09/07/2026 - 11:00

By combining water supply and drainage solutions within one portfolio, GF enables engineers, developers, and installers to design safer, quieter and more reliable buildings with the support of a single technology partner.

In modern buildings, hydraulic systems operate as a complex ecosystem that must perform reliably, safely and quietly for decades. While often invisible to occupants, drainage systems play a critical role in overall building performance, influencing acoustic comfort, long-term maintenance requirements, and regulatory compliance. With its portfolio of water supply and drainage solutions, GF – with Uponor as its product brand – reinforces its position as a partner capable of covering a broad range of building installations, offering engineers, developers, and installers an integrated approach supported by the expertise and technical support of a single manufacturer.

For engineers responsible for designing building systems, selecting a drainage solution goes far beyond simply conveying wastewater. Key considerations include acoustic performance, fire safety, chemical resistance, and the material’s behavior under elevated temperatures. European standards such as EN 1451 for drainage systems and EN 14366-1 for acoustic testing, along with DIN 4109 and VDI 4100 for acoustic performance in buildings, set strict requirements that installations must meet, particularly in residential buildings where acoustic comfort has become a defining quality factor.

Durability is another essential consideration

Drainage stacks for instance typically run through multiple apartments and remain embedded within the building structure, making future interventions complex and costly. As a result, engineers increasingly prioritize systems capable of delivering long service life, high impact resistance, chemical resistance across a wide pH range, and strong thermal stability, helping reduce the risk of failures and costly maintenance throughout the building lifecycle.

Broader portfolio with drainage solutions

GF’s drainage portfolio, including systems such as Silenta Premium, Silenta 3A and HT-PP, addresses these challenges with pipes and fittings manufactured from high-performance polypropylene (PP). This material combines lightweight handling with robustness and resistance to demanding operating conditions, while enabling secure connections and efficient installation, features valued by engineers and installers alike in both residential and commercial projects.

By integrating drainage solutions, GF is expanding its overall portfolio in building technology, which also includes water supply and plumbing systems. By doing so, GF enables professionals to work with fully compatible and coherent solutions under one technological umbrella. This integrated approach simplifies system design, reduces the risk of incompatibility between components and streamlines project planning and installation.

With the global expertise of GF and the specialist know-how of Uponor, professionals benefit from dedicated technical support across every phase of the project — from design and specification to on-site installation. Together, these capabilities position GF as a trusted partner for managing the complete flow of water within buildings, from supply to drainage.

“In today’s buildings, water systems must deliver far more than basic functionality. Engineers are looking for solutions that combine acoustic performance, regulatory compliance, and long-term reliability. By offering both water supply and drainage systems within one portfolio, GF enables professionals to design building installations with greater confidence and efficiency, supported by a single technology partner.” says Gerrit Schmidt, Head of Commercial Europe.

More information about GF’s drainage product portfolio here.

Downloads:

• Media Release: From supply to drainage: GF strengthens its role as a complete partner for building water systems (PDF/ 165 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/EN_20260709_GF_Media Release_Drainage_Solutions_overall.pdf


• Medienmitteilung: Von der Versorgung bis zur Entwässerung: GF stärkt seine Rolle als Komplettanbieter für Gebäudewassersysteme (PDF/ 170 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/DE_20260709_GF_Media Release_Drainage_Solutions_overall.pdf
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Contacts:

With a rich history in industrial innovation since 1802, GF is reshaping the future of Flow Solutions by delivering Excellence in Flow through mission-critical products and solutions that enable the safe and sustainable transport of water and other fluids for Buildings, Industry and Infrastructure. Headquartered in Switzerland, GF employs around 13’300 professionals across 46 countries. In 2025, GF’s Flow Solutions business generated sales of CHF 3 billion. GF is listed on the SIX Swiss Exchange.

04/06/2026 - 14:00

The VAG DUOJET® @ON Smart Air Valve is the first solution to combine automated hygienic flushing with intelligent network monitoring in a single valve. Unveiled by Georg Fischer at the IFAT trade fair in Munich in May 2026. Integrated sensors and a configurable flushing function support compliance with hygiene requirements while significantly reducing operating costs. At the same time, the system enables continuous monitoring of network conditions, significantly contributing to a safe and sustainable drinking water supply.

As demands for operational safety and drinking water quality in modern drinking water networks continue to rise, the role of traditional valves is undergoing a fundamental shift. Today, addressing individual functions in isolation is no longer sufficient. What is required are integrated solutions that combine hygiene safety and network monitoring into a single, holistic approach. To meet this need, the VAG DUOJET® @ON Smart Air Valve was developed and introduced as a production-ready solution at the IFAT trade fair in Munich in May 2026. It marks the next step in the evolution of a proven valve into an enhanced system component.

