Cryogenic Valve for Aerospace Market Size & Share 2025 - 2034

Cryogenic Valve for Aerospace Market Size

The cryogenic valve for aerospace market was estimated at USD 210.6 million in 2024. The market is expected to grow from USD 223 million in 2025 to USD 379.1 million in 2034, at a CAGR of 6.1%, according to latest report published by Global Market Insights Inc.

The rapid expansion of global space exploration and deep space missions has resulted in an increased need for liquid hydrogen and oxygen propellants. This in turn has led to a near requirement for cryogenic valves. NASA noted an increase in launching capabilities of over 30% from 2020 -2023, with the acceleration taking hold in 2021. Companies such as Baker Hughes and Bray International are developing advanced valves with unique designs that enable them to withstand extreme levels of pressure and vibration.
 

The emergence of commercial aerospace companies, including SpaceX, Blue Origin, and Rocket Lab, has had an effect on the cryogenic valve sector. This sector requires low-cost, high-performance valve solutions for launching satellites, orbital and suborbital transport, and eventually, lunar missions. Companies such as Crane Company and Cryofab, Inc. are continuously developing innovations to respond to the needs of the aerospace industry in regard to both efficiency in manufacturing, service and production capabilities.
 

The cryogenic valve industry has undergone significant advancements in technological innovations in the wake of increasing competition (2022). Innovations in materials and sealing technologies will allow valves to operate in extreme conditions. The European Space Agency (ESA) expressed the importance of these technologies in their development of reusable launch vehicles.
 

Government initiatives and support from space associations are playing a crucial role in driving the cryogenic valve market. For instance, the U.S. government allocated over $24 billion to NASA in 2023, a portion of which is directed toward propulsion and launch systems. Similarly, the Indian Space Research Organization (ISRO) has increased its focus on reusable launch vehicles, further boosting demand for cryogenic valves. Manufacturers like Baker Hughes and Bray International are actively collaborating with government agencies to develop advanced valve solutions tailored to specific mission requirements.
 

Cryogenic Valve for Aerospace Market Trends

Advancement in space technology has helped the market grow, with innovation in cryogenic valves has further improved efficiency as well as the precision that is required for its use in the aerospace industry and process.
 

• Interest in applying smart sensors and control systems in valves has grown significantly in the past several years, notably since 2020. This includes the incorporation of built-in devices to monitor valve condition and provide a way to operate remotely. The combination of these two features can improve both the ability to monitor valves and enhance the operational process for a facility. The International Society of Automation (ISA) estimates smart valves can see a growth of 15% over this duration. Additionally, companies, such as SAMSON, Moog, and Parker Hannifin, are also seeking to make efficiencies in different industrial markets around the use of improved technology.
   
• The emergence of advanced materials, such as Inconel, Monel, and carbon composites, has been an influence on valves being lighter and stronger than before. The adoption of these materials is primarily in aerospace due to the high strength-to-weight ratio. Concerning valve applications, advanced alloys grew at 12% in 2021, according to the Aerospace Industries Association (AIA). Companies such as Precision Fluid Controls and Woodward, have employed these materials to enhance efficiency, quality, and reliability for valves.
   
• Aerospace firms are increasingly advocating for modular valve systems to simplify maintenance and enhance interchangeability. This trend, which has been prominent since 2022, aligns with efforts to reduce operational complexity and downtime. The Federal Aviation Administration (FAA) emphasized the importance of standardization in improving system compatibility. Leading manufacturers such as SAMSON, Moog, and Parker Hannifin are at the forefront of developing modular designs to meet these evolving requirements.
   

Cryogenic Valve for Aerospace Market Analysis

Based on valve type, the market is segmented into ball valve, globe valve, gate valve, check valve, butterfly valves and others. The ball valve segment held the dominant market share, generating a revenue of USD 101.1 million in 2024. This dominance is due to its sealing capabilities especially when we consider the conditions in outer space that needs specialised valves to support the missions.
 

• Ball valves are growing in popularity in the aerospace industry because they perform well under extreme high and low usage phases and also under high vibration conditions as seen during launch. Ball valves consistently control liquid flow and have a lower likelihood to freeze or break which is ideal for rocket engine applications, cold storage tanks, and even liquid lines. In communications from ESA, organizations highlighted the need for specialized sealing materials (like Nitinol) to help performance in freezing conditions.
   
