The data center piping market used to sit quietly inside mechanical infrastructure. Not anymore. AI data centers are changing the way operators think about cooling, flow control, leak risk and thermal transport. When racks move toward higher power densities, piping stops being a simple construction package. It becomes part of uptime strategy. A pipe failure is not just a maintenance issue in this environment. It can become a business continuity problem.
According to DataM Intelligence, the global Data Center Piping Market reached US$ 749.92 million in 2025 and is expected to reach US$ 13,168.57 million by 2035, growing at a CAGR of 33.2% during 2026 to 2035. North America is the largest region, while Asia Pacific is the fastest growing region. Flexible pipes and hoses accounted for about 28.2% of the market in 2025, supported by their routing flexibility and easier installation in high density data center layouts.
The competitive field is broader than a normal pipe market. It includes conventional piping manufacturers, pre insulated pipe specialists, fluid handling companies, hose suppliers, liquid cooling infrastructure vendors, valve and fitting companies, and mechanical system integrators. That makes the market a little messy. GF Piping Systems, Parker Hannifin, Gates Industrial, Watts and IPEX are identified as leading players in adjacent data center pipes coverage, while DataM highlights companies such as Perma Pipe, BRUGG Pipes, Gates and CoolIT related developments inside the data center piping ecosystem.
The main competitive divide is simple enough. Some companies are strong in facility level piping. Some are strong in rack level or liquid cooling connections. Some understand pre insulated thermal transport. Some bring valves, fittings and fluid control. The winners will probably be the companies that can connect those layers rather than treat piping as a commodity.
Top 10 Companies Analysis
GF Piping Systems
GF Piping Systems is one of the most relevant companies in data center piping because it has a broad portfolio across plastic piping, valves, fittings, automation and fluid handling. Data center operators need corrosion resistance, low maintenance and reliable flow control, especially in cooling water systems and closed loop cooling networks.
The company’s advantage is system breadth. It does not only sell pipe. It can support connected fluid networks, which matters as cooling design becomes more engineered. GF Piping Systems is also identified as a leading player in data center pipes coverage because of its strong portfolio for cooling, water distribution and fluid management.
The challenge is competition from metal piping specialists and pre insulated system providers in large campus or heat rejection applications. GF’s strongest position is where engineered plastic systems, corrosion resistance and integrated flow control are prioritized.
Parker Hannifin
Parker Hannifin is important because liquid cooling depends heavily on motion and control technologies. Hoses, connectors, fittings, valves, manifolds and fluid management products all matter when coolant moves closer to racks and chips.
Parker’s strength is engineering depth. It already serves demanding industrial, aerospace and fluid power markets, which gives it credibility in applications where leakage, pressure stability and reliability are non negotiable. In data centers, that experience becomes useful as cooling systems move from mechanical rooms into IT spaces.
The company is not a pure data center piping player. That may actually help. It brings a wider fluid control background into a market that is becoming more technical.
Gates Industrial Corporation
Gates has become more visible in data center piping because flexible hose systems are gaining share in high density cooling designs. DataM Intelligence notes that flexible pipes and hoses are emerging as a dominant segment with about 28.2% share in 2025, driven by routing adaptability and ease of installation.
The company’s launch of Data Master MegaFlex in March 2025 is a useful signal. Large diameter flexible cooling hoses are being designed specifically for high flow liquid cooling systems in data centers. That tells us the market is moving away from generic hose supply toward application specific thermal infrastructure.
Gates’ advantage is flexible connection technology. Its challenge is proving long term reliability in mission critical environments where customers are extremely sensitive to leak risk.
Perma Pipe International
Perma Pipe is a strong name in pre insulated and specialty piping systems. DataM Intelligence highlighted Perma Pipe’s March 2026 expansion through a new US Northeast facility aimed at AI driven data centers and specialized thermal management needs.
That expansion matters. Data center construction schedules are tight, and operators increasingly want regional supply, prefabrication capability and thermal system expertise. Perma Pipe is well positioned where insulated piping, chilled water distribution and long pipe runs are part of the design.
Its opportunity is tied to AI campuses and larger facilities where thermal transport extends beyond the data hall. The risk is that some rack level liquid cooling applications may favor hose and quick connection suppliers instead of traditional pipe systems.