The core approach is to combine hygiene protection and network monitoring in a single valve. The traditional venting and air-release function is combined with an automated, hygienically effective flushing strategy. This ensures that areas within the drinking water system that are prone to stagnation are regularly flushed, thereby maintaining drinking water quality at a defined level at all times.

The flushing function is designed to run automatically at user-defined intervals – for example, every three months – and can be adapted to the specific system conditions. This helps ensure compliance with the hygiene requirements of DVGW W392-2 without requiring on-site service personnel to intervene. The manual flushing cycles that were previously required are no longer necessary. The process is repeatable and significantly reduces operational effort for work assignments.

Timo Bugert, Product Manager for Global Engineering at VAG, explains from a technical perspective: “The automatic flushing system integrates seamlessly into the system and offers not only hygienic benefits but also advantages in terms of maintenance and network operation. This integration establishes a reliable foundation for consistently reliable hygiene safety throughout the entire network.”

In addition to its integrated flushing function, the valve fulfills its core purpose as a single-chamber high-performance valve for the controlled venting and filling of piping systems. It combines three essential functions: venting during discharge, air release during filling, and continuous operational venting. The design enables the stable and efficient removal of both large volumes of air during dynamic operating phases and small amounts of air during continuous operation – even at air velocities approaching the speed of sound.

In addition, the smart valve enables continuous monitoring of relevant operating conditions. The integrated sensors and system controls measure pressure conditions and valve positions. This data is not collected in isolation but rather enables a reliable assessment of the system’s condition.

Upon request, operators receive both regular status updates and real-time alerts in the event of deviations from normal operation. The information gathered enables continuous monitoring of the condition of the pipelines and the manhole infrastructure. Pressure deviations, unusual operating conditions, or unauthorized access to the valve or the installation shaft can be detected early and transmitted to the network operator as status or warning messages. This advancement allows early detection of potential incidents, such as pipe breaks or critical operating conditions. The valve thus assumes a significantly enhanced role within the supply network.

Security is also a top priority when it comes to data transmission. Communication is unidirectional and encrypted. Only status and warning messages are transmitted from the field to the operator; external access to the valve is prevented. This ensures a high level of IT security.

The combination of a low-maintenance design – with operating periods designed for a minimum of three years without requiring on-site service – and integrated data capabilities supports compliance with the requirements of DVGW W392-2 and enables seamless integration into existing and future network structures. At the same time, it lays the groundwork for advanced applications such as condition-based maintenance or higher-level network analyses.

This approach demonstrates that the future of water supply does not depend on the isolated digitization of individual components, but rather on the intelligent integration of function and information. Only when the valve itself becomes an active information carrier does measurable added value emerge – both in technical and economic terms. In this way, the valve becomes an integral part of a resilient and sustainable water supply network.

To learn more about the VAG DUOJET® @ON Smart Air Valve and how it can enhance hygiene safety and operational efficiency in your network, visit vag-group.com or contact our experts for a personalized consultation.

Downloads:

• Media Release: New smart air valve integrates operational reliability and hygiene in drinking water networks (PDF/ 233 KB)
  https://www.gfps.com/content/dam/commonassets/corp/documents/trade-press-releases/media-releases/gfps-media-release-duojet-on-smart-air-valve-20260601-en.pdf


• Medienmitteilung: New smart air valve integrates operational reliability and hygiene in drinking water networks (PDF/ 237 KB)
  https://www.gfps.com/content/dam/commonassets/corp/documents/trade-press-releases/media-releases/gfps-media-release-duojet-on-smart-air-valve-20260601-de.pdf
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Contacts:

With a rich history in industrial innovation since 1802, GF is reshaping the future of Flow Solutions by delivering Excellence in Flow through mission-critical products and solutions that enable the safe and sustainable transport of water and other fluids for Buildings, Industry and Infrastructure. Headquartered in Switzerland, GF employs around 13’300 professionals across 46 countries. In 2025, GF’s Flow Solutions business generated sales of CHF 3 billion. GF is listed on the SIX Swiss Exchange.

02/06/2026 - 08:00

GF’s PVDF-based in-rack manifold for direct-to-chip liquid cooling has received OCP Inspired™ recognition, marking an important milestone for the adoption of advanced polymer technologies in next-generation data center cooling infrastructure. The solution is the first polymer-based manifold to receive this recognition within the Open Compute Project (OCP) Inspired™ program.