• Different companies are working in advance of ball valve technology to improve the design and develop aerospace applications where extremely cold liquids may be involved. BAC Valves has a CRYOSEAT sealing system that passed testing at -196°C and has approval of ISO 15848. Bray International produces ball valves that have extremely long bonnets and special balls that prevent liquids from jamming which enhance safety in aerospace systems. Crane Company designs and provides cryogenic ball valves and fittings for hydrogen and other cryogenic applications. Development in/testing and design of ball valves meets the increasing need for highly accurate cryogenic solutions within aerospace applications.
   
• Cryofab, Inc. manufactures specialized cryogenic values and transfer systems for aerospace research laboratories and associated apparatus. Their ball valves serve to handle cryogenic liquid helium, nitrogen, and hydrogen while meeting the high specifications required by aerospace-based systems. Baker Hughes, a company that mainly deals with energy and industrial applications, also produces high-quality ball valves specifically for regulation and isolation of cold cryogenic liquids. As missions are becoming more advanced, many new agencies and companies are seeking out advanced technologies.
   
• The aerospace industry has received an increase in governmental support and will be used with cryogenic ball valves. Programs through NASA and ESA are putting money into new systems to develop better cryogenic systems for upcoming missions. Companies like BAC Valves, Bray International, Crane Company, Cryofab, Inc. and Baker Hughes are advancing innovations in cryogenic systems to ensure aircraft and mission safety, efficiency, and reliability. The Aerospace Industries Association also states, growth in the aerospace industry has high prospects, meaning there will be a high demand for the advanced cryogenic ball valves in the near future.
   

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Based on the application, the market is segmented into aircraft systems, ground support equipment (GSE), aerospace manufacturing and testing and defense and military applications. In 2024, the ground support equipment (GSE) segment held a major market share, generating a revenue of USD 80.1 million.
 

• Ground Support Equipment (GSE) is a critical contributor to aerospace operations due to its frequency and multiple uses. GSE enables multiple launches, in succession, through refueling, chill-down, and venting functions to ensure reliable and efficient operation precisely what aviation is about ultimately. NASA has stated that improved GSE has helped reduce launch and prep time by 20% over the past decade, reinforcing GSE's importance in the ever-evolving aerospace industry.
   
• Government agencies, such as NASA or ESA, as well as the private sector space industry, are investing in the development of ground support systems and infrastructure to increase launch frequency and decrease turnaround time. Cryogenic valves that are found in GSE are designed to withstand thermal cycling extremes, vibration, or propellant residue. As the Score Valves Aerospace Bulletin stated, extreme service (e.g., thermal and pressure cycling) specifications for cryogenic valves have a 7,000-cycle use specification i.e., cryogenic valves are very durable and exceedingly complicated pieces of engineering.
   
• Leading companies such as Crane Co., BAC Valves, and Cryofab, Inc., are currently meeting the significant demand for cryogenic valves in the ground support equipment (GSE) market, with designs that include an extended bonnet, high Cv values, and compatible materials for use with liquid hydrogen and liquid oxygen. The cryogenic valves for GSE applications also meet the safety standards for cryogenic valve technology defined by NASA and ASME. The increasing growth of launch infrastructure around the globe clearly shows there is great importance placed on these companies in the GSE market as the aerospace industry continues growing.
   
• The GSE segment will remain the leading segment for cryogenic valve demand in the aerospace industry as the number of launches continues to grow globally. Industry data suggests the investment into global space infrastructure increased by 15% annually and shows that the industry is growing rapidly. As countries, both public and private, continue to devote increasing resources towards space exploration, the need for new innovative and competitive GSE solutions will be an ever-increasing necessity for the future of the aerospace supply chain.
   

Based on distribution channels, the market is segmented into direct and indirect. The direct segment held about 67% of the cryogenic valve for aerospace market share in 2024.
 

• In 2024, the cryogenic valve market for aerospace exhibited the utmost segment growth within the direct sales witnessing how specialized these products are as well as the rigors involved with the aerospace applications. Aerospace OEMs, space agencies, and defense contractors preferred to work directly with the manufacturers of the valves to ensure the critical standards needed for application and use such as ASME, BS 6364, and NASA, where the accuracy, continuity, and trust were all critical concerns based on the mission at hand. Furthermore, creating a direct relationship with the manufacturers created the efficiency needed for the design engagement process and deliverables as the manufacturer understood their operation specific needs while ensuring compliance across aerospace.
   
