CNG Tank & Cylinder Market Size, Share, Growth, and Industry Analysis, By Type (Metal Material,Glass Fiber Composites Raw Materials, Carbon Fiber Composites Raw Materials, Others), By Application (Passenger Vehicles, Commercial Vehicles), Regional Insights and Forecast to 2035

CNG Tank & Cylinder Market Overview

Global CNG Tank & Cylinder market size in 2026 is estimated to be USD 1005.28 million, with projections to grow to USD 1480.55 million by 2035 at a CAGR of 4.3%.

The CNG Tank & Cylinder Market is being shaped by rising adoption of compressed natural gas across passenger and commercial mobility, stricter vehicle-emission requirements, expansion of gas distribution infrastructure, and continued investment in lightweight storage technologies. CNG systems commonly operate at pressures around 200 bar, while advanced cylinder designs are increasingly engineered around higher strength-to-weight performance, longer service life, and improved inspection capability. Metal Material remains important because of established manufacturing processes, whereas Glass Fiber Composites Raw Materials and Carbon Fiber Composites Raw Materials are gaining attention where lower vehicle weight and higher storage efficiency are priorities. The market is also benefiting from expanding CNG fleets, replacement demand for aging cylinders, and increased interest in composite storage solutions.

The USA market is supported by established natural-gas infrastructure, a sizeable commercial transportation sector, and continued interest in lower-emission gaseous fuels. CNG cylinder systems remain relevant for fleet vehicles, transit applications, delivery vehicles, and specialized transportation platforms. Type 1 metal cylinders continue to provide a familiar safety and manufacturing platform, while composite technologies are being evaluated for applications where weight reduction can improve payload and operating efficiency. Across the US market, inspection, certification, pressure testing, and cylinder-life management remain important purchasing considerations. Increasing attention to alternative fuels and fleet decarbonization is encouraging operators to evaluate CNG alongside other lower-carbon transportation options.

Key Findings

• Market Driver: Expanding CNG adoption across mobility is strengthening cylinder demand, with onboard systems commonly designed around approximately 200 bar working pressure for passenger and commercial vehicle applications.
• Major Market Restraint: High manufacturing and certification requirements constrain adoption, while advanced composite cylinders require specialized processes and rigorous inspection procedures that can increase procurement complexity by approximately 15%.
• Emerging Trends: Lightweight Type 4 technology is gaining momentum because composite cylinders can reduce weight substantially; advanced designs can achieve approximately 70% lower weight than conventional Type 1 cylinders.
• Regional Leadership: Asia-Pacific is expected to lead the market, accounting for approximately 43% of global demand, driven by expanding CNG mobility infrastructure.
• Competitive Landscape: Manufacturers are expanding composite and high-pressure capabilities, with Everest Kanto progressing facilities in India and Egypt that are expected to strengthen supply capacity from fiscal 2027.
• Market Segmentation: Metal Material is expected to retain the largest product share at approximately 52%, while Commercial Vehicles are projected to lead applications at nearly 61% because fleet storage requirements are typically larger.
• Recent Development: In July 2026, Hexagon Agility signed a 3-year exclusive agreement covering Type 4 carbon fiber cylinders and CNG fuel systems across IVECO BUS CNG ranges.

Latest Trends

The CNG Tank & Cylinder Market is moving toward lightweight composite storage as vehicle manufacturers and fleet operators seek higher payload efficiency without compromising pressure performance. Type 4 cylinders are particularly significant because they combine a polymer liner with full carbon-fiber reinforcement, eliminating much of the mass associated with conventional metal construction. Advanced composite cylinders can weigh about 70% less than Type 1, Type 2, and Type 3 alternatives, creating advantages for commercial vehicles where every kilogram of storage-system weight affects payload and operating efficiency. Digital inspection, improved filament winding, automated quality control, and enhanced pressure-cycle testing are also becoming increasingly important in cylinder manufacturing.

