The global external gear pump market is expected to reach USD 257.3 million in 2025 and grow at a consistent 3.90% CAGR through 2035 to reach USD 377.2 million. Industry landscape will be further propelled with the surging demand from key industries like chemical, oil and gas, and food processing. Moreover, the evolution of industrial applications and strategic developments in the automotive industry are also refining the industry dynamics.
In 2024, the external gear pump application manufacturers capitalized on increasing demand in industries and dominated the sector by integrating sophisticated technologies. These innovations guaranteed better performance, higher efficiency, and reliability, especially in the automotive industry.
Hybrid and electric vehicles quickly adopted these pumps for hydraulic system cooling and lubrication. In addition, the oil and gas industry also saw heightened uses in the production process, while the food and beverage industry depended on pump applications for uninterrupted processing.
Moving forward to 2025, the industry is set for further growth, with rising investments in optimized pump designs for complex equipment. With maximum sales and demand, Asia-Pacific is leading the external gear pump industry on a global scale. Furthermore, continuous efforts from administrations to refine manufacturing and industrial infrastructure are also accelerating the incorporation of these applications.
| Metric | Value |
|---|---|
| Industry Value (2025E) | USD 257.3 million |
| Industry Value (2035F) | USD 377.2 million |
| CAGR (2025 to 2035) | 3.90% |
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| 2020 to 2024 | 2025 to 2035 |
|---|---|
| Steady Industrial Growth: Gear pumps gained traction in many key industries including oil & gas, chemicals, and food processing. | Diversification across industries: Beyond the conventional use, these pumps will be rapidly adopted in renewable energy, pharmaceuticals, and high-precision automations. |
| Material innovations: Companies concentrated on creating corrosion-proof and high-durability materials to increase pump life. | Smart pump integration: IoT-connected external gear pumps will boost real-time monitoring, predictive maintenance, and operational efficiency. |
| Automotive phase of transition: Pumps found their way into hybrid car lubrication and cooling systems, although acceptance was narrow. | Electric vehicle dominance: Mass adoption of EVs will propel greater demand for small, high-performance external gear pumps in cooling and hydraulic applications. |
| Moderate R&D investment: Innovation was primarily fueled by cost-reduction strategies instead of revolutionary technological breakthroughs. | Higher R&D funding: Greater financial support will speed up the creation of precision-based, high-efficiency pumps for advanced machinery. |
The external gear pump industry is classified as a part of the industrial machinery and fluid handling equipment industry, which directly involves the macroeconomic forces driving the global manufacturing, energy, and infrastructure sectors.
At the macroeconomic level, the direction of the industry is tied in with global industrial automation, energy sector revolution, and advanced manufacturing. Increasing demand for precision fluid handling in the pharmaceutical, biotechnology, and semiconductor industries is broadening the scope of applications. Secondly, the drive for energy efficiency and carbon neutrality is creating innovation in pump design, paving the way for light, high-performance systems.
Asia Pacific manufacturing growth-oriented economic policies and North America and Europe smart industrial solution incentives are propelling long-term investments. On the other hand, supply chain disruptions and volatile raw material prices pose challenges, compelling manufacturers to pursue localized production strategies and material innovations.
Motorless external gear pumps are becoming increasingly popular in various industries because of their dependability and flexibility in high-pressure and high-temperature conditions. The pumps are especially useful in operations where fluid transfer without the need for electricity is required, making them the choice of industry in remote and dangerous industrial areas.
Electric external gear pumps are becoming part of automated industrial systems, providing accurate control and lower energy use. As industries are embracing smart manufacturing and energy-efficient processes more and more, these pumps are likely to see steady uptake.
Two-shaft external gear pumps remain the industry leaders with nearly 30% of the overall share. The ease with which they can provide consistent pressure and deal with high-viscosity fluids makes them a vital component of chemical, oil and gas, and material handling industries.
Chemical processing is a major end-use application for external gear pumps, and it represents nearly 20% of the industry. External gear pumps are crucial for processing aggressive chemicals, providing safe and efficient fluid transfer in high-precision applications. The building and construction sector is increasingly incorporating external gear pumps in hydraulic equipment, used to support equipment like concrete mixers and lifting machinery.