• The value of a direct engagement relationship to work with valve manufacturers represented the respective needs of the aerospace group. The engagement allowed the design of cryogenic valves to comply with an aerospaces needs and specific operational requirements, however still adherent to validating industry standards. Furthermore, direct engagement with the valve manufacturers is transparent and accountable for a more cryogenic critical industry operational need (such as propulsion systems, ground support equipment, and cryogenic test cases). A direct engagement model with valve manufacturers creates a more timely delivery process for the imaginable value to apply to deployments while improving plug and play efficiency through addressing lead time under harmony. Because of these factors, direct engagement for a cryogenic valve family has exponentially grown in aviation. In aviation, it enhances the ever-changing technology performance oriented compliance needs in aerospace, as well as in a compliance oriented operational methodology process.
   

In 2024, the U.S contributed significantly to the cryogenic valve for aerospace market growth in North America, accounting for 87.5% share in the region.
 

• This significant contribution can be attributed to the robust aerospace industry, advanced technological capabilities, and increasing investments in cryogenic systems. The U.S. continues to lead innovation in aerospace applications, further solidifying its position in the market. Such dominance highlights the nation's critical role in shaping the regional market dynamics.
   
• The strong performance of the U.S. in this market is also supported by the presence of key manufacturers and suppliers, ensuring a steady supply chain. Additionally, the growing demand for efficient and reliable cryogenic solutions in aerospace applications has further fueled market expansion. Government initiatives and funding for aerospace advancements have also contributed to this growth. As the industry evolves, the U.S. remains at the forefront, driving innovation and setting benchmarks for the region. This leadership is expected to sustain its influence throughout the forecast period.
   

Asia Pacific market in 2024 is expected to grow at 6.1% CAGR during the forecast period.
 

• The Asia Pacific cryogenic valve market for aerospace is expected to witness significant progress, driven by growing investments in aerospace technologies. The increasing adoption of cryogenic valves in advanced aerospace applications further supports this upward trajectory. As the aerospace sector evolves, the demand for reliable and efficient components like cryogenic valves continues to rise. This trend positions the Asia Pacific region as a critical hub for innovation and development in the global aerospace market.
   

Europe cryogenic valve for aerospace market is expected to grow at 5.9% growth during the forecast period.
 

•  The region's strong focus on innovation and stringent safety standards has fueled the demand for high-performance cryogenic valves. These valves play a critical role in managing extremely low-temperature fluids, essential for aerospace applications. Additionally, the presence of key manufacturers and suppliers in Europe further strengthens its market presence.
   

Middle East and Africa cryogenic valve for aerospace markets is expected to grow at 5.5% growth rate during the forecast period.          
 

• This growth is driven by increasing investments in the aerospace sector, coupled with the rising demand for advanced cryogenic technologies to support space exploration and satellite launches. The region's strategic focus on enhancing its aerospace infrastructure further fuels the adoption of cryogenic valves.
   

Cryogenic Valve for Aerospace Market Share

The top companies in the cryogenic valve for aerospace industry include Parker Hannifin, Emerson, Moog, Crane Company and Honeywell and collectively hold a share of 61.8% in the market. These prominent players are proactively involved in strategic endeavors, such as mergers & acquisitions, facility expansions & collaborations, to expand their product portfolios, extend their reach to a broad customer base, and strengthen their market position.
 

• Parker Hannifin delivers aerospace-grade cryogenic valves through its Bestobell and Veriflo lines, offering ball, globe, and check valves for ultra-low temperature gases like oxygen, nitrogen, and hydrogen. These valves, designed for minimal pressure drop and high purity, comply with ISO 15848, FDA, and ASME standards, ensuring safety and reliability in aerospace fueling, storage, and life-support systems.
   
• Emerson provides advanced cryogenic valve solutions with its AEV ²XC™ C-Ball Valve series, designed for rocket engine testing and critical aerospace applications. Operating at temperatures as low as -253°C, these valves feature a unique “C” shaped ball design for zero leakage and meet API 6D, BS 6364, and SIL 3 certifications, enhancing safety and reducing emissions.
   
• Moog specializes in cryogenic isolation and vent valves for space launch vehicles, handling liquid and gaseous hydrogen and oxygen. Their pneumatically actuated ball valves ensure low pressure drop and high flow efficiency, while poppet and pilot-operated valves address weight-sensitive needs, supporting NASA and commercial launch programs with precision fluid control.
   

