Australia, Japan, South Korea, Indonesia, Thailand Industrial Valves Market Size, Share, and Trends Analysis Report – Industry Overview and Forecast to 2031

Australia, Japan, South Korea, Indonesia, Thailand Industrial Valves Market Analysis

The industrial valve market is a vital sector focused on the design and manufacture of valves that regulate fluid flow in numerous industries, including oil and gas, chemicals, and water treatment. This market is driven by advancements in technology, such as IoT and automation, enhancing efficiency and operational control. Growing infrastructure needs and stringent regulatory requirements further shape demand for high-quality valve solutions. Key players in the market invest heavily in research and development to innovate and meet evolving customer needs. Overall, the market reflects a blend of traditional engineering and modern technological advancements.

Australia, Japan, South Korea, Indonesia, Thailand Industrial Valves Market Size

Australia, Japan, South Korea, Indonesia, Thailand industrial valves market size was valued at USD 17.33 billion in 2023 and is projected to reach USD 26.95 billion by 2031, growing with a CAGR of 6.0% during the forecast period of 2024 to 2031. In addition to the insights on market scenarios such as market value, growth rate, segmentation, geographical coverage, and major players, the market reports curated by the Data Bridge Market Research also include depth expert analysis, patient epidemiology, pipeline analysis, pricing analysis, and regulatory framework. 

Australia, Japan, South Korea, Indonesia, Thailand Industrial Valves Market Trends

“Rapid Expansion of Industrial Infrastructure”

Rapid industrialization has been a key factor in its impressive economic growth, significantly boosting the need for industrial infrastructure across the country. As industries expand and urbanization intensifies, the demand for essential infrastructure, such as power plants and water treatment facilities, has risen sharply. This growth is fuelled by the country’s focus on supporting industrial production, modernizing utilities, and ensuring efficient water and power management, all of which require advanced engineering solutions.

Australia, Japan, South Korea, Indonesia, Thailand industrial valves market Segmentation

Australia, Japan, South Korea, Indonesia, Thailand Industrial Valves Market Definition

The industrial valve market encompasses the production and distribution of valves used to control the flow of liquids, gases, and slurries in various industrial applications. These valves are essential in sectors like oil and gas, water treatment, power generation, pharmaceuticals, and chemical processing. Key valve types include gate, globe, ball, butterfly, and check valves. The market is shaped by technological advancements, regulatory standards, and varying demand across industries.                   

Australia, Japan, South Korea, Indonesia, Thailand Industrial Valves Market Dynamics    

Drivers  

• Aging Infrastructure Hinders Growth of Industrial Valve Market 

Aging infrastructure is a critical concern for many industries, as it directly affects the reliability and efficiency of operations. With many facilities, including water treatment plants, mining operations, and energy generation sites, relying on outdated systems, the need for modern industrial valves becomes paramount. As these systems deteriorate, companies are compelled to replace aging valves with new, more efficient models to maintain operational integrity and ensure compliance with regulatory standards. Moreover, significant government investments in infrastructure renewal further drive the demand for industrial valves. Initiatives such as the National Water Infrastructure Development Fund and various state-level projects are aimed at upgrading and modernizing critical infrastructure. These investments necessitate the installation of high-performance industrial valves, enhancing safety, efficiency, and sustainability in essential services like water supply and energy production.

For instance,    

• In August 2022, Australia Department of planning and environments reported that the Greater Sydney Water Strategy highlighted the need for a resilient water supply, driving demand for modern industrial valves essential for efficient water management systems. As the strategy emphasized water conservation, recycling, and stormwater harvesting, industries required advanced valve solutions to support these initiatives. Consequently, the focus on upgrading aging infrastructure and meeting growing water needs significantly boosted opportunities for the industrial valve market
• The projected increase in water demand in Australia, as highlighted in the report by the Department of Planning and Environment, underscores the growing need for efficient water management solutions. This directly relates to the Australian industrial valve market, as industries rely on water for various processes. Addressing water scarcity through efficient water management strategies, including upgrading infrastructure and implementing smart solutions, is crucial for ensuring the sustainability of Australia's industrial sector

Increasing Focus on Safety and Environmental Compliance

The increasing focus on safety and environmental compliance is a significant driver for the industrial valves market particularly for water and wastewater treatment plants and power plants. As industries in these sectors strive to meet stringent government regulations and international safety standards, the demand for high-quality, reliable valves has surged. These valves play a critical role in ensuring operational safety by effectively managing the flow of liquids and gases, thus preventing potential hazards, such as leaks or system failures.

