Data Center Piping Market Company Research Insight
The data center piping market is no longer a conventional mechanical infrastructure category. AI clusters, higher rack densities and the rapid adoption of direct-to-chip liquid cooling are moving piping closer to the critical IT environment. That changes what operators value. Pipe material, joint reliability, leak prevention, flow performance, installation speed and integration with cooling distribution units now have a direct relationship with uptime and computing density.
According to DataM Intelligence, the global Data Center Piping Market reached US$ 749.92 million in 2025. DataM projects the market at US$ 7.43 billion by 2033 with a CAGR of 33.2%. Extending the same growth trajectory to the requested 2035 forecast horizon produces a market value of approximately US$ 13.17 billion. The market is segmented across rigid pipes, flexible pipes or hoses and pre-insulated pipes, with applications spanning cooling-water distribution, heat rejection and liquid-cooling loops. North America represented about 35% of the market in 2025, while Asia-Pacific is the fastest-growing region.
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DataM currently lists GF Piping Systems, Aquatherm, BRUGG Pipes, IPEX, ISCO Industries, Victaulic, Hayward Industries, Watts, Valex, Harrington Industrial Plastics, Collins Companies, Parker Hannifin, Fixotec, Future Pipe Industries and AGRU among the key players. For a 2025 base-year and 2035 forecast competitive landscape, that list should be sharpened. GF Piping Systems, BRUGG, IPEX, Victaulic, Watts and Parker remain highly relevant. Gates and Perma-Pipe should be elevated because both have made data centers a visible strategic growth area. CoolIT should now be presented under Ecolab following Ecolab’s July 2026 acquisition, while Kelvion should remain a major thermal-infrastructure player with its pending acquisition by SLB clearly noted.
The competitive field now spans four layers. GF, IPEX and Victaulic are strongest in facility-level piping systems. Parker and Gates are important in hoses, connectors, fittings and rack-adjacent fluid transfer. Perma-Pipe and BRUGG specialize in insulated or monitored thermal transport. Ecolab/CoolIT and Kelvion sit closer to liquid-cooling and heat-transfer integration. The strongest suppliers will increasingly be those that can connect these layers instead of treating pipe as a commodity component.
Top 10 Companies Analysis
GF Piping Systems
GF Piping Systems is one of the most relevant companies in data center piping because it combines engineered thermoplastic pipe, valves, fittings, automation and fluid-control expertise in one system portfolio. Its position is especially strong where operators want corrosion resistance, clean coolant loops, low maintenance and rapid installation across facility water systems and technical cooling systems.
The company has moved further into next-generation liquid cooling. In February 2026, GF and Rittal announced a full-scope polymer cooling infrastructure deployment for a German colocation data center, covering the cooling loop from chiller and dry cooler to the rack and chip. GF has also published dedicated guidance around polymer piping for direct liquid cooling, emphasizing coolant purity, corrosion resistance and hydraulic performance.
GF’s competitive strength is system breadth combined with a strong engineered-plastics position. Its challenge is that large campus applications can still favor steel, stainless or pre-insulated specialist systems where higher mechanical robustness or long external pipe runs are prioritized.
Parker Hannifin
Parker Hannifin is important because liquid cooling relies on much more than conventional pipe. Hoses, quick disconnects, fittings, valves, manifolds and fluid-management components become increasingly critical as coolant moves from central mechanical systems toward rows, racks and individual servers.
Parker brings deep motion-and-control engineering experience from demanding industrial and aerospace markets. Its data center cooling portfolio and technical guidance focus on the transition from air cooling toward high-density liquid cooling, where pressure stability, material compatibility and leak-free connections become essential.
The company’s advantage is engineering depth across fluid control. Its limitation is that Parker is not primarily a facility-piping supplier. Its strongest competitive position is therefore in connection technology, hoses and engineered fluid-control components close to the liquid-cooling system.
Gates Corporation
Gates has rapidly become one of the most visible flexible-hose and fluid-transfer companies in the data center liquid-cooling market. Its Data Master product family is designed specifically for coolant distribution, with attention to low extractables, flow efficiency, routing flexibility and leak protection.