As part of the OCP ecosystem, GF contributes engineered polymer piping systems and hydronic infrastructure solutions designed for direct-to-chip liquid cooling (DLC) applications in hyperscale and AI data centers. GF’s LiquidCore portfolio combines piping, valves, instrumentation, hydronic specialties, engineering expertise, jointing technologies, and pre-fabrication to support reliable and efficient coolant distribution from the facility water system through the technology cooling system and on to the chip via cold plate.

The newly recognized OCP Inspired™ in-rack manifold is based on GF’s long-proven SYGEF PVDF material platform and was developed to support demanding thermal management environments where coolant purity, corrosion resistance, and long-term reliability are critical. Unlike conventional metallic manifolds, the solution utilizes a polymer design engineered to support uniform flow distribution across all outlet ports, helping maintain stable and repeatable cooling performance throughout the rack. The lightweight PVDF construction also enables corrosion-free operation and simplified integration through flexible connection and mounting options.

Each manifold is custom-engineered according to client-specific rack and cooling requirements and undergoes a 100% pressure test with water before delivery to ensure maximum reliability and safety. The manifold concept has already been validated through multiple proof-of-concept deployments and live data center installations across the Americas, Europe and Asia-Pacific.

Building on decades of experience in mission-critical applications and ultra-pure water systems for semiconductor manufacturing, GF is pioneering the use of engineered polymers in next-generation data center cooling. The company has long supported leading chip manufacturers and high-tech industries worldwide with reliable flow solutions designed for highly demanding operating environments.

“OCP plays a key role in driving collaboration and standardization across the data center industry,” said Charles Freda, Global Head Data Centers at GF. “Receiving OCP Inspired™ recognition for our PVDF in-rack manifold reflects both the maturity of advanced polymer flow solutions and our commitment to supporting open and interoperable liquid cooling ecosystems for high-performance computing.”

Direct liquid cooling is rapidly becoming the preferred cooling approach for AI and high-density computing environments, where rack densities increasingly exceed 100 kW. In these systems, the quality and reliability of the hydronic infrastructure are essential to maintaining thermal performance and protecting sensitive cold plate technologies. GF’s engineered polymer piping systems are specifically designed to address these requirements through corrosion-free operation, smooth internal surfaces, and contamination-minimized jointing technologies.

The OCP ecosystem increasingly supports interoperable and multi-vendor liquid cooling infrastructures through standardized interfaces and validated material approaches. Industry guidance for liquid cooling systems today recognizes several advanced polymers as suitable wetted materials, supporting the broader adoption of high-performance polymer technologies in next-generation data center cooling applications.

Learn more about polymer solutions for direct-to-chip liquid cooling: gfps.com/liquidcore

Downloads:

• Media release: GF receives OCP Inspired™ recognition for industry-first PVDF in-rack manifold (PDF/ 376 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20260602-en-gf-ocp-announcement.pdf


• Medienmitteilung: GF erhält „OCP Inspired™“-Siegel für branchenweit ersten In-Rack-Verteiler aus PVDF (PDF/ 387 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20260602-de-ocp-announcement.pdf
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Contacts:

With a rich history in industrial innovation since 1802, GF is reshaping the future of Flow Solutions by delivering Excellence in Flow through mission-critical products and solutions that enable the safe and sustainable transport of water and other fluids for Buildings, Industry and Infrastructure. Headquartered in Switzerland, GF employs around 13’300 professionals across 46 countries. In 2025, GF’s Flow Solutions business generated sales of CHF 3 billion. GF is listed on the SIX Swiss Exchange.

23/04/2026 - 14:00

Together with VAG, GF will present an extensive selection of valves, piping systems, automation, jointing, and complete solutions for water and wastewater infrastructure. Under the shared message “Building reliable water networks together”, GF will highlight how customers benefit from integrated Flow Solutions designed to perform reliably, safely and efficiently across the entire infrastructure lifecycle. 

Swiss company GF is reshaping itself to become the global leader for Flow Solutions for Buildings, Industry and Infrastructure. With the acquisition of the German VAG-Group in October 2025, GF now benefits from VAG’s globally recognized metal valve technologies, significantly strengthening the company’s infrastructure portfolio and deepening its system capabilities. The result is improved compatibility across components, simplified sourcing and logistics, stronger local support, and solutions designed to reduce leakages, lower maintenance costs and increase network longevity.

