
and expanding manufacturing bases across the region are expected to support
long-term growth.
Key Market Drivers
Rapid Industrialization and Urbanization
Industrialization across Asia-Pacific, particularly
in China, India, Indonesia, and Vietnam, continues to accelerate due to rising
manufacturing demand, policy reforms, and infrastructure investments. As
industries such as chemicals, power, metal processing, and pharmaceuticals
expand, the need for reliable flow control solutions becomes more
critical—boosting the demand for butterfly valves known for their durability,
cost-efficiency, and compact design.
Urbanization adds another layer of demand. The
rapidly growing population in cities requires extensive water management,
heating and cooling systems, and sanitary infrastructure. Butterfly valves play
a vital role in these utilities due to their ability to regulate large volumes
of fluid effectively. Additionally, smart city projects that integrate
automated control systems prefer butterfly valves for their easy actuation and
integration with intelligent networks. More than 60% of Asia-Pacific’s
population lacks access to safely managed sanitation services, prompting
governments to accelerate the development of wastewater treatment and water
distribution infrastructure, which heavily relies on butterfly valves for flow
control and system regulation.
With industrial output increasing and urban centers
swelling, demand for energy-efficient and low-maintenance valve systems is
rising. Butterfly valves, which are quicker to install and operate than many
alternatives, are ideal for meeting the operational needs of large-scale urban
utilities and fast-paced industrial setups. Moreover, government incentives
promoting domestic manufacturing are prompting more regional companies to
upgrade to automated valve systems, where butterfly valves are increasingly favored.
Asia-Pacific’s urban population is expected to reach 2.8 billion by 2035,
driving the construction of high-rise buildings, metro systems, and urban water
networks all of which integrate butterfly valves in HVAC, firefighting, and
potable water systems for efficient flow management.
Expansion of the Oil and Gas Sector
The Asia-Pacific region is heavily investing in oil
and gas exploration, refining, and distribution infrastructure to meet growing
domestic and export demands. This sector requires robust valves that can handle
volatile chemicals and extreme pressure-temperature conditions. Butterfly
valves, especially high-performance types, are widely used for their tight
shut-off capabilities, low-pressure drop, and reliable operation in midstream
and downstream applications. India plans to invest over USD 100 billion in
oil and gas infrastructure by 2030, including new refineries, pipelines, and
LNG terminals, all of which require heavy-duty, corrosion-resistant butterfly
valves for safe fluid handling and distribution.
The increase in LNG infrastructure, cross-border
pipelines, and refinery upgrades across Asia further supports butterfly valve
deployment. Refineries use these valves extensively in feedstock and product
handling systems. In offshore platforms and FPSO units, butterfly valves are
preferred because of their compact structure and reduced weight, which are
critical in space-constrained environments.
As nations aim to reduce their import dependency
through domestic oil production and improve pipeline safety and performance,
valve quality and reliability become essential. The butterfly valve’s
performance in corrosive environments and under high-pressure flow makes it a
natural choice for oil and gas operators across the region. Additionally, as
green hydrogen initiatives grow within the energy mix, butterfly valves are
being re-engineered for compatibility with such emerging fuels.
Surge in Renewable Energy Projects
Countries across Asia-Pacific are scaling up
investments in renewable energy as they aim to reduce carbon emissions and
achieve climate goals. This includes solar farms, wind power facilities,
biomass plants, and hydroelectric power stations. Butterfly valves are integral
to these facilities due to their ability to manage coolant flows, heating
circuits, and fluid storage efficiently.
In solar thermal and biomass plants, butterfly
valves help control high-temperature steam and heat transfer fluids. Wind
turbine operations require them for hydraulic systems and lubrication circuits.
Even in hydro projects, butterfly valves are used in penstocks and pump
stations for effective water flow control. Their ability to operate reliably in
varied temperature and pressure conditions makes them valuable across multiple
renewable technologies.
Moreover, many countries are deploying district
heating systems and energy storage infrastructure, both of which require
high-performance valve systems. Butterfly valves are being increasingly adopted
in these settings due to their adaptability and low energy consumption. As
decentralized renewable energy systems continue to expand, demand for
quick-acting and automated valve systems like butterfly valves will rise
further.
Technological Advancements and Smart Automation
Advances in automation, digital control, and
material science are transforming how valves are used in industrial
applications. Butterfly valves are evolving to include smart sensors, electric
or pneumatic actuators, and IoT connectivity, allowing operators to monitor
performance remotely and schedule predictive maintenance.