BRUGG Pipes
BRUGG Pipes is important because it is already positioned around data center piping for cooling and fuel supply. The company says its stainless steel piping solutions support backup generator fuel supply and liquid cooling systems, with double walled piping and permanent leak monitoring designed to reduce failures.
That is a strong fit for data centers. Operators care about redundancy. They care about leak detection. They care about fuel and coolant movement because both support uptime.
BRUGG’s advantage is reliability focused piping infrastructure. Its position is especially relevant in facilities where diesel backup systems, liquid cooling and monitored piping networks need to operate with minimal failure tolerance.
Watts Water Technologies
Watts is relevant through valves, control products, backflow prevention, pressure regulation and water safety systems. Data center piping is not only about pipe runs. It also needs control, balancing, isolation and protection.
The company’s strength is component criticality. A valve may look small compared with a full piping package, but it can determine how safely and efficiently a cooling loop operates. In liquid cooling and chilled water systems, flow control and pressure management are not details.
Watts is more of a fluid control and water systems player than a data center specialist. Still, as piping networks become more complex, component suppliers with reliability credentials become more important.
IPEX
IPEX is a major thermoplastic piping systems company and is relevant for data center applications where corrosion resistance, lightweight installation and chemical compatibility are valued. Plastic piping can be attractive in cooling systems when designed correctly for pressure, temperature and water chemistry.
The company’s advantage is polymer piping experience. Data centers are increasingly open to engineered plastics in selected cooling and water systems because installation speed and corrosion resistance matter. That said, not every application will suit plastic. Fire codes, pressure ratings, temperature exposure and customer preferences still influence material choice.
IPEX’s role is strongest in projects that prioritize engineered thermoplastics and installation efficiency.
Victaulic
Victaulic is important in data center piping because grooved mechanical piping systems can speed installation and simplify maintenance. In fast moving construction environments, that matters.
Data centers are often built under compressed schedules. Mechanical contractors need systems that reduce welding, improve joint consistency and support prefabrication. Victaulic’s grooved coupling technology has a natural fit in chilled water and mechanical piping systems where speed and reliability are both valued.
The company’s advantage is installation productivity. Its challenge is competition from traditional welded systems, press fit systems and application specific liquid cooling connectors.
CoolIT Systems
CoolIT Systems is not a conventional piping company. It belongs in this market because liquid cooling infrastructure is changing the boundaries of piping. CoolIT provides direct liquid cooling systems, cold plates, manifolds and cooling distribution related technologies that bring fluid closer to the heat source.
DataM Intelligence highlighted Ecolab’s March 2026 agreement to acquire CoolIT Systems for about US$ 4.75 billion, showing how liquid cooling is becoming part of broader water, thermal and fluid management strategy.
CoolIT’s strength is rack and chip level cooling expertise. Its role is important because future data center piping will not stop at the mechanical room. It will extend toward racks, rows and IT equipment.
Kelvion
Kelvion is relevant because heat exchangers and thermal transfer systems sit close to data center piping networks. Cooling loops need heat exchange, heat rejection and efficient thermal management. Piping alone does not solve the problem.
The company’s strength is thermal engineering. As AI workloads increase heat loads, data centers need better integration between piping, cooling distribution units, heat exchangers and facility cooling loops. Kelvion’s role is most relevant where operators are designing high efficiency liquid cooling and heat rejection systems.
It is not a pipe supplier in the narrow sense. That is precisely why it matters. The market is becoming a system market.