“At IFAT 2026, we will show our most comprehensive portfolio yet,” comments Juerg Peter, President Business Unit EMEA at GF. “Today’s water infrastructure challenges and the rising complexity of industrial applications require new approaches. By combining our polymer expertise with VAG’s high-performance metal valves, we can now deliver truly end-to-end Flow Solutions.”

Tomi Lakanen, Head of Business Unit VAG, adds: “By combining our portfolios, we deliver far more than the sum of our individual strengths. Together, we offer a comprehensive infrastructure portfolio and a true end-to-end system solution – from standardized offers enabling rapid deployment to highly flexible, tailored configurations for end-users all around the globe. IFAT will be a key platform to demonstrate how the combined capabilities of GF and VAG translate into tangible added value for our customers.”

Integrated Flow Solutions for water infrastructure

At IFAT, visitors can discover key technologies and innovations designed to strengthen water resilience, improve lifecycle performance and enable a reliable, efficient operation. This includes a Flowise chamber solution that offers utilities an efficient way to reduce leakages, protect water quality and lower network costs. It features components such as GF’s NeoFlow pressure regulating and pressure sustaining valves or VAG RIKO Control Valves, complemented by VAG EKN Butterfly Valves as well as VAG’s EKOplus and BETA gate valves. At the same time, the Swiss Flow Solutions provider will display efficient network repair technologies like the MULTI/JOINT 3000 Plus, which connects pipes from distribution and transport grids with a restraint pull-out resistance system.

Automation, control and system integration

In addition to an extensive valve line-up, including the new Butterfly Valve 565 Big in DN400, GF will present its Valve Automation Solutions. Rather than treating valves, actuators, and accessories as separate components, the service develops and supplies fully integrated automation solutions. The product range covers all valve brands, types, and sizes, as well as materials such as plastic and metal. This simplifies the planning process while offering a high degree of customization.  

Jointing solutions: connections that last when it matters

Flow Solutions can only be as reliable as their connections. Here, the focus will be on the IR-225 M, an infrared fusion machine designed for a range of materials, including PVDF, PP-H, PP-n, PE100, ECTFE, and PVC-U, and offers a fully controlled fusion process as well as an active cooling system. In the field of electrofusion, visitors can experience the CONNECT Welding App. As part of a digital welding documentation platform, it helps users document welding processes faster, easier, and more reliably. Throughout IFAT, experts will also offer live demonstrations of various Jointing Solutions at the booth

Hydrogen solutions and expert session

GF will further show how corrosion-free thermoplastic piping systems enable safe and durable hydrogen infrastructure across the value chain, from production and distribution to usage. Applications include ultrapure water treatment, electrolyser technologies, certified hydrogen transport and components for type IV storage tanks.

As part of the IFAT conference program, Cyrus Ardjomandi, Business Development Manager, will speak at the Hydrogen Stage on Monday, 4 May 2026, at 3 p.m. His presentation, “Why hydrogen EPCs, OEMs and integrators switch to thermoplastic piping systems design”, will explain how corrosion-free thermoplastic piping systems support safe, durable and reliable hydrogen infrastructure across the value chain.

Experience integrated Flow Solutions at GF’s and VAG’s IFAT booths from 4-7 May in Munich, Germany:

GF booth: B3.351
VAG booth: C2.451

Find out more about GF and VAG's portfolio at IFAT 2026

Downloads:

• Media Release: GF at IFAT 2026: Building reliable water networks together (PDF/ 2 MB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20260423-en-media-release-gf-at-ifat-2026.pdf
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Links:

• IFAT 2026
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Contacts:

With a rich history in industrial innovation since 1802, GF is reshaping the future of Flow Solutions by delivering Excellence in Flow through mission-critical products and solutions that enable the safe and sustainable transport of water and other fluids for Buildings, Industry and Infrastructure. Headquartered in Switzerland, GF employs around 13’300 professionals across 46 countries. In 2025, GF’s Flow Solutions business generated sales of CHF 3 billion. GF is listed on the SIX Swiss Exchange.

26/03/2026 - 08:00

As part of a comprehensive retrofit of its potable water system, the hospital ship Africa Mercy has implemented a polymer piping solution from GF across critical medical areas. The project, supported through a material donation and on-site engineering assistance, demonstrates how thermoplastic systems can meet stringent hygiene and performance requirements in demanding marine environments.

Operated by the international, independent, and donation-based charity Mercy Ships, Africa Mercy (152 m LOA, 16,572 GT) is one of the world’s largest civilian hospital ships. It provides advanced medical care to people in sub-Saharan Africa with limited healthcare infrastructure. On board, the vessel features five operating theatres, an intensive care unit, a general ward with 82 patient beds, as well as state-of-the-art diagnostic facilities.