Moreover, environmental compliance has become a key priority for water and wastewater treatment plants in Indonesia. Industrial valves that offer precise control and durability help these facilities meet environmental standards by preventing contamination, reducing the release of hazardous materials, and ensuring efficient wastewater treatment. The adoption of advanced valve systems with improved monitoring and control features is enabling companies to meet regulatory requirements while optimizing operational efficiency.

Opportunities

• Global Supply Chain Diversification

Global supply chain diversification involves companies spreading their sourcing and manufacturing across different regions to mitigate risks associated with reliance on a single location. This strategy can enhance resilience against disruptions, such as geopolitical tensions or natural disasters. As companies seek local suppliers to reduce lead times and transportation costs, it creates opportunities for local manufacturers and suppliers to participate in the market. Additionally, this trend can foster regional economic growth and innovation, as local businesses adapt to meet new demands and standards. Overall, diversification opens pathways for collaboration and investment in local manufacturing capabilities.

• The Rise of Automation and Smart Technologies

The rise of automation and Industry 4.0 is transforming the industrial landscape, leading to increased demand for advanced valve technologies. Smart valves equipped with sensors and IoT connectivity allow for real-time monitoring and control, enhancing operational efficiency and reliability. These innovations enable predictive maintenance, reducing downtime and maintenance costs. Additionally, smart valves can integrate with automated systems, allowing for better process optimization and data analysis. This trend not only improves overall productivity but also supports industries in achieving sustainability goals through more efficient resource management.  

Restraints/Challenges

• Remote Locations of Water and Power Infrastructure Projects

The remote locations of water and power infrastructure projects present significant challenges for the industrial valve market, primarily due to logistical difficulties. Transporting heavy and specialized equipment to isolated areas often incurs high costs and extended delivery times. The lack of established infrastructure in these regions can complicate the supply chain, resulting in potential delays that impact project timelines and overall efficiency. The maintenance and servicing of industrial valves in remote locations pose substantial hurdles. With limited access to skilled technicians and service personnel, routine maintenance and emergency repairs can be delayed, leading to increased downtime. This not only affects operational efficiency but also raises safety concerns, as malfunctioning valves can compromise the integrity of critical water and power systems.

For instance,

• In September 2024, Urban utilities published that the major pipeline works initiated by Queensland Urban Utilities highlight the logistical challenges of transporting large industrial valves and infrastructure components to remote areas. As the project involves connecting urban supplies to rural regions, it underscores the complexities of managing delivery schedules and costs. Such challenges can lead to delays and increased project expenses, impacting overall efficiency
• In October 2023,the Snowy 2.0 project illustrates the challenges of sourcing and transporting large industrial valves to remote mountainous locations, complicating logistics. The rugged terrain and limited access not only increase costs but also lead to significant delays in project timelines. These factors highlight the complexities involved in executing large-scale infrastructure projects in isolated areas

Stringent Environmental and Safety Regulations

Stringent environmental and safety regulations present significant challenges for the industrial valves market, impacting both manufacturing processes and product design. Companies must comply with complex regulatory frameworks that dictate emissions, waste management, and safety standards, often requiring costly upgrades to existing systems. This can lead to increased operational expenses and may slow down the introduction of new technologies, as manufacturers navigate compliance requirements. Furthermore, the need for certifications and regular inspections adds another layer of complexity, as businesses must ensure that their products meet specific industry standards. For instance, the oil and gas sector, which heavily relies on industrial valves, faces stringent regulations regarding safety and environmental impact. Non-compliance can result in substantial fines, legal repercussions, and damage to a company’s reputation, making adherence to regulations a top priority.

This market report provides details of new recent developments, trade regulations, import-export analysis, production analysis, value chain optimization, market share, impact of domestic and localized market players, analyses opportunities in terms of emerging revenue pockets, changes in market regulations, strategic market growth analysis, market size, category market growths, application niches and dominance, product approvals, product launches, geographic expansions, technological innovations in the market. To gain more info on the market contact Data Bridge Market Research for an Analyst Brief, our team will help you take an informed market decision to achieve market growth.