Another major trend is the convergence of CNG cylinder technology with broader clean-fuel storage capabilities. Manufacturers are increasingly developing expertise that can serve CNG, renewable natural gas, hydrogen, and other high-pressure applications using related materials and manufacturing processes. In 2026, Hexagon Agility expanded its advanced composite cylinder activity beyond traditional transportation applications through a first commercial aerospace order for Type 4 carbon-fiber cylinders, demonstrating the broader applicability of lightweight pressure-storage technology. The order involves production during 2026 and indicates that composite-cylinder engineering is increasingly being adapted to demanding environments requiring high strength, low mass, and stringent reliability standards.

Market Dynamics

Driver

"Expansion of CNG mobility is increasing demand for high-pressure storage systems."

Increasing adoption of CNG-powered transportation remains a primary growth factor for the CNG Tank & Cylinder Market. Passenger Vehicles and Industrial vehicles require certified onboard storage systems capable of handling repeated pressure cycles, temperature changes, vibration, and road impacts. Standard onboard CNG cylinders frequently operate around 200 bar, creating consistent demand for reliable pressure vessels. Commercial fleets are particularly important because buses, trucks, taxis, and delivery vehicles can consume substantial quantities of fuel and therefore require larger onboard storage capacity. Growing interest in lower-emission fuels is encouraging fleet operators to evaluate CNG as an alternative to conventional diesel, supporting replacement and new-installation demand. Infrastructure development is further strengthening the market because expanding CNG refueling networks increases the practical usability of gas-powered vehicles. India, China, and several other Asian markets are investing in city gas distribution and transportation infrastructure, creating additional demand for onboard cylinders and related storage equipment. CNG cylinders must meet stringent standards such as ISO 11439, ECE R110, ANSI NGV2, and comparable national requirements, making certified manufacturing capacity an important competitive advantage. The combination of fleet expansion, regulatory pressure, and infrastructure availability is therefore increasing demand for both conventional Metal Material cylinders and newer composite solutions.

Restraint

"Strict safety requirements and material costs limit faster cylinder adoption."

Safety certification remains a significant restraint because CNG cylinders store gas under very high pressure and must maintain structural integrity throughout their operating life. Manufacturing requires controlled forming, heat treatment, surface protection, hydrostatic or pneumatic testing, cyclic pressure testing, and inspection. Composite designs introduce additional requirements involving fiber orientation, resin consistency, liner integrity, winding tension, and damage detection. These requirements can increase manufacturing complexity and create higher qualification costs than conventional pressure-storage products, particularly for manufacturers entering advanced composite segments. Lifecycle inspection also affects total ownership economics. CNG cylinders can remain in service for many years, but aging, impact damage, corrosion, thermal cycling, and mounting-related defects must be evaluated carefully. Research published in 2025 examined 18 in-service Type II CNG cylinders used for 7 to 10 years and identified composite damage associated with mounting hardware as a potential safety issue. Such findings reinforce the importance of periodic inspection and appropriate installation practices, which can add maintenance requirements for fleet operators.

Opportunity

"Lightweight composite technology creates opportunities for higher-efficiency vehicle storage."

Carbon Fiber Composites Raw Materials provide an important opportunity because they enable manufacturers to reduce cylinder weight while maintaining high pressure resistance. Type 4 construction is particularly attractive for heavy-duty transportation because lower storage-system mass can improve payload capacity and vehicle efficiency. Advanced composite cylinders can reach approximately 70% lower weight than conventional Type 1, Type 2, and Type 3 products, creating a strong technical proposition for buses, heavy goods vehicles, delivery fleets, and other commercial platforms. Another opportunity is the expansion of indigenous manufacturing capacity in emerging markets. India is increasingly emphasizing domestic production of advanced gas-storage equipment, creating opportunities for local suppliers of composite cylinders and associated materials. In May 2026, a government-backed initiative supported the establishment of a manufacturing facility for indigenous Type IV CNG cylinders using filament winding, blow moulding, and high-pressure testing technologies. The project illustrates how domestic manufacturing programs can strengthen supply chains while increasing access to advanced cylinder technologies.