Competitor Analysis: Top Data Center Piping Market Players
| Company | Core Position | Strategic Focus | Main Demand Exposure | Competitive Strength |
| GF Piping Systems | Plastic piping, valves and fluid handling systems | Cooling water distribution and engineered piping networks | Hyperscale, colocation and enterprise data centers | Broad system portfolio and corrosion resistant solutions |
| Parker Hannifin | Hoses, fittings, valves and fluid control | Liquid cooling connections and flow control | AI servers, rack cooling and high density data halls | Motion and control engineering depth |
Gates Industrial Corporation | Flexible hoses and fluid power products | High flow cooling hose systems | Liquid cooling loops and modular AI data centers | Flexible routing and application specific hose development |
| Perma Pipe International | Pre insulated and specialty piping | Thermal transport and prefabricated insulated systems | AI campuses, chilled water and heat rejection networks | Insulated piping expertise and regional expansion |
| BRUGG Pipes | Stainless steel, double walled and monitored piping systems | Leak monitored piping for cooling and fuel systems | Liquid cooling, backup generator fuel and mission critical facilities | Leak monitoring and reliability focused design |
Watts Water Technologies | Valves, flow control and water system components | Pressure control, isolation and fluid safety | Cooling water, mechanical rooms and facility loops | Critical valve and control component portfolio |
| IPEX | Thermoplastic piping systems | Corrosion resistant plastic piping | Cooling water distribution and utility systems | Polymer piping experience and installation efficiency |
| Victaulic | Grooved mechanical piping systems | Faster installation and modular piping assembly | Chilled water, condenser water and mechanical systems | Coupling technology and construction productivity |
| CoolIT Systems | Direct liquid cooling and CDU related infrastructure | Rack level liquid cooling systems | AI clusters, GPU servers and high density compute | Chip level and rack level cooling expertise |
| Kelvion | Heat exchangers and thermal systems | Heat transfer and cooling loop integration | Liquid cooling, heat rejection and thermal infrastructure | Thermal engineering and heat exchange capability |
Request for Exclusive Sample on Data Center Piping Market
The table shows the split clearly. GF Piping Systems, IPEX, Victaulic, Perma Pipe and BRUGG are closer to facility piping. Parker and Gates are stronger in hoses, fittings and flexible connections. CoolIT and Kelvion sit closer to liquid cooling and thermal system integration. Data center piping is becoming a connected ecosystem, not a single product category.
Who Are Other Companies Influencing the Market?
Several other companies influence the market even if they are not always listed as pure data center piping players. Rehau, Geberit and Uponor matter because polymer piping and radiant or hydronic system expertise can transfer into selected data center cooling applications. Georg Fischer’s broader ecosystem also overlaps with valves, automation and prefabricated fluid systems.
Mechanical contractors and engineering firms are also important. Companies such as AECOM, Jacobs, Schneider Electric’s engineering ecosystem, Vertiv partners and large MEP contractors influence which piping materials, cooling loop designs and prefabricated assemblies are selected. They may not manufacture pipe, but they shape specifications.
Liquid cooling vendors matter too. Vertiv, Schneider Electric, Motivair, Submer, LiquidStack and Boyd influence piping demand because their cooling architectures determine how fluids move through data halls. A direct to chip system creates different piping needs than immersion cooling or rear door heat exchangers.
Fire protection and fuel system providers also sit near the market. Data centers need fire suppression piping, backup generator fuel piping and water treatment loops. These systems are not always included in the narrow liquid cooling conversation, but they are part of the broader piping infrastructure that keeps facilities running.
What Is Driving Competition in the Market?
Competition is being driven by high density compute first. AI servers and GPU clusters are producing heat loads that traditional air cooling cannot always manage efficiently. That pushes liquid cooling and chilled water systems deeper into facility design. It also raises expectations for piping reliability.
Flexible piping is gaining attention because data halls are crowded and layouts change. Rigid pipe can be strong, but it is not always easy to route around high density racks, CDUs and modular cooling systems. Flexible hoses reduce installation friction, although they still need careful qualification.
Leak risk is the uncomfortable part. Water and electronics do not make operators relaxed. Every supplier in this market has to speak the language of pressure testing, leak detection, redundancy, material compatibility and field reliability. Marketing claims are not enough.
Prefabrication is another driver. Data center timelines are compressed, and mechanical labor is expensive. Prefabricated piping assemblies, modular skids and pre insulated systems can reduce installation time and improve consistency. This favors companies that can support engineering, manufacturing and job site coordination.
Material choice is becoming more nuanced. Stainless steel, carbon steel, copper, plastics and flexible hoses all have a role. There is no single winner. The right material depends on coolant chemistry, pressure, temperature, installation route, fire code, corrosion risk and customer standards.
The market is moving to favor companies that can combine product reliability with engineering support. Data center operators do not want pipe alone. They want cooling infrastructure that installs quickly, works safely and does not create downtime risk. In this market, the best suppliers will be treated less like commodity vendors and more like thermal infrastructure partners.
Read Complete Research Report: https://www.datamintelligence.com/research-report/data-center-piping-market