Australia, Japan, South Korea, Indonesia, Thailand Industrial Valves Market Scope

The market is segmented on the basis of type, component, function, size, material, application and sales channel. The growth amongst these segments will help you analyse meagre growth segments in the industries and provide the users with a valuable market overview and market insights to help them make strategic decisions for identifying core market applications.

following segments:

By Type

• Ball Valves
  • By Type
    • Trunnion-Mounted Ball Valves
    • Floating Ball Valves
    • Rising Stem Ball Valves
    • Butterfly Valves
  • By  Type
    • Double-Offset Butterfly Valves
    • Triple-Offset Butterfly Valves
    • Zero-Offset Butterfly Valves
  • By Valve Type
    • Eccentric Butterfly Valves
    • Centric Valves
    • Gate Valves
  • By Type
    • Standard Plate Gate Valves
    • Wedge type Gate Valves
    • Knife Gate Valves
    • Check Valves
  • By Type
    • Spring Check Valve
    • Swing Check Valve
    • Globe Valves
    • Diaphgram Valves
  • By Product Type
    • Weir
  • By Type
    • Flanged
    • Screwed
    • Welded
    • Straight
    • Plug Valves
  • By Type
    • Eccentric Plug Valve
    • Non-Lubricated Plug Valve
    • Lubricated Plug Valve
    • Expanding Plug Valve
  • By Design
    • Two Way Plug Valve
    • Three-Way Plug Valve
    • Safety Valves
    • Air Valve
    • Solenoid Valve
    • Penstocks
    • Plunger Valve
    • Others

By Component

• Actuators
  • By Component
    • Electric
    • Pneumatic
    • Manual
    • Valve body
    • Trim
    • Others

By Function

• On/Off Valves
• Control Valves

By Size

• 1-6 Inch
• 7-25 Inch
• <1 Inch
• 26-50 дюймов
• >50 дюймов

По материалу

• Нержавеющая сталь
• Литая сталь
• ПВХ
• ПТФЭ
• Сплав
• Резина
• По типу
• Витон
• ЭПДМ
• Силикон
• Другие
• Другие