In such an environment, freshwater systems must meet particularly stringent requirements. In addition to withstanding vibration, movement, and saline ambient conditions at sea, they must ensure consistently high water quality in line with WHO drinking water guidelines, especially in surgical and intensive care areas, where water quality directly impacts patient safety. At the same time, aging metallic piping systems can present operational risks. On board Africa Mercy, the existing system had begun to show increasing fouling over time, prompting the need for a reliable and hygienic long-term solution.

Complete system renewal under challenging retrofit conditions

The renewal of the potable water network was carried out as a full retrofit in critical hospital areas across two decks during the ship’s dry dock period, covering surgical zones, intensive care units, as well as patient wards and cabins.

As is typical for ship conversion projects, installation conditions were challenging. Time pressure, limited space, complex routing, and the need to work around existing infrastructure required a high degree of flexibility. In this case, parts of the old piping system remained in place while the new system was installed in parallel, adding further complexity to the execution.

Polymer piping solution tailored to marine requirements

For the project, GF supplied a complete thermoplastic flow solution, combining INSTAFLEX (Polybutene) for the main distribution lines and the iFIT (Multilayer-composite) system for connections to individual endpoints such as operating rooms, wards, and cabins.

The INSTAFLEX system, joined via electrofusion to allow a dry-fit positioning for more flexibility, was used for the primary distribution network and designed for a pressure rating of PN16. The iFIT system, with its manual push-fit connection technology and a pressure rating of PN10, enabled an efficient and flexible installation at the final connection to a cabin locker valve. Both systems are certified according to major international standards, including ABS, DNV, LR, BV, and RINA, and are designed for a service life of at least 25 years.

From an engineering perspective, polymer piping offers clear advantages over conventional metal systems in marine potable water applications. The material is inherently corrosion-free, preventing internal scaling and degradation in humid and saline environments. Smooth inner surfaces support hygienic water transport by reducing the risk of biofilm formation, while the absence of taste or contaminant release contributes to maintaining water quality over time.

In addition, the flexibility of polymer materials allows the piping system to absorb vibration and movement of the vessel, reducing mechanical stress and minimizing potential leak risks over its lifetime.

Efficiency gains in installation and handling

The project also demonstrated the installation advantages of thermoplastic systems in retrofit scenarios. Compared to metal piping, installation times were reduced by approximately 50%, supported by modular system design and simplified joining technologies. The electrofusion of INSTAFLEX and the push-fit connections of the iFIT system eliminated the need for hot work, improving safety and reducing complexity during installation. Weight reduction was another key factor. The polymer system is up to 60% lighter than comparable metal solutions, facilitating handling and installation in confined onboard spaces. In total, more than 2,000 meters of piping and over 7,000 fittings were installed.

On-site expertise and reliable implementation

In addition to donating the materials, a dedicated GF team supported the project on site, working closely with contractors and the ship’s technical personnel. Their involvement included installation support, technical guidance, and crew training to ensure correct system handling and long-term reliability.

“GF donated the complete freshwater flow solution for the Africa Mercy. And a team of five colleagues contributed our personal time, know-how, and hands-on support during the installation on site, working alongside partners and the ship’s crew to ensure a reliable and hygienic system suited for medical operations,” says Roberto Chiesa, Head of Business Development Marine at GF.

Supporting safe medical operations at sea

For Mercy Ships, the upgrade represents a critical improvement in operational reliability. “The older piping started to experience significant fouling over time,” says Lachlan Davit, Technical Support Officer Marine Operations at Mercy Ships. “Because we are a hospital ship, we operate to a much higher standard. Ensuring consistently clean water is essential for our patients, our crew, and our medical equipment.” By enabling a robust and hygienic potable water system, the project helps ensure that Africa Mercy can continue delivering life-changing medical care in regions where access to healthcare remains limited. At the same time, it highlights the potential of polymer piping systems as a reliable and efficient alternative for marine applications, particularly in retrofit projects and hygiene-critical environments.

Find out more about GF’s marine Flow Solutions.

Meet our team at Seatrade Cruise Global, 13-16 April, Miami Beach, USA, booth 1377.