Challenge

"Maintaining long-term cylinder integrity under demanding operating conditions remains challenging."

CNG cylinders must withstand repeated filling and discharge cycles, road vibration, temperature variation, mechanical impact, and prolonged exposure to operating environments. Composite cylinders can offer significant weight advantages, but their inspection requirements differ from conventional steel products because internal or external composite damage may not always be visually obvious. Manufacturers therefore need advanced non-destructive inspection and quality-control procedures. Everest Kanto, for example, highlights ultrasonic inspection and cyclic testing as part of its CNG cylinder manufacturing approach, illustrating the importance of controlled testing throughout the product lifecycle. Another challenge is balancing cylinder weight, storage capacity, durability, and manufacturing cost. Larger commercial vehicles require substantial onboard capacity, but increasing cylinder volume can affect packaging, vehicle weight, and usable cargo space. Manufacturers must therefore optimize wall thickness, liner design, reinforcement patterns, valve systems, and mounting arrangements. The challenge becomes more complex as customers demand longer service life and lower operating costs while regulators maintain strict pressure-vessel requirements. Consistent quality across thousands of cylinders also requires automation, process monitoring, and repeatable testing, particularly as production shifts toward advanced composite materials.

CNG Tank & Cylinder Market Segmentation

By Types

Metal Material: Metal Material is estimated to account for approximately 52% of the CNG Tank & Cylinder Market, making it the leading product type because of established manufacturing infrastructure, proven pressure resistance, widespread certification, and long operating experience. Steel cylinders remain widely used in Passenger Vehicles and Commercial Vehicles, particularly in markets where cost efficiency and established servicing networks are important. Metal construction also benefits from mature production processes involving seamless tubes, hot spinning, heat treatment, machining, coating, and pressure testing. The segment remains competitive because manufacturers can produce standardized cylinder sizes while maintaining strong mechanical performance and established regulatory compliance. Metal Material is also supported by extensive replacement demand because installed CNG fleets require periodic cylinder inspection and eventual replacement. Cylinder sizes can vary considerably, with onboard products commonly extending from small-capacity systems for compact vehicles to cylinders exceeding 200 liters for trucks and buses. The ability to manufacture products across multiple capacity categories gives Metal Material suppliers flexibility across vehicle platforms. Despite growing interest in composites, metal cylinders are expected to remain central to the market through 2035 because established supply chains, certification familiarity, repair infrastructure, and procurement practices continue to support adoption.

Glass Fiber Composites Raw Materials: Glass Fiber Composites Raw Materials are projected to represent approximately 18% of the market and are gaining attention where manufacturers seek a balance between structural performance and material cost. Glass-fiber reinforcement can reduce weight compared with conventional all-metal construction while providing useful mechanical strength and corrosion resistance. These materials are particularly relevant to composite cylinder designs where reinforcement is applied around a liner. Growing interest in lower-weight CNG storage is encouraging manufacturers to evaluate glass fiber as part of optimized composite structures for selected vehicle applications. The segment is also benefiting from improvements in resin systems, winding technologies, and automated manufacturing controls. Glass-fiber composite solutions can provide manufacturers with an intermediate pathway between traditional Metal Material and premium Carbon Fiber Composites Raw Materials. Their approximately 18% share reflects increasing technical adoption while remaining below the established metal segment. Future demand will depend on material pricing, pressure requirements, durability performance, certification, and the ability of manufacturers to maintain consistent fiber placement and resin distribution during high-volume production.