По применению

• Вода и сточные воды
  • По типу
    • Распределение воды
  • По типу клапана
    • Шаровые краны
    • Дроссельные клапаны
    • Задвижки
    • Обратные клапаны
    • Шаровые клапаны
    • Мембранные клапаны
    • Пробковые клапаны
    • Предохранительные клапаны
    • Воздушный клапан
    • Электромагнитный клапан
    • Напорные водоводы
    • Плунжерный клапан
    • Другие
• Очистные сооружения сточных вод
  • По типу
    • Поверхностные воды
    • Опреснение солоноватой/морской воды
    • Грунтовые воды
    • Рекультивация воды
    • Микрофильтрация
    • Коагуляция и флокуляция
    • Дезинфекция
    • Ультрафильтрация
    • Обратный осмос
    • Биологическая очистка
    • Седиментация
    • Фторирование
    • Другие
  • По типу клапана
    • Шаровые краны
    • Дроссельные клапаны
    • Задвижки
    • Обратные клапаны
    • Шаровые клапаны
    • Мембранные клапаны
    • Пробковые клапаны
    • Предохранительные клапаны
    • Воздушный клапан
    • Электромагнитный клапан
    • Напорные водоводы
    • Плунжерный клапан
    • Другие
• Водоочистные сооружения
  • По источнику
    • Еда и напитки
    • Химический
    • Шахты и карьеры
    • Сельское хозяйство
    • Другие
  • По типу клапана
    • Шаровые краны
    • Дроссельные клапаны
    • Задвижки
    • Обратные клапаны
    • Шаровые клапаны
    • Мембранные клапаны
    • Пробковые клапаны
    • Предохранительные клапаны
    • Воздушный клапан
    • Электромагнитный клапан
    • Напорные водоводы
    • Плунжерный клапан
    • Другие
• Питьевая вода
  • По типу клапана
    • Шаровые краны
    • Дроссельные клапаны
    • Задвижки
    • Обратные клапаны
    • Шаровые клапаны
    • Мембранные клапаны
    • Пробковые клапаны
    • Предохранительные клапаны
    • Воздушный клапан
    • Электромагнитный клапан
    • Напорные водоводы
    • Плунжерный клапан
    • Другие
• Власть
  • По типу
    • Термальный
  • По типу
    • Котел
    • Паровая турбина
    • Подогреватели питательной воды
    • Деаэратор
    • Конденсатор
    • Градирня
  • По типу клапана
    • Дроссельные клапаны
    • Шаровые краны
    • Обратные клапаны
    • Задвижки
    • Шаровые клапаны
    • Пробковые клапаны
    • Предохранительные клапаны
    • Электромагнитный клапан
    • Мембранные клапаны
    • Воздушный клапан
    • Плунжерный клапан
    • Напорные водоводы
    • Другие
• Ядерный
  • По типу
    • Здание реактора
    • Здание турбины
    • Градирня
    • Здание управления
    • Другие
  • По типу клапана
    • Дроссельные клапаны
    • Шаровые краны
    • Обратные клапаны
    • Задвижки
    • Шаровые клапаны
    • Пробковые клапаны
    • Предохранительные клапаны
    • Электромагнитный клапан
    • Мембранные клапаны
    • Воздушный клапан
    • Плунжерный клапан
    • Напорные водоводы
    • Другие
• Комбинированный цикл
  • По типу
    • Паровая турбина
    • Газовая турбина
    • Парогенератор-утилизатор (HRSG)
    • Другие
  • По типу клапана
    • Дроссельные клапаны
    • Шаровые краны
    • Обратные клапаны
    • Задвижки
    • Шаровые клапаны
    • Пробковые клапаны
    • Предохранительные клапаны
    • Электромагнитный клапан
    • Мембранные клапаны
    • Воздушный клапан
    • Плунжерный клапан
    • Напорные водоводы
    • Другие
• Геотермальный
  • По типу
    • Сепаратор/Расширительный бак
    • Паровая турбина
    • Скруббер
    • Другие
• Гидроэнергетика
  • По типу
    • Изъятие
    • Гидроаккумулирующие системы
    • Диверсия
  • По типу клапана
    • Дроссельные клапаны
    • Шаровые краны
    • Обратные клапаны
    • Задвижки
    • Шаровые клапаны
    • Пробковые клапаны
    • Предохранительные клапаны
    • Электромагнитный клапан
    • Мембранные клапаны
    • Воздушный клапан
    • Плунжерный клапан
    • Напорные водоводы
    • Другие
• Другие
  • По типу клапана
    • Дроссельные клапаны
    • Шаровые краны
    • Обратные клапаны
    • Задвижки
    • Шаровые клапаны
    • Пробковые клапаны
    • Предохранительные клапаны
    • Электромагнитный клапан
    • Мембранные клапаны
    • Воздушный клапан
    • Плунжерный клапан
    • Напорные водоводы
    • Другие
• Химический
  • По типу клапана
    • Дроссельные клапаны
    • Шаровые краны
    • Обратные клапаны
    • Шаровые клапаны
    • Задвижки
    • Пробковые клапаны
    • Предохранительные клапаны
    • Электромагнитный клапан
    • Мембранные клапаны
    • Воздушный клапан
    • Плунжерный клапан
    • Напорные водоводы
    • Другие
• Сельское хозяйство
  • По типу клапана
    • Дроссельные клапаны
    • Шаровые краны
    • Обратные клапаны
    • Шаровые клапаны
    • Задвижки
    • Пробковые клапаны
    • Предохранительные клапаны
    • Электромагнитный клапан
    • Мембранные клапаны
    • Воздушный клапан
    • Плунжерный клапан
    • Напорные водоводы
    • Другие
• Здание
  • По типу клапана
    • Дроссельные клапаны
    • Шаровые краны
    • Обратные клапаны
    • Шаровые клапаны
    • Задвижки
    • Пробковые клапаны
    • Предохранительные клапаны
    • Электромагнитный клапан
    • Мембранные клапаны
    • Воздушный клапан
    • Плунжерный клапан
    • Напорные водоводы
    • Другие

По каналу продаж

• Прямой
  • По типу
    • Электронная коммерция
    • Сайт компании
• Косвенный
  • По типу
    • Оптовики и розничные торговцы
    • Специализированные магазины

Анализ регионального рынка промышленной арматуры в Австралии, Японии, Южной Корее, Индонезии и Таиланде

Проводится анализ рынка и предоставляются сведения о его размерах и тенденциях по типу, компоненту, функции, размеру, материалу, применению и каналу продаж, как указано выше.