These smart butterfly valves are especially useful
in critical infrastructure like water treatment plants, oil refineries, and
power generation facilities, where even minor disruptions can lead to
significant operational costs. The integration of condition monitoring sensors
also reduces the need for frequent manual inspection, thereby lowering labor
and maintenance costs.
Lightweight designs using advanced polymers and
alloys also increase corrosion resistance and improve valve lifespan. Such
innovations make butterfly valves ideal for industries with aggressive fluids
or fluctuating process conditions. Furthermore, compactness and modular design
allow these valves to be integrated easily into existing systems with minimal
downtime, a crucial factor for industrial automation upgrades.
In manufacturing hubs like South Korea, Japan, and
parts of China, where Industry 4.0 principles are being widely adopted, smart
butterfly valves are becoming standard for industrial process optimization.
This shift toward smarter infrastructure significantly boosts butterfly valve
demand, especially among OEMs and automation contractors.
Government Infrastructure and Water Management
Projects
Governments in the Asia-Pacific region are heavily
investing in public utilities and infrastructure—especially in water supply,
wastewater treatment, irrigation, and transportation systems. Butterfly valves
are critical in managing large-scale fluid flow in pipelines, treatment plants,
and distribution networks.
National-level programs focused on rural water
supply and sanitation expansion are driving the use of butterfly valves in
municipal applications. These valves are chosen for their reliability, ease of
operation, and suitability for throttling large flow volumes in waterworks. In
wastewater systems, the resilient-seated variant of butterfly valves is
commonly used due to their capacity to handle slurry and solids-laden fluids.
Infrastructure projects such as smart roads, urban
metro rail, industrial corridors, and smart grids also use butterfly valves in
HVAC, fire protection, and utility distribution systems. Additionally,
irrigation schemes in agrarian economies within Southeast Asia are using
butterfly valves for flow regulation in canals and pumping stations.
The alignment of these infrastructure projects with
environmental regulations also increases the need for valves that offer both
performance and minimal leakage. Butterfly valves, with options like
double-offset and triple-offset designs, provide zero-leakage capabilities
suitable for such sensitive applications. As government budgets continue to
support megaprojects and utilities expansion, butterfly valves remain a key
component in enabling these developments.
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Key Market Challenges
Quality and Standardization Concerns Across Diverse
Markets
One of the primary challenges in the Asia-Pacific
Butterfly Valve Market is the lack of uniform quality standards and regulations
across the region. Due to the vast economic and industrial diversity in
countries such as India, China, Vietnam, and Indonesia, manufacturers often
face varying certification requirements and quality expectations. While
developed nations like Japan and South Korea adhere to strict industry
standards (such as ISO and ANSI), emerging economies may rely on local
benchmarks, which are often less rigorous. This disparity can affect the
performance and durability of butterfly valves when deployed in critical
sectors like oil and gas, water treatment, or chemical processing.
Additionally, local manufacturers in some countries
prioritize cost competitiveness over quality, resulting in the production and
circulation of substandard valves. These products, though cheaper, are more
prone to failure, corrosion, or leakage, thereby eroding customer trust and
increasing system maintenance costs. The inconsistent application of quality
assurance measures creates barriers for international suppliers trying to
penetrate new markets within the region. Moreover, the absence of harmonized regulatory
frameworks slows down product approvals and project implementation timelines.
To overcome this challenge, companies must invest
heavily in product testing, third-party certifications, and customer education,
which can increase operational costs. They must also navigate complex
import-export regulatory procedures when distributing across borders. Overall,
the fragmented standardization landscape in Asia-Pacific poses a substantial
challenge to the growth and smooth operation of the butterfly valve market.
Intense Price Competition from Low-Cost
Manufacturers
The Asia-Pacific Butterfly Valve Market is highly
competitive, particularly due to the presence of numerous regional and local
manufacturers offering low-cost alternatives. Countries like China and India
have a large number of small and medium-sized enterprises (SMEs) that focus on
producing affordable valves, often compromising on long-term performance and
durability to achieve lower price points. This intense price competition puts
considerable pressure on established global players who operate under stringent
quality and compliance norms.
While price-sensitive customers in developing
markets prefer cost-effective solutions, this trend leads to a commoditization
of products, making it difficult for premium manufacturers to differentiate
based on features, innovations, or durability. As a result, companies are
forced to lower their prices to remain competitive, which may shrink profit
margins and reduce capital available for R&D and process innovation.