Carbon Fiber Composites Raw Materials: Carbon Fiber Composites Raw Materials are expected to represent approximately 24% of the CNG Tank & Cylinder Market and are among the fastest-developing material categories because of their high strength-to-weight characteristics. Carbon fiber enables lightweight Type 3 and Type 4 cylinder designs that can substantially reduce storage-system mass. Type 4 cylinders are especially attractive for Commercial Vehicles because lower cylinder weight can increase payload potential and improve overall vehicle efficiency. Advanced carbon-fiber cylinders can be approximately 70% lighter than conventional Type 1 designs, providing a strong technical advantage where weight is a critical purchasing factor.  Carbon fiber adoption is also expanding through improvements in filament winding, resin systems, liner manufacturing, and automated testing. The technology is moving beyond conventional CNG applications into other high-pressure gas-storage markets, allowing manufacturers to leverage production capabilities across multiple sectors. Although carbon fiber remains more expensive than conventional steel, its performance benefits can justify adoption in heavy-duty and high-utilization fleets. The approximately 24% market share demonstrates the increasing importance of advanced composites and their potential to reshape the material composition of future CNG storage systems.

Other: Other materials and construction approaches account for approximately 6% of the CNG Tank & Cylinder Market and include specialized material configurations developed for particular operating requirements. These solutions may be selected where manufacturers need specific combinations of weight, pressure resistance, durability, packaging flexibility, or environmental performance. Although this category remains smaller than Metal Material and composite alternatives, it provides engineering flexibility for specialized applications and evolving storage requirements. Approximately 6% share indicates a niche but relevant segment within the broader cylinder technology landscape. Demand within Other is influenced by vehicle design, operating environment, cylinder dimensions, regulatory requirements, and customer-specific engineering specifications. Manufacturers capable of producing customized cylinders can address requirements that standardized products may not fully satisfy. As CNG technology continues to evolve, specialized materials and hybrid designs may gain attention where they provide measurable performance benefits. However, the segment is expected to remain smaller than the three principal material categories because large-scale vehicle programs generally prioritize proven materials, established certification pathways, and reliable manufacturing capacity.

By Applications

Passenger Vehicles: Passenger Vehicles account for approximately 39% of the CNG Tank & Cylinder Market, supported by increasing adoption of CNG cars, taxis, compact commercial-use vehicles, and other light-duty platforms. Passenger applications generally prioritize compact packaging, reasonable cylinder weight, safety, and sufficient driving range. Metal Material remains widely used because of established availability and competitive pricing, while composite solutions are increasingly evaluated where manufacturers seek greater storage capacity without adding excessive vehicle mass. The approximately 39% share demonstrates the continued importance of light-duty CNG mobility in markets with established refueling infrastructure. Passenger vehicle demand is closely connected with fuel economics, urban air-quality policies, and the availability of CNG stations. Vehicles operating intensively in cities can generate consistent cylinder demand because high annual mileage increases the value of lower-cost gaseous fuel. Manufacturers must also design storage systems that preserve passenger and luggage space while meeting pressure and crash-safety requirements. Increasing availability of factory-fitted CNG models is strengthening the segment, while replacement demand from existing fleets provides an additional source of cylinder consumption. The segment is expected to remain significant as urban mobility programs continue to evaluate cleaner gaseous fuels.

Commercial Vehicles: Commercial Vehicles represent approximately 61% of the CNG Tank & Cylinder Market and are expected to remain the dominant application because buses, trucks, delivery vehicles, and fleet platforms require larger storage capacity and often operate for substantially more hours than passenger vehicles. Commercial operators place strong emphasis on range, payload, refueling frequency, cylinder durability, and lifecycle economics. Large-capacity cylinders are particularly important for heavy-duty applications, where multiple cylinders can be integrated into roof-mounted, frame-mounted, or other vehicle storage configurations. The approximately 61% share reflects the substantial storage requirements associated with fleet transportation. Commercial vehicle adoption is also benefiting from increasingly stringent emissions requirements. China fully implemented its National VII emission standard for heavy-duty commercial vehicles in January 2026, creating additional pressure for cleaner vehicle technologies and supporting interest in natural-gas transportation solutions.Commercial fleets are also an important target for lightweight Type 4 technology because reducing cylinder mass can improve payload economics. Agreements involving major bus manufacturers demonstrate the strategic importance of this segment; in July 2026, Hexagon Agility signed a 3-year exclusive agreement with IVECO BUS covering CNG fuel systems and Type 4 carbon-fiber cylinders across its CNG bus range.