Material handling equipment manufacturers depend upon these pumps for effective lubrication and hydraulic operations. Mining operations need tough and high-pressure-capable pumps to handle hydraulic fluids and slurry. External gear pumps will be instrumental in ensuring equipment efficiency as mining activities increase, especially in areas that are rich in resources.
Automotive production increasingly relies on external gear pumps for lubrication, cooling, and hydraulic systems. The trend toward electric and hybrid cars continues to broaden applications, increasing efficiency on production lines and vehicle performance.
The American external gear pump industry is transforming with the swift adoption of automation throughout industrial sectors. Advancements of high-precision manufacturing, pharmaceuticals, and food processing is opening new doors. The growing trend towards sustainable manufacturing processes is fuelling the demand for power-efficient pumping technologies. The coupling of smart pumps with IoT-enabled monitoring systems is also picking up pace, ensuring proactive maintenance and smooth operation.
The nation's high dominance in oil refining and petrochemicals is driving demand for high-performance and durable external gear pumps. The development of advanced materials and increased durability of pumps are some of the top priorities for USA manufacturers to ensure competitiveness in overseas markets.
FMI analysis found that the CAGR of the USA industry is projected to be 3.7% from 2025 to 2035.
India's external gear pump industry is growing vigorously with fast industrialization and rising process automation investments. The growth in the country's domestic chemical and pharmaceutical industries is propelling demand for sophisticated fluid handling systems. The surge in electric vehicle manufacturing and auto component manufacturing is further increasing the take-up of external gear pumps for lubrication and coolant applications.
Also, increasing foreign investments into India's manufacturing industry are likely to drive local pump production, cutting reliance on imports. New trends in precision engineering and digitalized manufacturing are encouraging industries to move towards high-efficiency pumping solutions.
FMI opines that the CAGR of India's industry is expected to be 4.3% from 2025 to 2035.
China will continue to dominate the external gear pump industry, influenced by its large manufacturing capacity and established industrial base. Extensive industry advancements in major sectors like steel manufacturing, mining, and petrochemicals are facilitating industry growth. China is also developing its green energy industry, resulting in increased demand for pump applications in biomass and hydrogen plants.
Sustained investments in intelligent factory facilities and automation technology are improving efficiency in operations, further driving industry growth. China's fast-paced transition to electric vehicle manufacturing is also boosting demand for high-performance hydraulic pumps and lubrication.
FMI analysis found that the CAGR of China's industry is projected to be 4.1% from 2025 to 2035.
The UK's external gear pump industry is changing with the nation's shift towards sophisticated manufacturing and industrial automation. Expansion in precision machining, aerospace engineering, and food processing sectors is driving demand for high-performance fluid handling technologies. The nation is also seeing more emphasis on sustainability, resulting in a growth for energy-saving pumping technologies.
Moreover, the pharmaceutical industry's requirement for accurate and contamination-free fluid transfer systems is propelling innovation in pump materials and designs. Research and development efforts aimed at minimizing downtime and optimizing operational expenses are making external gear pumps more reliable.
FMI opines that the CAGR of the UK industry is expected to be 3.6% from 2025 to 2035.
Germany's global gear pump business is driven in large part by its robust industrial automation and engineering capabilities. Increasing demand for high-performance gear pumps in automotive production, robotics, and precision engineering is driving demand. The emphasis on sustainability and energy-efficient products in the nation is driving pump technology innovations toward lower energy and cost of operations.
The growth of Germany's chemical and pharmaceutical manufacturing industries also propel the demand for long-lasting and corrosion-resistant pumps. Rising exports of superior-quality industrial pumps to international industries further solidify the nation's position in the industry.
FMI analysis found that the CAGR of Germany's industry is projected to be 3.8% from 2025 to 2035.
South Korea's external gear pump industry is growing swiftly with the nation leading semiconductor and high-technology industries. The need for precise fluid handling in cleanroom conditions is propelling advancements in pump material and sealing technology. South Korea's strong automotive and battery manufacturing base is also driving higher usage of external gear pumps for lubrication and thermal management applications.
The country's investments in hydrogen energy infrastructure and clean energy projects are also increasing pump use in new energy applications. Smart factory projects and process optimization using artificial intelligence are also enhancing the efficiency and reliability of pump operation.
FMI opines that the CAGR of South Korea's industry is expected to be 4.0% from 2025 to 2035.