The challenge is further compounded by rising raw
material costs, such as stainless steel and rubber, which are essential for
valve construction. When cost-saving becomes the dominant purchasing criterion,
there is a risk of increased product failures and a decline in the overall
perception of quality within the market. Furthermore, international players
entering this space must balance affordability with regulatory compliance,
making it more difficult to compete with low-cost producers.
To address this issue, companies need to focus on
value engineering, strategic partnerships, and the use of digital tools to
reduce production costs without sacrificing quality. However, such
transformations require long-term investments and cultural shifts that not all
companies are ready to make. The overarching pressure to deliver cheaper
products while maintaining standards remains a key challenge.
Limited Awareness and Technical Knowledge Among
End-Users
A significant challenge in the Asia-Pacific
Butterfly Valve Market is the limited awareness and technical knowledge among
end-users, particularly in developing nations. Despite the widespread use of
valves in water treatment, chemical, and manufacturing sectors, many local
contractors and maintenance teams lack in-depth understanding of butterfly
valve specifications, functionalities, and appropriate usage scenarios. This
knowledge gap often results in the selection of incorrect valve types or
improper installation practices, which can lead to equipment failure, increased
maintenance costs, and reduced system efficiency.
Smaller industries or municipalities with tight
budgets may not employ highly trained technical staff or engineers, increasing
the reliance on vendor recommendations, which are not always objective. In
remote or underdeveloped areas, accessibility to technical training or
manufacturer support is even more limited, creating long-term reliability
issues. Moreover, decision-makers often prioritize initial capital cost over
total cost of ownership, leading to choices that neglect lifecycle
considerations.
This challenge limits the market's growth
potential, as the lack of technical know-how hinders the adoption of advanced
or customized butterfly valves, such as triple-offset or high-performance
models. It also delays market maturity and contributes to high failure rates in
installed systems.
Manufacturers and distributors must invest in user
education, hands-on training, and post-sales support to build long-term
relationships and trust. Creating localized technical documentation and
multilingual training materials can further improve end-user engagement.
However, these efforts require time, resources, and consistent follow-through,
which may not always be feasible for all players in the industry.
Supply Chain Disruptions and Raw Material
Volatility
Supply chain disruptions and raw material price
volatility have emerged as critical challenges in the Asia-Pacific Butterfly
Valve Market, especially post-COVID-19. The butterfly valve manufacturing
process relies heavily on materials like cast iron, ductile iron, stainless
steel, and rubber, all of which have experienced fluctuating availability and
pricing over recent years.
Many valve producers in Asia-Pacific source raw
materials or specialized components internationally. Any disruption in global
logistics, trade regulations, or geopolitical tensions—such as those affecting
China-U.S. trade or the South China Sea—can delay deliveries and inflate costs.
The result is prolonged production cycles, missed project deadlines, and
contractual penalties, which can severely impact customer satisfaction and
supplier credibility.
Additionally, rising energy costs and environmental
regulations in material-supplying countries have contributed to increased base
material prices. Small and mid-sized valve manufacturers often find it
difficult to absorb or pass on these cost increases, leading to either reduced
profit margins or compromised product quality. Lead times for certain materials
have also extended, making it difficult for valve producers to maintain
sufficient inventory levels and respond to sudden market demand surges.
To navigate this challenge, companies are
increasingly exploring alternative sourcing strategies, diversifying supplier
bases, and investing in digital supply chain visibility tools. However, these
measures require significant planning, investment, and time to implement
effectively. The persistent uncertainty around raw material availability and
global shipping makes supply chain stability a key obstacle for long-term
scalability and profitability in the butterfly valve sector.
Complex Regulatory and Environmental Compliance
Requirements
Increasingly stringent environmental and safety
regulations across the Asia-Pacific region have added a layer of complexity for
butterfly valve manufacturers and end-users. Countries are adopting tighter
emission controls, water usage policies, and hazardous materials handling
rules, all of which impact the valve manufacturing and application process. For
instance, valves used in wastewater treatment must now meet stricter leakage
prevention standards, while those in chemical industries must be corrosion-resistant
and compliant with hazardous fluid control protocols.
Meeting these diverse regulatory demands requires
significant R&D investment, high-quality materials, and advanced testing
and certification procedures. Companies also need to stay updated with evolving
compliance norms across multiple jurisdictions, each with its own reporting,
documentation, and testing standards. This complexity increases operational
costs and time-to-market for new products, especially for international players
trying to navigate multiple regional rules.