Downloads:

• Media Release: Engineered for impact: polymer piping retrofit supports safe potable water on board hospital vessel Africa Mercy (PDF/ 430 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20260423-en-engineered-for-impact.pdf
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Contacts:

With a rich history in industrial innovation since 1802, GF is reshaping the future of Flow Solutions by delivering Excellence in Flow through mission-critical products and solutions that enable the safe and sustainable transport of water and other fluids for Buildings, Industry and Infrastructure. Headquartered in Switzerland, GF employs around 13’300 professionals across 46 countries. In 2025, GF’s Flow Solutions business generated sales of CHF 3 billion. GF is listed on the SIX Swiss Exchange.

25/03/2026 - 12:00

As artificial intelligence drives unprecedented computing power, data centers face a growing challenge: removing massive amounts of heat efficiently and sustainably. This pushes operators to use the high thermal capacity of liquids and adopt direct liquid cooling (DLC) to handle rising rack densities and energy demands.

A new white paper from GF for data center designers, contractors, manufacturers, integrators and operators explores a critical factor in these advanced cooling architectures: the piping system that transports the coolant. “The role of polymer piping in direct liquid cooling” explains the importance of coolant purity and corrosion resistance, sustained hydraulic performance, infrared welding for mission-critical reliability and sustainability considerations: in short why the choice of piping material is becoming a strategic design decision for next-generation data centers.

Cooling infrastructure under pressure

Liquid cooling is rapidly gaining momentum because liquids can transfer heat far more effectively than air. In fact, water has a thermal capacity roughly 3,500 times greater than air, enabling reliable cooling for rack densities exceeding 100 kW.

However, the efficiency of a DLC system depends not only on cold plates and Coolant Distribution Units, but also on the infrastructure transporting the coolant.  The piping system directly influences:

• coolant purity and contamination risks
• hydraulic performance and pressure loss
• system reliability and leak prevention
• installation time and operational sustainability

Cold plate microchannels are incredibly small and sensitive, maintaining high coolant purity is essential. Microscopic particles can clog these channels and compromise cooling performance, or worse, damage chips or cause downtime.

Why polymers are gaining ground

The paper examines the evolution of piping materials in data centers, from copper to stainless steel and now increasingly to high-performance polymers. Unlike metal piping, polymer systems offer inherent corrosion resistance, preventing the release of particles into the coolant loop over time. Their exceptionally smooth internal surfaces also reduce friction losses and minimize biofilm formation, helping maintain stable hydraulic performance throughout the system’s lifetime.

Cleaner welding, faster commissioning

Connections are critical points in piping systems. The study therefore looks closely at infrared (IR) welding technology, a non-contact process used to create highly reliable polymer joints. Infrared welding enables homogeneous molecular bonding without filler materials or welding gases, eliminating contamination risks inside the piping loop. According to GF’s data from millions of welds performed annually, the technology achieves extremely high reliability with automated process control and digital traceability. Another advantage: polymer systems typically require significantly less flushing during commissioning compared with metal pipework, helping accelerate project timelines.

Sustainability benefits beyond the cooling loop

With energy consumption and carbon emissions under increasing scrutiny, the material choice for data center infrastructure also affects environmental performance. The white paper notes that polymer piping can significantly reduce embodied carbon compared to stainless steel systems while also lowering system weight. Lightweight piping simplifies logistics, enables larger prefabricated modules, and can shorten installation time on site. Lower thermal conductivity is another advantage, helping keep heat inside the cooling loop where it can potentially be recovered and reused, for example in district heating networks.

From theory to implementation

Beyond material science, the paper also examines how system design, pre-fabrication, and engineering services contribute to reliable DLC deployment. With more than three decades of experience in mission-critical piping environments such as microelectronics manufacturing, GF applies the same principles of purity, reliability, and process control to data center cooling infrastructure.

Download the full document

For data center designers, operators, and engineering partners evaluating the next generation of cooling technologies, the white paper provides a detailed look at the material, engineering, and sustainability considerations behind modern DLC systems.

Download the full white paper: The role of polymer piping in direct liquid cooling.

Downloads:

• AI Data Centers: Why polymer piping matters in direct liquid cooling (PDF/ 333 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20260325-en-media-release-ai-data-centers-why-polymer-piping-matters-in-direct-liquid-cooling.pdf
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Links:

• AI data centers are redefining cooling infrastructure
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Contacts:

With a rich history in industrial innovation since 1802, GF is reshaping the future of Flow Solutions by delivering Excellence in Flow through mission-critical products and solutions that enable the safe and sustainable transport of water and other fluids for Buildings, Industry and Infrastructure. Headquartered in Switzerland, GF employs around 13’300 professionals across 46 countries. In 2025, GF’s Flow Solutions business generated sales of CHF 3 billion. GF is listed on the SIX Swiss Exchange.