Japan's external gear pump industry is evolving with its emphasis on precision engineering and automation. The nation's leadership in robotics, industrial automation, and microelectronics is generating high demand for compact, high-performance pumps. Japan's cutting-edge research in material sciences is also fueling the development of highly durable and energy-efficient pumping systems.
The swift uptake of AI-driven industrial solutions and predictive maintenance technologies is transforming the industry, enhancing equipment lifespan and minimizing operational downtime. Moreover, the growth of Japan's hydrogen and alternative energy industry is promoting the adoption of external gear pumps in next-generation fuel cell systems
FMI analysis found that the CAGR of Japan's industry is projected to be 3.9% from 2025 to 2035.
France's external gear pump industry is changing due to its increasing energy transition efforts and process industry growth. The nation's drive towards green manufacturing is adding to the need for low-emission and efficient pumps. Pharmaceutical and cosmetic industries, which involve high-precision fluid control, are fueling innovation in pump design and materials.
France's food and beverage segment is also a major contributor, with the need for sanitary and contamination-free pumping solutions increasing continuously. Developing smart pump technologies featuring remote monitoring capabilities is enhancing efficiency in manufacturing and production plants.
FMI opines that the CAGR of France's industry is expected to be 3.7% from 2025 to 2035.
Italy's external gear pump industry is experiencing growth with the rising use of automation in manufacturing and industrial equipment. The growth of the nation's textile, ceramic, and leather processing industries is fueling demand for effective fluid handling systems. Italy's strong machinery industry, which is renowned for precision engineering, is driving innovations in pump technology, resulting in improved durability and performance.
The increasing emphasis on sustainability in industrial use is promoting the uptake of environmentally friendly and energy-efficient pumping systems. Moreover, Italy's sophisticated metalworking and industrial cooling industries are driving the demand for high-precision pumps.
FMI analysis found that the CAGR of Italy's industry is projected to be 3.8% from 2025 to 2035.
The Australian and New Zealand external gear pump industry is growing as there is a rise in demand for energy-efficient industrial solutions. The country's resource extraction and mining industries play big roles, necessitating high-performance fluid transfer systems in hostile operating environments. The agricultural industry is also implementing high-end pumping technologies for irrigation and fluid distribution.
As interest in renewable energy increases, external gear pumps are increasingly being used in biofuel and hydrogen energy applications. Furthermore, increased use of automatic industrial equipment is also presenting opportunities for precision-enabled, intelligent pump technologies.
FMI opines that the CAGR of the Australia-New Zealand industry is expected to be 3.5% from 2025 to 2035.
Surveyed Q4 2024, n=550 stakeholder participants, including manufacturers, suppliers, industrial engineers, automotive OEMs, and process industry operators across North America, Europe, and Asia-Pacific.
Key Priorities of Stakeholders
Regional Variance:
Increased Use of Higher Pumping Technologies
High Variance:
Convergent & Divergent Views on ROI:
Material & Design Preferences
Consensus:
Regional Variance:
Cost Sensitivity & Pricing Trends
Shared Challenges:
Regional Differences:
Industry-Specific Challenges
Manufacturers:
End-Users:
Investment Priorities in the Future
Alignment:
Divergence:
Regulatory & Policy Impact
Conclusion: Industry Variance vs. Consensus
High Consensus: Smart monitoring, energy efficiency, and ruggedness are focus areas universally important across industries.