Moreover, non-compliance with these regulations can
lead to legal penalties, loss of licenses, or bans on product use—risks that
most companies cannot afford. Smaller or local manufacturers often struggle to
keep up with these evolving standards, either due to lack of resources or
awareness, which can result in market exits or consolidation.
To remain competitive, butterfly valve producers
must embed compliance into their product development and quality assurance
processes. This may include investing in new machinery, hiring regulatory
experts, or forming joint ventures with local firms familiar with domestic
laws. While these steps can offer long-term benefits, they also create
immediate financial and operational pressures, making regulatory complexity one
of the most formidable challenges in the Asia-Pacific Butterfly Valve Market.
Key Market Trends
Growth in Water & Wastewater Management
Projects
Water scarcity and environmental regulations are
pushing governments in Asia-Pacific to invest heavily in wastewater treatment
and distribution systems, boosting the demand for butterfly valves. These
valves are widely used for isolation and flow regulation in water supply and
wastewater facilities due to their cost-effectiveness, compact design, and
low-pressure drop features.
Countries like India, China, and Indonesia are
significantly expanding their wastewater infrastructure. For instance, the
Indian government’s Jal Jeevan Mission aims to provide tap water to over 190
million households, necessitating extensive use of control valves in the
pipeline systems. Butterfly valves are preferred in such projects for their
high reliability, easy installation, and operational efficiency.
Urbanization and industrialization are leading to
growing volumes of wastewater, which needs treatment before discharge or reuse.
Municipal treatment plants, desalination units, and industrial effluent systems
are increasingly incorporating corrosion-resistant butterfly valves that can
handle diverse water chemistries.
Additionally, the trend of decentralized wastewater
treatment systems, especially in remote and semi-urban regions, is further
increasing demand for compact and easy-to-maintain valve solutions. Butterfly
valves with elastomer linings and disc coatings tailored for waterborne
chemicals are gaining traction.
This trend is supported by a shift toward
sustainable water management and stricter enforcement of discharge norms in
developing economies, making butterfly valves a core component in upcoming
projects.
Renewable Energy Projects Accelerating Valve Demand
The rapid growth of renewable energy projects
across Asia-Pacific—especially in wind, solar, and hydroelectric sectors—is
generating demand for butterfly valves, particularly in fluid handling and
cooling systems. These valves are essential for regulating water and other
fluids used for cooling, storage, and transfer applications in renewable energy
plants.
In hydroelectric facilities, butterfly valves are
used in inlet lines and for turbine protection due to their quick actuation and
high-pressure capabilities. Countries like China, India, Vietnam, and the
Philippines are expanding their hydro capacity, requiring rugged,
large-diameter butterfly valves to manage high water volumes efficiently.
Similarly, solar thermal power plants and biomass
facilities use butterfly valves in steam and condensate handling. The
increasing focus on green hydrogen projects also opens new application areas
for specially coated butterfly valves to manage corrosive media safely.
Energy transition policies in countries like Japan
and South Korea are encouraging investments in renewables, and butterfly valves
are integral to new power generation infrastructure. The valves’ reliability,
low torque operation, and suitability for automated actuation make them ideal
for such installations.
The localization of component manufacturing for
renewable projects in countries like India is also reducing costs and making
advanced valve solutions more accessible, further supporting this trend.
Expansion of Chemical and Petrochemical Industry
The growth of the chemical and petrochemical
industries across the Asia-Pacific region is creating robust demand for
high-performance butterfly valves. These industries rely heavily on valves that
can withstand aggressive media, high pressures, and temperature
variations—characteristics that align with the capabilities of modern butterfly
valves.
China continues to be a major chemical
manufacturing hub, accounting for more than 40% of the global output. As
domestic demand increases and export capacities expand, so does the need for
reliable flow control in production units. Butterfly valves with PTFE-lined or
metal-seated discs are commonly used in handling corrosive chemicals, acids,
and solvents.
India, Vietnam, and Indonesia are also attracting
substantial foreign direct investment in chemical processing and specialty
chemicals manufacturing. These facilities require cost-efficient, space-saving
valves for flow isolation, particularly in batch and continuous processing
applications.
Increased focus on safety, environmental
compliance, and process automation in chemical plants is leading to the
integration of actuated butterfly valves with feedback and control systems.
Furthermore, modular skid-mounted systems, which frequently use butterfly
valves for space efficiency, are becoming popular in compact plant designs.
As Asia-Pacific shifts towards specialty and fine
chemicals, there’s growing demand for tailored valve solutions with advanced
sealing, corrosion resistance, and leak-tight shutoff, further cementing the
butterfly valve's relevance in this sector.