The company has expanded from individual hoses into a broader thermal-management portfolio that includes large-diameter flexible lines, dry-break couplings and pumps. Gates also participates in the Open Compute Project ecosystem. In its 2026 investor materials, Gates estimated a global liquid-cooling addressable market of more than US$ 2 billion while noting that its own 2025 data center revenue was still below US$ 10 million, showing both the scale of the opportunity and the early stage of its penetration.
Gates’ strength is flexibility and rack-adjacent fluid transport. The main challenge is execution at scale as more hose, coupling and connector manufacturers move aggressively into AI data center cooling.
Perma-Pipe International Holdings
Perma-Pipe has become increasingly relevant to data center piping because its core capabilities in pre-insulated piping, containment, coatings, leak detection and thermal transport match the needs of large data center campuses. Long chilled-water runs and external cooling networks favor suppliers that can reduce thermal loss and simplify installation.
The company’s data center exposure moved from adjacent opportunity to explicit growth strategy during 2025 and 2026. Perma-Pipe announced US$ 52 million of third-quarter 2025 awards that included major U.S. data center projects, then announced a new U.S. Northeast facility investment in March 2026 specifically aimed at serving AI data center customers. Its fiscal 2025 net sales increased 33.1% to US$ 210.9 million.
Perma-Pipe’s competitive strength is pre-insulated infrastructure and project execution. Its risk is concentration in larger facility-level thermal transport rather than the rack-level liquid-cooling connection layer where growth is also accelerating.
BRUGG Pipes
BRUGG Pipes is a specialist in flexible and double-walled piping systems for liquid cooling and backup-generator fuel supply in mission-critical facilities. Its data center proposition is built around stainless steel systems, permanent leak monitoring and certified installation, which directly addresses the market’s sensitivity to leaks and downtime.
The company offers SECON-X for liquid cooling and FLEXWELL safety pipe for fuel systems. BRUGG highlights data center installations across Europe and Asia and has strengthened North American manufacturing through production activity in Joliet, Illinois. DataM identifies pre-insulated piping as one of the fastest-growing parts of the market because it supports thermal efficiency and faster deployment.
BRUGG’s strength is high-reliability, monitored piping rather than commodity pipe volume. Its challenge is cost competitiveness when projects can meet requirements with simpler thermoplastic or conventional metallic systems.
Watts Water Technologies
Watts Water Technologies is relevant because data center piping networks depend on valves, strainers, control products, drains and thermal-management components as much as on pipe itself. Its role is strongest in facility water systems and technical water loops where isolation, balancing, pressure control and maintainability are critical.
Watts has identified data centers as a strategic growth area. Its 2026 investor materials described an addressable data center market above US$ 1 billion, with 2025 data center sales representing just over 3% of total company sales and growing at a double-digit rate. The portfolio spans ductile-iron and stainless-steel valves, strainers, drains and thermal storage products.
Watts’ advantage is component breadth across the mechanical room and cooling loop. Its limitation is that it is not a full piping-system provider, so competitive success depends heavily on specification influence and integration with pipe, pumping and cooling partners.
IPEX
IPEX is a major thermoplastic piping supplier with a direct data center proposition spanning cooling, drainage, ventilation, electrical infrastructure and backup-generator fuel delivery. Products such as Xirtec PVC and CPVC are positioned for cooling-water and glycol applications where corrosion resistance and installation efficiency matter.
Thermoplastics are becoming increasingly attractive in some data center environments because they reduce corrosion risk, can lower system weight and can simplify installation compared with welded metallic systems. These advantages align closely with DataM’s market drivers around prefabrication, construction speed and reduced installation error.
IPEX’s strength is a broad polymer-piping portfolio and established contractor familiarity. Its main challenge is convincing owners and engineers to expand polymer use into higher-temperature, higher-pressure or more mission-critical cooling loops where stainless steel or specialty engineered systems may still be preferred.
Victaulic
Victaulic is one of the most important mechanical piping-system companies serving mission-critical data centers. Its grooved couplings, valves and prefabricated assemblies allow cooling networks to be installed and modified without extensive welding, supporting faster construction and future scalability.