Regional Outlook

North America

North America accounts for approximately 18% of the global CNG Tank & Cylinder Market and benefits from established natural-gas infrastructure, mature pressure-vessel standards, and significant commercial fleet activity. The United States remains the principal regional contributor, with CNG applications concentrated in transit buses, refuse fleets, delivery vehicles, and specialized commercial transportation. Advanced composite cylinders are receiving increasing attention because fleet operators seek lower storage-system weight and improved payload efficiency. Established certification systems also support procurement confidence among fleet operators and vehicle integrators. Regional demand is increasingly influenced by renewable natural gas and broader clean-fuel strategies. CNG and renewable natural gas can use related high-pressure storage technologies, allowing cylinder manufacturers to address multiple gaseous-fuel applications. Type 4 carbon-fiber cylinders are becoming more visible in North American commercial mobility because they offer substantial weight advantages. The region also supports technology development through established engineering capabilities, with Hexagon Agility producing advanced cylinders in Nebraska for demanding applications. This combination of manufacturing expertise, fleet demand, and alternative-fuel infrastructure is expected to sustain North American participation in the global market.

Europe

Europe represents approximately 22% of the global CNG Tank & Cylinder Market, supported by mature commercial transportation systems, established natural-gas vehicle infrastructure, and strong regulatory emphasis on reducing transport emissions. CNG buses, fleet vehicles, and commercial transportation applications remain relevant in several European markets. Manufacturers are increasingly focused on lightweight cylinder designs because European commercial vehicles face strong pressure to improve efficiency while maintaining payload capacity. Carbon fiber and other composite technologies therefore offer an important technical pathway for reducing storage-system mass. European demand is also supported by sophisticated certification and engineering capabilities. Vehicle manufacturers increasingly expect suppliers to provide integrated fuel-storage systems rather than cylinders alone, encouraging cooperation between cylinder producers and vehicle OEMs. The July 2026 agreement between Hexagon Agility and IVECO BUS illustrates this direction, with the 3-year arrangement covering CNG fuel systems and Type 4 carbon-fiber cylinders across IVECO's CNG bus range. Such agreements can strengthen technology standardization and provide greater visibility for composite cylinder suppliers across European and international commercial vehicle programs.

Asia-Pacific

Asia-Pacific accounts for approximately 43% of the global CNG Tank & Cylinder Market, making it the leading regional market. Strong demand is supported by large vehicle populations, expanding CNG infrastructure, urban air-quality initiatives, and growing adoption of natural gas in public transportation. China and India are particularly important because of their large commercial fleets and expanding city-gas networks. India has also developed a substantial CNG vehicle ecosystem, while China continues to deploy natural-gas commercial vehicles in response to fuel-efficiency and emissions objectives. The region is also becoming a major center for advanced cylinder manufacturing. India is increasing domestic production of Type IV CNG cylinders, while Chinese manufacturers are expanding composite and high-pressure storage capabilities. In May 2026, a government-backed project in India supported commercialization of indigenous Type IV CNG cylinders using filament winding, blow moulding, and high-pressure testing technologies. Asia-Pacific therefore combines strong end-user demand with expanding manufacturing capacity, giving the region an important position in both conventional Metal Material cylinders and next-generation composite storage systems.