Localization and OEM Collaborations Fueling Valve
Production
The butterfly valve market in Asia-Pacific is
benefiting from a growing trend of localization in manufacturing and strategic
partnerships with original equipment manufacturers (OEMs). To meet rising
regional demand and reduce dependency on imports, many global valve companies
are establishing production facilities and forming alliances with local players
in India, China, and Southeast Asia.
Localization not only reduces production and
shipping costs but also enables companies to customize products based on
regional requirements—whether that’s material preferences, pressure ratings, or
regulatory standards. Government policies in India and China promoting local
sourcing and indigenous manufacturing under initiatives like “Make in India”
and “Dual Circulation” are further encouraging this shift.
OEM collaborations allow valve manufacturers to
penetrate end-use sectors such as water treatment, HVAC, power, and oil &
gas through co-branded or white-labeled solutions. These partnerships often
involve joint product development, enabling customization and faster
time-to-market for butterfly valve assemblies.
In addition, localized manufacturing improves
after-sales service, spare part availability, and maintenance turnaround, all
of which are key decision factors for infrastructure and industrial clients.
This is particularly valuable for projects with long-term maintenance contracts
or high uptime requirements.
As localization grows, regional players are
becoming more competitive with global brands, increasing innovation, price
competitiveness, and ultimately boosting market maturity across Asia-Pacific.
Segmental Insights
Valve Type Insights
Wafer Type Butterfly Valve segment
dominated in the Asia-Pacific Butterfly
Valve market in 2024 due to
its versatile application, compact design, and cost-effectiveness, making it
the preferred choice across a broad range of industries. Wafer-type valves are
specifically designed to fit between two flanges in a piping system and are
held in place by the bolts that connect the pipe flanges. This structure
eliminates the need for additional support, making installation simpler and
more economical, especially in space-constrained and cost-sensitive
environments common throughout Asia-Pacific.
One of the primary reasons for their
dominance is their widespread usage in water and wastewater management, HVAC,
and chemical industries—sectors undergoing rapid expansion in countries like
China, India, Indonesia, and Vietnam. These valves provide reliable sealing
against backflow and are ideal for moderate pressure and temperature
applications, which are prevalent in municipal and industrial fluid control
systems.
The wafer type also offers a lower
weight and smaller footprint compared to lug or flanged types, reducing both
material usage and shipping costs. This makes them especially suitable for
high-volume installations in infrastructure projects such as water pipelines,
desalination plants, and district cooling systems.
Material Type Insights
Cast Iron Butterfly
Valve segment dominated the Asia-Pacific Butterfly
Valve market in 2024 due to its cost-effectiveness, durability, and corrosion
resistance, making it highly suitable for low to medium pressure applications
in water treatment, HVAC, and general industrial use. Cast iron valves offer a
robust structure with good mechanical strength and are widely used in
infrastructure and utility projects across developing economies like India,
Indonesia, and Vietnam. Their affordability compared to stainless steel or
alloy-based alternatives has made them a go-to choice for high-volume installations,
particularly in expanding municipal water and wastewater networks throughout
the region.
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Country Insights
Largest Country
China dominated the Asia-Pacific Butterfly Valve
market in 2024 due to its
strong manufacturing capabilities, expansive industrial base, and substantial
infrastructure investment. The country is home to a large number of domestic
valve manufacturers, enabling cost-effective production and easy availability
of butterfly valves for various applications. China's vast industrial
sector—including oil & gas, power generation, chemicals, and water
treatment—relies heavily on flow control systems, where butterfly valves are
commonly used due to their compact design and low maintenance requirements.
A major driver of China's market
dominance is its aggressive investment in urbanization and public
infrastructure. According to national development plans, China continues to
prioritize large-scale projects such as smart cities, metro systems, and water
supply networks, all of which require efficient valve systems. Additionally,
the rapid expansion of wastewater treatment plants and renewable energy
facilities, including hydropower and solar thermal plants, further fuels demand
for butterfly valves, especially those made of corrosion-resistant materials.
China also leads in exports of butterfly
valves across Asia-Pacific, benefiting from economies of scale and advanced
automation in valve manufacturing. Moreover, the government's emphasis on environmental
compliance and industrial modernization has led to the adoption of more
sophisticated valve systems, including electric and pneumatic actuated
butterfly valves.