Cryogenic Valve for Aerospace Market Companies

Major players operating in the global cryogenic valve for aerospace industry are:

• Baker Hughes
• Bray International
• BAC Valves
• Crane Company
• Cryofab, Inc.
• Emerson
• Flowserve
• Honeywell
• Herose
• Kitz
• SAMSON
• Moog
• Parker Hannifin
• Precision Fluid Controls
• Woodward
   

Crane Company, through its CRANE Cryogenics brand, offers specialized valves for aerospace-grade gases like hydrogen, oxygen, and nitrogen. Their Bellows Seal Globe Valves and Lift-Check Valves ensure zero leakage, reduce hydrogen loss, and meet stringent ASME, ISO, and MSS standards. These solutions, widely used in hydrogen transfer and aerospace infrastructure, reflect decades of expertise in severe service environments.
 

Honeywell provides advanced cryogenic technologies, including Joule-Thomson cryocoolers and high-integrity valves for space applications. Designed for gases like nitrogen and oxygen at pressures up to 30,000 psi, these systems ensure reliability and meet MIL-STD specifications. Honeywell’s cryocoolers, integral to infrared sensors and propulsion units, achieve temperatures as low as 65K with exceptional durability.
 

Cryogenic Valve for Aerospace Industry News

• In October 2025, Baker Hughes announced its acquisition of Chart Industries, a global leader in cryogenic equipment. This strategic move significantly enhances Baker Hughes’ expertise in LNG, hydrogen, and aerospace-grade cryogenic systems. By integrating Chart’s advanced technologies, Baker Hughes aims to solidify its leadership in energy and industrial applications. This acquisition underscores the company’s commitment to innovation and market expansion.
   
• In September 2025, Lee Company unveiled a cryogenic check valve designed to operate at fluid temperatures as low as -320°F. The valve includes AS-standard fitting ends for seamless integration and materials compatible with hydrogen and other cryogenic fluids. With a pressure rating of up to 5,000 psi and helium leakage below 10 SCCM at -320°F, this product sets a new standard in cryogenic valve performance.
   
• In June 2025, KITZ Corporation announced its involvement in developing advanced valves for astronaut life support systems. These valves will be integrated into the I-Hab module of NASA's Gateway, a manned lunar orbiting station. This contract highlights KITZ Corporation's expertise in cryogenic valve applications for space exploration. The project underscores the company's commitment to innovation in the aerospace market.
   
• In June 2025, Chart Industries and Crane Company announced the successfully testing and launch of its- CRYOFLO bellow-seal vacuum-jacketed globe valve for liquid hydrogen applications. The valve demonstrated safe operation at temperatures 100°F colder than liquid nitrogen and completed over 5,000 open/close cycles at 150 psig without maintenance.
   
• In January 2025, Emerson acquired Advanced Engineering Valves (AEV) and introduced the AEV ²XC C-Ball Valves. These valves feature a unique "C"-shaped ball design, enhancing safety, reliability, and emissions performance. Targeting LNG value chains and aerospace applications, this innovation reinforces Emerson's leadership in cryogenic and severe-service isolation solutions.
   

The cryogenic valve for aerospace market research report includes in-depth coverage of the industry, with estimates & forecast in terms of revenue and volume (USD Million) (Thousand Units) from 2021-2034, for the following segments:

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Market, By Valve Type

• Ball Valves
• Globe Valves
• Gate Valves
• Check Valves
• Butterfly Valves
• Others

Market, By Valve size

• Small Valves (≤2 inches)
• Medium Valves (2-6 inches)
• Large Valves (6-12 inches)
• Extra-Large Valves (>12 inches)

Market, By Application

• Aircraft Systems
• Ground Support Equipment (GSE)
• Aerospace Manufacturing and Testing
• Defense and Military Applications

Market, By Distribution Channel

• Direct
• Indirect

The above information is provided for the following regions and countries:

• North America
  • U.S.
  • Canada
• Europe
  • Germany
  • UK
  • France
  • Spain
  • Italy
• Asia Pacific
  • China
  • Japan
  • India
  • Australia
  • South Korea 
• Latin America
  • Brazil
  • Mexico
  • Argentina
• MEA
  • South Africa
  • Saudi Arabia
  • UAE