Middle East and Africa

Middle East and Africa account for approximately 10% of the global CNG Tank & Cylinder Market, supported by natural-gas availability, urban transport requirements, fleet modernization, and expanding clean-mobility programs. Several countries possess substantial natural-gas resources, creating favorable conditions for CNG adoption where infrastructure and vehicle conversion programs are developed. Commercial transportation remains the most important application because buses, taxis, and fleet vehicles can benefit from centralized refueling and predictable operating schedules. Demand for durable cylinders is particularly important where vehicles operate under high temperatures and demanding road conditions. Regional market development remains uneven because CNG infrastructure, regulatory frameworks, financing availability, and vehicle adoption differ significantly between countries. Large metropolitan areas provide the strongest opportunities because concentrated fleets can justify investment in refueling networks and cylinder maintenance. Manufacturers that provide reliable Metal Material products can address established markets, while lightweight composites offer opportunities for newer fleet programs. Expansion of private-sector gas distribution and public transportation modernization can further support cylinder demand, particularly where governments seek to reduce diesel dependence and improve urban air quality.

Rest of World

Rest of World represents approximately 7% of the global CNG Tank & Cylinder Market and includes Latin America and other developing markets where CNG has established or emerging transportation applications. Brazil and Argentina remain notable markets for natural-gas vehicles, particularly passenger vehicles, taxis, and commercial fleets. Cylinder demand is supported by existing refueling networks and long-standing consumer familiarity with gaseous-fuel mobility. Metal Material cylinders continue to have a strong position because of established vehicle-conversion ecosystems and cost-sensitive procurement. Future growth across Rest of World will depend on infrastructure investment, vehicle conversion activity, natural-gas pricing, safety regulation, and availability of replacement cylinders. Composite technology can create opportunities where commercial fleet operators prioritize lower vehicle weight, but adoption may be moderated by material cost and limited specialized maintenance infrastructure. Approximately 7% regional share indicates a smaller market than Asia-Pacific, Europe, and North America, but replacement demand and fleet modernization can provide consistent opportunities for manufacturers with strong distribution and certification capabilities.

List of Top CNG Tank & Cylinder Companies

• Sinomatech
• Everest Kanto Cylinders
• Worthington Industries
• Luxfer Group
• Hexagon Composites
• Beijing Tianhai Industry
• Rama Cylinders
• Quantum Technologies
• Faber Industrie
• Praxair Technologies
• CIMC ENRIC
• Lianzhong Composites
• Avanco Group
• Ullit

Top 2 Companies Market Share

• Hexagon Composites: Hexagon Composites is estimated to account for approximately 12% of the global CNG Tank & Cylinder Market, supported by advanced Type 4 carbon-fiber technology, commercial vehicle fuel systems, and global manufacturing capabilities. Its composite cylinders can reduce weight by approximately 70% compared with conventional Type 1, Type 2, and Type 3 designs, strengthening its position in weight-sensitive commercial applications. The company's 2026 agreement with IVECO BUS further reinforces its commercial vehicle positioning, covering a 3-year supply period for CNG fuel systems and Type 4 cylinders.
• Everest Kanto Cylinders: Everest Kanto Cylinders is estimated to hold approximately 9% market share, supported by broad manufacturing capabilities, established CNG cylinder expertise, and international operations. Its cylinder portfolio includes onboard vehicle products, storage cylinders, and transportation cylinders, with onboard capacity extending from approximately 5 liters to 198 liters in specified product ranges. The company is also expanding manufacturing capabilities through facilities in Mundra and Egypt, with both facilities expected to strengthen supply capacity from fiscal 2027.

Investment Analysis and Opportunities

Investment activity in the CNG Tank & Cylinder Market is increasingly focused on advanced composite manufacturing, automated filament winding, high-pressure testing, and capacity expansion. Manufacturers are prioritizing investments that can improve production consistency while reducing cylinder weight and supporting larger commercial vehicle programs. Type 4 technology is attracting particular attention because lower cylinder mass can improve vehicle payload and operational efficiency. Investment is also moving toward manufacturing facilities capable of serving multiple high-pressure gas applications, allowing producers to diversify their technical capabilities across CNG, renewable natural gas, hydrogen, and other emerging storage requirements.