26/02/2026 - 08:00

As data center operators push rack densities higher and accelerate the adoption of direct liquid cooling (DLC), the demands on cooling infrastructure are fundamentally changing. Unlike traditional air-based systems, DLC allows data centers to operate higher coolant temperatures, significantly improving overall energy efficiency by reducing chiller workload and enabling more effective heat rejection.  The International Energy Agency and the World Economic Forum emphasize that cooling systems, power, water, materials, and workload management must all be addressed holistically to improve sustainability1. In response, GF and Rittal have collaborated to deliver a fully integrated cooling solution for NETMOUNTAINS' new co-location data center in Velbert, Germany.

With more than 30 years of experience in Facility Water Systems (FWS) and room cooling (HVAC), GF supplied the entire polymer-based cooling loop in this project – from the chiller and dry-cooler all the way to the rack and chip – covering the FWS, Technology Cooling System (TCS), and HVAC. Rittal acts as the complete solution provider for IT infrastructure and cooling equipment, integrating the complete cooling ecosystem, while GF delivers design, engineering, pre-fabrication, and all polymer components for the piping system, including the peripherals.

Full-scope cooling, designed for expansion

NETMOUNTAINS’ latest data center is designed for maximum project flexibility, offering seamless, multi-megawatt scalability to grow alongside customer requirements. The cooling infrastructure is engineered for these future demands, supporting rack densities of 66 kW, flow rates of approximately 1.2 l/s per server, and operating temperatures of 45/55°C in the TCS and 45/35°C in the FWS. “Our role is to bring all elements of the cooling ecosystem together into one reliable, integrated solution,” explains Felix Kremelic, IT Projects Lead at Rittal. “By combining our IT infrastructure and cooling expertise with GF’s engineered polymer Flow Solutions, we were able to deliver a scalable, high-performance system that meets today’s requirements and is ready for tomorrow’s workloads.” Rittal, international provider of hardware, automation, and software, has developed a novel cooling solution and NETMOUNTAINS is one of the first to make this technology available to its customers for practical use. The cooling distribution unit delivers a cooling output of over one megawatt in compact rack format. Through its modular construction, it can be more easily integrated into data centers in practical operations. 

GF supplied Flow Solutions for: 

• FWS: ecoFIT PE100 piping from dry-cooler to CDU
• TCS: LiquidCore engineered Flow Solution, including the PROGF PP-H distribution system from CDU into the white space, in-rack manifolds, and Quick Connect Valve 700.
• HVAC: COOL-FIT pre-insulated piping system

All systems were engineered, pre-fabricated, and quality-checked by GF to ensure fast installation on site and leak-free operation.

Why polymers matter in modern data centers

As DLC gains wider adoption, polymers are increasingly replacing metal in mission-critical cooling loops. Unlike metal piping, engineered thermoplastics are inherently corrosion-free and do not release particles into the coolant, helping maintain coolant purity and significantly reducing system rinsing. In addition, polymer systems offer lower weight, high chemical resistance, and lower thermal conductivity, supporting stable and efficient cooling performance. Welded polymer connections further ensure long-term leak tightness and reliable operation, making them well suited for modern CDUs and high-performance computing (HPC) environments.

“Increasing rack densities and the wider adoption of direct-to-chip liquid cooling are fundamentally changing the requirements for data center cooling infrastructure,” says Ergin Sarac, Data Center Specialist at GF. “Instead of isolated systems, operators need fully integrated cooling loops. This project shows how combining IT infrastructure, cooling technology, and polymer Flow Solutions reduces complexity, accelerates installation, and improves long-term operational stability,” explains Ergin Sarac. 

“For us as an operator, reliability and scalability were key,” says Stephan Reugels, Co-Founder and CEO, NETMOUNTAINS. “The integrated cooling concept and the use of GF’s engineered piping systems give us confidence that the infrastructure will perform consistently as rack densities increase and the data center expands over time.”

The German project demonstrates how engineered polymer Flow Solutions are not only viable but essential for scalable, high-density data center cooling.

Experience you can build on

With decades of experience in mission-critical environments – from semiconductor manufacturing to industrial process cooling and data centers – GF brings global expertise, standardized processes, and local project support. Combined with Rittal’s leadership in IT infrastructure and cooling integration, the cooperation offers data center planners and operators a single, reliable path from concept to operation.

Find out more on this data center case study and our Flow Solutions.

Meet GF at Data Centre World London, stand E70, from 4-5 March to learn how full-scope polymer cooling solutions can future-proof your next data center project.