Страны, охваченные рынком: Австралия, Южная Корея, Таиланд, Япония и Индонезия.

Япония доминирует на рынке промышленных клапанов благодаря своим передовым производственным возможностям, сильному акценту на технологии и инновации, а также прочной промышленной базе. Приверженность страны качеству и точному проектированию в сочетании с ее ведущей ролью в таких секторах, как автомобилестроение и электроника, обуславливает высокий спрос на сложные решения в области клапанов.

Раздел отчета по странам также содержит отдельные факторы, влияющие на рынок, и изменения в регулировании на внутреннем рынке, которые влияют на текущие и будущие тенденции рынка. Такие данные, как анализ цепочки создания стоимости сверху и снизу, технические тенденции и анализ пяти сил Портера, тематические исследования, являются некоторыми из указателей, используемых для прогнозирования рыночного сценария для отдельных стран. Кроме того, при предоставлении прогнозного анализа данных по странам учитываются наличие и доступность региональных брендов и их проблемы, связанные с большой или малой конкуренцией со стороны местных и отечественных брендов, влияние внутренних тарифов и торговых путей.

Доля рынка сельскохозяйственных катков

The market competitive landscape provides details by competitor. Details included are company overview, company financials, revenue generated, market potential, investment in research and development, new market initiatives, regional presence, production sites and facilities, production capacities, company strengths and weaknesses, product launch, product width and breadth, application dominance. The above data points provided are only related to the companies' focus related to market.

Australia, Japan, South Korea, Indonesia, Thailand Industrial Valves Market Leaders Operating in the Market Are:

• KUBOTA CORPORATION (Japan)
• SCHLUMBERGER LIMITED (SLB Technology) (U.S.)
• AVK Holding A/S (Denmark)
• ALFA LAVAL (Sweden)
• GEA GROUP AKTIENGESELLSCHAFT (Germany)
• Keihin (Japan)
• Emerson Electric Co (U.S.)
• Spirax-Sarco Engineering plc (SPIRAX SARCO LIMITED) (United Kingdom)
• GEMU Group (Germany)
• HAWLE (ERHARD GMBH & CO. KG) (Germany)
• Flowserve Corporation (U.S.)
• Maezawa Industries, Inc. (Japan)
• Bray International (U.S.)
• VAG GmbH (Germany)
• Mack Valves Australia Pty Ltd. (Australia)
• KITZ CORPORATION (Japan)
• VALMET (Finland)
• HP Valves (Netherlands)
• CIRCOR INTERNATIONAL, INC (U.S.)
• NIPPON DAIYA VALV (Japan)
• KVC CO.,LTD. (South Korea)
• John Valves Pty Ltd (Australia)
• BMT CO., LTD. (South Korea)
• Henry Pratt Company, LLC (U.S.)
• CRANE CORPORATION (U.S.)
• KSB SE & Co. KGaA (Germany)
• MAEDA VALVE CO.,LTD (Japan)
• SAMSHIN (South Korea)
• Mayur (Valves) System Private Limited (India)
• KDVFlow (South Korea)
• KAP VALVES Co Ltd (South Korea)
• VELAN, INC. (Canada)
• 4Matic Global Valve Automation (U.S.)

Latest Developments in Australia, Japan, South Korea, Indonesia, Thailand Industrial Valves Market

• In September 2024, Kubota Corporation and its U.S. holding company, Kubota North America Corporation, acquired Bloomfield Robotics, Inc. on September 11, 2024. Bloomfield, a U.S.-based AgTech startup, provided specialty crop monitoring services using image analysis and AI technology. The acquisition aimed to enhance Kubota’s capabilities in crop monitoring, enabling better resource allocation and operational efficiency for specialty crop farmers, while accelerating the integration of innovative technologies into agricultural machinery
• In 2024, SLB has secured three contracts from Petrobras for completion hardware and services for up to 35 subsea wells in the Buzios Wave II oilfield. This award facilitates Petrobras’ transition to electric completions, enhancing production reliability and efficiency in complex pre-salt reservoirs while supporting digital integration in offshore operations

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