The company now markets dedicated liquid-to-rack solutions, technical cooling system equipment modules, branch lines and valve trains for data centers. This position is valuable because hyperscale and colocation operators increasingly want repeatable, modular infrastructure that can be expanded without long shutdowns or hot-work activity inside operating facilities.
Victaulic’s strength is constructability. It combines widely accepted mechanical joining technology with engineering support and modularization. The competitive risk is that liquid cooling is also pulling value toward hose, quick-disconnect and CDU specialists closer to the IT rack.
Ecolab / CoolIT Systems
CoolIT Systems is one of the most important direct-liquid-cooling companies in the market because it operates at the rack and chip level through coolant distribution units, manifolds, server coldplate loops and direct liquid cooling technologies. This makes it highly relevant to the piping market even though it is not a conventional pipe manufacturer.
In July 2026, Ecolab completed its approximately US$ 4.75 billion acquisition of CoolIT. Ecolab said CoolIT’s year-to-date sales had grown more than 100%, driven by AI liquid-cooling demand. Earlier in 2026, CoolIT reported triple-digit production-capacity growth across its product lines and demonstrated a 15 kW coldplate design aimed at future ultra-high-density accelerators.
The acquisition changes the competitive position materially. Ecolab can now connect water treatment, water management and direct liquid cooling. That gives the combined business a broader end-to-end thermal and fluid-management story than CoolIT had as a standalone company.
Kelvion
Kelvion is a major heat-exchange and thermal-management company with strong relevance to data center cooling. Its portfolio includes heat exchangers, air coolers, dry coolers and liquid-cooled solutions that sit between facility piping and the broader heat-rejection system.
Kelvion’s importance increased further in August 2026 when SLB announced an agreement to acquire the company. SLB described the transaction as a way to strengthen its Data Center Solutions business with critical thermal-management technologies. Until the transaction closes, Kelvion should still be treated as a standalone competitive company with a pending ownership change.
Kelvion’s strength is heat-transfer engineering and integration with cooling loops. Its challenge is that it competes more in the thermal equipment layer than in core pipe manufacturing, so its influence on piping demand often comes through system design rather than direct pipe sales.
Competitor Analysis: Top Data Center Piping Market Players
| Company | Core Position | Strategic Focus | Main Demand Exposure | Competitive Strength |
| GF Piping Systems | Engineered polymer piping and flow-control systems | Chiller-to-chip polymer cooling networks | Facility water, technical cooling and liquid cooling | Integrated thermoplastic system breadth |
| Parker Hannifin | Fluid-control and connection technology | Hoses, fittings, valves, manifolds and connectors | Rack-level and system-level liquid cooling | Motion-and-control engineering depth |
| Gates Corporation | Flexible hose and thermal fluid-transfer supplier | Data Master hoses, couplings and pumps | High-flow liquid-cooling loops | Flexible routing and coolant-compatible materials |
| Perma-Pipe International | Pre-insulated thermal transport specialist | AI data center chilled-water and campus piping | Large campuses and external cooling networks | Insulation, containment and leak-detection capability |
| BRUGG Pipes | Monitored stainless and flexible piping specialist | Leak-monitored cooling and fuel piping | Mission-critical cooling and generator fuel systems | High-reliability monitored pipe systems |
| Watts Water Technologies | Valves and mechanical water components | Flow control, isolation and water-system optimization | Mechanical rooms and cooling-water loops | Broad valve and control-component portfolio |
| IPEX | Thermoplastic piping systems | Corrosion-resistant cooling and utility piping | Cooling water, glycol, drainage and fuel delivery | Polymer piping scale and installation efficiency |
| Victaulic | Grooved mechanical piping systems | Modular and prefabricated liquid-cooling distribution | Chilled water, technical cooling and rack headers | Fast installation and scalable constructability |
| Ecolab / CoolIT Systems | Direct liquid-cooling and water-management platform | CDUs, manifolds, coldplates and coolant management | AI clusters and high-density compute | Rack/chip cooling plus Ecolab water expertise |
| Kelvion | Heat-exchange and thermal-management systems | Liquid cooling, heat rejection and energy efficiency | Data center thermal infrastructure | Heat-transfer engineering and global equipment base |
The table shows why data center piping competition is becoming more complex. GF, IPEX and Victaulic are closest to facility-level piping systems. Parker and Gates gain importance as cooling moves toward flexible hoses, connectors and rack-adjacent distribution. Perma-Pipe and BRUGG are differentiated by insulated or monitored thermal transport. Ecolab/CoolIT and Kelvion influence piping demand through liquid-cooling and heat-transfer system design. The market is becoming an integrated fluid-infrastructure ecosystem rather than a conventional pipe category.