Furthermore, China's strategic position
as a global manufacturing and export hub provides it a logistical advantage in
supplying valves to Southeast Asia, South Asia, and Oceania. This integrated
supply chain and well-established distribution network enhance the country’s
competitive edge. With continuous advancements in smart valve technologies and
growing demand from both domestic and international markets, China is
well-positioned to maintain its dominance in the Asia-Pacific butterfly valve
market in the near future.
Emerging Country
Japan was the emerging country in the Asia-Pacific Butterfly
Valve market in the coming period due
to its increasing investments in smart infrastructure, renewable energy
projects, and advanced water management systems. The nation’s focus on
modernizing aging utilities and implementing energy-efficient technologies
drives the demand for high-performance butterfly valves, especially in sectors
like nuclear power, urban water supply, and automated industrial systems.
Moreover, Japan’s emphasis on technological innovation and quality
manufacturing positions it to meet growing regional needs for precision flow
control solutions, making it a strong contender in the evolving Asia-Pacific
butterfly valve landscape.
Recent Developments
- In November 2024, KI showcased its high-quality
products, designed to meet stringent safety and reliability standards, at the
Valve World 2024 Expo in Düsseldorf, Germany. Renowned for its commitment to
excellence, KI continues to lead in providing innovative solutions for valve
and flow control systems across industries. At the event, the company will
highlight its latest advancements, demonstrating its dedication to delivering
reliable, durable, and cutting-edge products that cater to the evolving needs of
the global market.
- In September 2024, Flomatic announces the expansion
of its Sylax 3 Butterfly Valve line with the introduction of a new 1 1/2”
lug-style size. This addition complements the existing range, offering
customers more options for reliable and efficient flow control. The new valve
retains the high-quality performance of larger sizes, ensuring optimal
functionality in compact applications.
- In February 2024, GF Piping Systems expands its 565
series with the introduction of the Wafer-Style Butterfly Valve 565 Lug-Style.
This lightweight plastic design offers cost-efficiency, high pressure, and
temperature resistance, providing a longer-lasting, metal-free alternative.
- In March 2024, Belimo enhances its portfolio with a
new range of control butterfly valves, available in sizes DN 100 to DN 150.
These valves, designed for optimizing heating and cooling water circuits, also
support HVAC system operations. With a linear characteristic curve, they can
function as 3-way control valves for mixing and distribution applications.
Key
Market Players
- Emerson Electric Co.
- Flowserve Corporation
- KSB SE & Co. KGaA
- Pentair PLC
- Schlumberger Limited
- Valmet Corporation
- AVK Group
- Crane Co.
- Parker Hannifin Corporation
- Metso Outotec
|
By Valve Type
|
By Material Type
|
By End-User Industry
|
By Country
|
- Wafer Type Butterfly Valve
- Lug Type Butterfly Valve
- Flanged Type Butterfly Valve
|
- Cast Iron Butterfly Valve
- Stainless Steel Butterfly Valve
- Ductile Iron Butterfly Valve
- PVC Butterfly Valve
|
- Oil & Gas
- Water & Wastewater
- Chemical & Petrochemical
- Power Generation
- Food & Beverage
- Others
|
- China
- Japan
- India
- South Korea
- Australia
- Singapore
- Thailand
- Malaysia
|
Report Scope:
In this report, the Asia-Pacific Butterfly Valve
Market has been segmented into the following categories, in addition to the
industry trends which have also been detailed below:
- Asia-Pacific Butterfly Valve Market,
By Valve Type:
o Wafer Type Butterfly Valve
o Lug Type Butterfly Valve
o Flanged Type Butterfly Valve
- Asia-Pacific Butterfly Valve Market,
By Material Type:
o Cast Iron Butterfly Valve
o Stainless Steel Butterfly Valve
o Ductile Iron Butterfly Valve
o PVC Butterfly Valve
- Asia-Pacific Butterfly Valve Market,
By End-User Industry:
o Oil & Gas
o Water & Wastewater
o Chemical & Petrochemical
o Power Generation
o Food & Beverage
o Others
- Asia-Pacific Butterfly Valve Market, By Country:
o China
o Japan
o India
o South Korea
o Australia
o Singapore
o Thailand
o Malaysia
Competitive Landscape
Company Profiles: Detailed analysis of the major companies present in the Asia-Pacific
Butterfly Valve Market.
Available Customizations:
Asia-Pacific Butterfly Valve 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
- Detailed analysis and profiling of additional
market players (up to five).
Asia-Pacific Butterfly Valve Market is an upcoming
report to be released soon. If you wish an early delivery of this report or
want to confirm the date of release, please contact us at [email protected]