Main Variances:
Strategic Insight:
| Countries | Regulatory Impact & Compliance Requirements |
|---|---|
| United States | Tighter EPA and DOE regulations on energy efficiency are forcing makers to create low-emission, high-efficiency external gear pumps. NSF/ANSI 61 certification is required for those used in drinking water systems. |
| India | BIS (Bureau of Indian Standards) certification guarantees safety and quality conformance of products. The Make in India policy is promoting indigenous manufacturing and import dependence reduction. |
| China | CCC (China Compulsory Certification) applies to industrial equipment for safety and performance. Government dual-carbon policy is driving the need for low-emission and energy-efficient external gear pumps. |
| United Kingdom | UKCA marking post-Brexit is obligatory for access to the industry. The Environment Agency imposes strict regulations on industrial fluid handling and emissions, boosting demand for green external gear pumps. |
| Germany | DIN EN ISO 9906 certification controls pump performance and efficiency. EU's Green Deal policies compliance is stimulating investment in environmentally friendly and digitally integrated pump technologies. |
| South Korea | KS (Korean Industrial Standards) certification controls pump safety and operational efficiency. Smart manufacturing and automation government incentives are promoting the adoption of IoT-enabled external gear pumps. |
| Japan | The JIS B 8312 standard supports energy efficiency and reliability in industrial pumps. Smart factories and precision engineering in Japan are driving up demand for sophisticated, highly automated pump solutions. |
| France | EU Machinery Directive (2006/42/EC) compliance is required for safety in industrial pumps. The Circular Economy Roadmap is leading manufacturers to move toward sustainable materials and environmentally friendly production methods. |
| Italy | The UNI 11349 energy standard imposes stringent requirements on power use in industrial equipment. Tax credits supported by the government as incentives push companies to invest in high-efficiency pumps of the next generation. |
| Australia-New Zealand | Pumps for drinking water and wastewater treatment must be WaterMark certified. Stringent environmental regulations are pushing pump makers to design low-emission, corrosion-proof, and energy-efficient external gear pumps. |
The industry for external gear pumps is changing with new developments in precision engineering and advanced materials for increased longevity and fluid handling performance. Growing demand in chemical processing, automotive, and oil & gas applications is generating robust demand for tailored, high-performance solutions. The incorporation of IoT-based monitoring systems will enhance performance with predictive maintenance and minimizing surprise failures.
Regulatory conditions in North America and Europe dictate low-emission, energy-efficient pumps as the need for manufacturers to meet shifting compliance norms. Price-conscious sectors in Asia-Pacific prefer cost-effective yet robust solutions, particularly in food processing and industrial automation.
To consolidate market standing, stakeholders need to look for regionalized manufacturing centers and diversification of the supply chain in order to manage risks arising from disruptions. OEM and end-use industry partnerships will fuel innovation in application-specific design, guaranteeing long-term expansion.
The sector for external gear pumps is relatively fragmented with many regional and international players competing on a wide range of segments. Top players in the external gear pump industry are resorting to strategic mergers and acquisitions to improve their positions in the industry.
One such example is the acquisition of Kracht GmbH, a German company dedicated to external gear pumps and allied technology, by Atlas Copco in early 2024. The acquisition has been made with a view to expanding Atlas Copco's product offerings and reinforcing its foothold in the fluid handling segment.
In addition, Flacks Group also bought Artemyn, a business unit that was once owned by Imerys SA, as it entered the mining sector. The deal is likely to generate synergies with Flacks Group's current portfolio, such as pump maker Pleuger Industries, to improve operational efficiencies and spur R&D in mining products.
These strategic initiatives reflect the emphasis of the industry on consolidation, technology innovation, and expansion in sectors to accommodate changing customer needs and sustain competitive edge.
Parker Hannifin Corporation: ~20-25%
A global leader in motion and control technologies, offering a wide range of external gear pumps for various industries.
Viking Pump (IDEX Corporation): ~18-22%
Known for its high-performance external gear pumps, particularly in the chemical and oil & gas sectors.
Bosch Rexroth AG: ~15-18%
A major player in hydraulic systems, including external gear pumps for industrial applications.
Tuthill Corporation: ~10-12%
Specializes in precision-engineered external gear pumps for diverse industries.
Dover Corporation (PSG): ~8-10%
Offers a variety of external gear pumps under brands like Blackmer and Abaque.
Rotan Pumpen (Roper Technologies): ~6-8%
Known for its innovative external gear pumps, particularly in the food and beverage industry.
ESCO Group: ~5-7%
Provides robust external gear pumps for heavy-duty applications in industries like mining and construction.
Increasing demand from chemical processing, automotive manufacturing, and oil & gas sectors is fueling expansion, along with advancements in pump efficiency and durability.
Companies are developing energy-efficient, low-emission pump systems to comply with evolving environmental and industrial regulations, particularly in North America and Europe.
Smart technologies, including IoT-enabled monitoring and predictive maintenance, are enhancing operational efficiency and minimizing downtime across industrial applications.
Leading companies are expanding production facilities, forming strategic partnerships, and acquiring specialized firms to cater to growing demand in Asia-Pacific, Europe, and North America.
Advancements in material science, integration of variable speed drives, and development of pumps with higher efficiency and lower maintenance needs are redefining industry standards.
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External Gear Pump Market
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