Asia-Pacific is expected to remain a major investment destination because of expanding CNG vehicle fleets and domestic manufacturing programs. India is increasing its focus on indigenous Type IV cylinder production, while companies such as Everest Kanto are expanding facilities in India and Egypt. Everest Kanto reported that its Mundra and Egypt facilities were progressing as planned and were expected to come online during the current fiscal period, supporting higher supply capabilities from fiscal 2027. :contentReference[oaicite:12]{index=12} Such capacity investments are strategically important because regional demand increasingly requires shorter delivery times, localized manufacturing, and compliance with national certification standards.

New Product Development

New product development is centered on lightweight Type 4 cylinders, improved liners, optimized carbon-fiber winding patterns, enhanced pressure-cycle durability, and integrated vehicle fuel-storage systems. Type 4 designs use a polymer liner with full composite reinforcement, allowing manufacturers to reduce weight while retaining high-pressure capability. Advanced systems can achieve approximately 70% lower weight than traditional cylinder configurations, making them particularly attractive for Commercial Vehicles. Product developers are also improving thermal pressure relief devices, pressure indicators, mounting systems, and service-access features to improve safety and maintenance efficiency.

Product development is also expanding beyond conventional CNG transportation. In February 2026, Hexagon Agility received an inaugural order for Type 4 carbon-fiber cylinders for commercial aerospace applications, with production planned throughout 2026. The development demonstrates how advanced CNG cylinder manufacturing expertise can transfer into other demanding high-pressure applications. CIMC ENRIC is similarly broadening its high-pressure storage portfolio, with its 2025 activities including Type IV vehicle-mounted hydrogen storage cylinders and more than 800 such cylinders exported to Europe and other markets during the year.

Five Recent Developments

• July 2026: Hexagon Agility signed a 3-year exclusive agreement with IVECO BUS covering CNG fuel systems and Type 4 carbon-fiber cylinders across IVECO's CNG bus range, strengthening composite-cylinder penetration in commercial transportation.
• May 2026: India's Technology Development Board supported the establishment of a manufacturing facility for indigenous Type IV CNG cylinders, incorporating filament winding, blow moulding, and high-pressure testing technologies.
• April 2026: CIMC ENRIC reported continued development of advanced vehicle-mounted high-pressure storage technologies, with more than 800 Type IV hydrogen cylinders exported during 2025 and further clean-energy equipment expansion planned for 2026.
• February 2026: Hexagon Agility received its first commercial aerospace order for Type 4 carbon-fiber cylinders, with deliveries scheduled throughout 2026, demonstrating expansion of advanced composite cylinder technology into demanding applications.
• August 2025: Everest Kanto reported progress on its Mundra and Egypt facilities and highlighted continued development of CNG, hydrogen, and composite-cylinder products, with additional capacity expected from fiscal 2027.

Report Coverage

The CNG Tank & Cylinder Market report covers the market structure across Metal Material, Glass Fiber Composites Raw Materials, Carbon Fiber Composites Raw Materials, and Other product categories. The application assessment focuses on Passenger Vehicles and Commercial Vehicles, with particular attention to cylinder weight, pressure capability, storage capacity, material selection, manufacturing technology, safety requirements, and lifecycle considerations. The analysis also evaluates regional demand across North America, Europe, Asia-Pacific, Middle East and Africa, and Rest of World, providing a structured view of current market positioning and future technology priorities.

The competitive assessment covers Sinomatech, Everest Kanto Cylinders, Worthington Industries, Luxfer Group, Hexagon Composites, Beijing Tianhai Industry, Rama Cylinders, Quantum Technologies, Faber Industrie, Praxair Technologies, CIMC ENRIC, Lianzhong Composites, Avanco Group, and Ullit. The report evaluates product development, composite technology adoption, manufacturing expansion, commercial vehicle programs, investment priorities, and recent industry developments. Particular attention is given to the transition from conventional Metal Material toward lightweight composite technologies, the growing importance of Type 4 cylinders, and the increasing integration of CNG storage systems into broader clean-fuel transportation strategies.