Who Are Other Companies Influencing the Market?
Several companies from the current DataM list remain relevant outside the Top 10. Aquatherm is important in polypropylene piping systems and has clear relevance to hydronic cooling and mission-critical applications. AGRU Kunststofftechnik is another important engineered-plastics supplier, while ISCO Industries brings HDPE fabrication, fusion and project capability. These companies should remain in the wider competitive landscape even if they are not ranked above the ten companies selected here.
Hayward Industries, Valex, Harrington Industrial Plastics, Future Pipe Industries and regional fabrication specialists also influence specific project segments. Their importance varies by material, diameter, geography and application. Data center piping procurement is still highly specification-driven, which means a company can be very strong in one regional or material niche without having the broadest global market position.
Thermal-management companies increasingly shape this market from outside traditional piping. Vertiv, Schneider Electric, Rittal, Motivair by Schneider Electric, Alfa Laval, Boyd, Submer and GRC influence cooling architecture, CDU selection and rack-level fluid distribution. Their technology decisions can determine what pipe materials, hose sizes, couplings and valve systems are ultimately specified.
Mechanical contractors and engineering firms are another important influence layer. Data center owners rely heavily on mechanical engineers, EPCs, specialist contractors and prefabrication partners to standardize repeatable cooling designs. Suppliers that secure specification relationships with these firms can gain an advantage long before physical pipe is purchased.
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What Is Driving Competition in the Market?
Competition is being driven first by AI rack density and the shift toward liquid cooling. Direct-to-chip systems bring coolant closer to servers and accelerators, increasing the number of connections, hoses, manifolds and controlled flow paths inside the data hall. This moves value away from simple bulk pipe and toward engineered fluid-distribution systems with stronger reliability requirements.
Construction speed is the second major competitive line. DataM identifies prefabricated and easy-install piping as a central market driver. Hyperscale and colocation projects are under pressure to commission capacity quickly. Grooved systems, flexible hoses, pre-insulated pipe, prefabricated skids and modular headers all reduce field labor and shorten installation cycles. Suppliers that can support repeatable campus designs will benefit most.
Leak risk is another defining factor. A minor piping failure in a conventional industrial facility may be manageable. In a high-density data center, a coolant leak can threaten expensive computing hardware and uptime commitments. That makes joint count, connector design, pressure testing, leak monitoring, material compatibility and field service major procurement criteria rather than secondary engineering details.
Material competition is also intensifying. Thermoplastic systems offer corrosion resistance, lower weight and simpler joining. Stainless systems provide robustness and clean-fluid performance. Flexible hoses improve routing around dense equipment. Pre-insulated systems improve thermal efficiency on long distribution runs. There is unlikely to be one winning material. The competitive advantage will come from matching material choice to each layer of the cooling architecture.
M&A is beginning to reshape the field. Ecolab’s acquisition of CoolIT moves a large water-management company directly into AI liquid cooling. SLB’s agreement to acquire Kelvion shows that major industrial technology companies now view data center thermal infrastructure as strategically important. Similar consolidation is likely around cooling, water treatment, pumps, valves, heat exchange and fluid distribution.
The next phase of competition will favor companies that can combine proven reliability, rapid installation, regional manufacturing, liquid-cooling compatibility and engineering support. For the 2025 base-year global competitive landscape, the strongest Top 10 list is GF Piping Systems, Parker Hannifin, Gates Corporation, Perma-Pipe International Holdings, BRUGG Pipes, Watts Water Technologies, IPEX, Victaulic, Ecolab/CoolIT Systems and Kelvion. The most important update to the current DataM list is the elevation of Gates, Perma-Pipe and liquid-cooling specialists, alongside reflecting CoolIT’s acquisition by Ecolab and Kelvion’s pending acquisition by SLB.