Downloads:

• Media Release: From chiller to chip: GF and Rittal deliver full-scope polymer cooling infrastructure for next-generation data centers (PDF/ 534 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20260226-en-media-release-from-chiller-to-chip-gf-and-rittal-deliver-full-scope-polymer-cooling-infrastructure.pdf
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Links:

• Data Centers
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Contacts:

With a rich history in industrial innovation since 1802, GF is reshaping the future of Flow Solutions by delivering Excellence in Flow through mission-critical products and solutions that enable the safe and sustainable transport of water and other fluids for Buildings, Industry and Infrastructure. Headquartered in Switzerland, GF employs around 13’300 professionals across 46 countries. In 2025, GF’s Flow Solutions business generated sales of CHF 3 billion. GF is listed on the SIX Swiss Exchange.

25/02/2026 - 05:30

This is an ad hoc announcement pursuant to Article 53 of the Listing Rules (LR) of the SIX Exchange Regulation AG.

The Annual Report 2025 and the presentation of the financial year 2025 are available on GF’s website www.georgfischer.com/annual-report.

The 2025 results briefing for analysts and journalists will be held on 25 February 2026 at 10:00 a.m. CET. Please use the following link to join the live webcast.

• GF’s Flow Solutions business generated sales of CHF 2’999 (3’051) million, organically +0.6%
• GF’s Flow Solutions business achieved a comparable operating result (EBIT) of CHF 299 (349) million, with a comparable EBIT margin of 10.0% (11.4%). Reported EBIT at CHF 266 (309) million and reported EBIT margin of 8.9% (10.1%)
• GF Group reached sales of CHF 4’110 (4’776) million and a reported EBIT of CHF 326 (389) million. Reported EBIT margin of 7.9% (8.1%)
• The Board of Directors proposes an unchanged dividend of CHF 1.35 (1.35) per share for 2025
• Foundation set for profitable growth: For 2026, GF expects organic growth in the low single digits, a comparable EBIT margin of 10.5–12.5% and a comparable EBITDA margin of 14–16% 

GF transformed into a pure-play Flow Solutions company

• Divestment of GF Machining Solutions on 30 June 2025
• Acquisition of leading metal valve manufacturer VAG-Group finalized on 30 September 2025
• Divestment of iron foundry in Leipzig (Germany) at year-end 2025
• Divestment of the automotive business of GF Casting Solutions closed on 12 February 2026, after the reporting period
• Focus on Flow Solutions for Buildings, Industry and Infrastructure

(Figures in brackets, unless otherwise stated, refer to the same period in the previous year. 2024 figures have been restated to reflect organizational changes and thereby be comparable with 2025 figures: Building Technology was transferred from GF Industry and Infrastructure Flow Solutions (formerly GF Piping Systems) to GF Building Flow Solutions, while Uponor Infrastructure was moved from GF Building Flow Solutions to GF Industry and Infrastructure Flow Solutions.)

Andreas Müller, CEO GF, says: “GF has completed the most significant transformation in its corporate history, becoming a pure-play Flow Solutions company. We have been sharpening our strategic focus to support growth across Buildings, Industry and Infrastructure markets. Our performance was solid in light of the challenging macro and geopolitical headwinds, but only partially met our expectations. The Infrastructure business remained strong globally, however, construction markets stayed soft and demand in various key industrial segments, such as semiconductors and chemical processing, was subdued. All energies are now geared towards executing our Strategy 2030. I wish to thank our employees, who have laid a strong foundation for the next phase of our ambition.”

Transformation to become a pure-play Flow Solutions company completed

In 2025, GF successfully completed the key steps in its transformation to become a pure-play Flow Solutions company. The divestment of GF Machining Solutions to the Swiss-based United Grinding Group was closed on 30 June 2025. Annual sales carved out from GF amounted to CHF 885 million in 2024, and around 3’300 employees and production sites in eight locations across Europe, Asia and the US transferred to the buyer as part of the transaction.

On 30 September 2025, GF successfully closed its acquisition of VAG-Group, a leading manufacturer of metal valves for water utilities headquartered in Mannheim (Germany). With annual sales of approximately EUR 200 million (around CHF 190 million) and a workforce of about 1’000 employees, VAG-Group brings mission-critical metal valve technology that strengthens GF’s Flow Solutions portfolio and reinforces its position as a one-stop partner for urban water infrastructure solutions. The acquisition also broadens the company’s reach in key markets, particularly Europe, Americas and the Middle East.

At year-end 2025, GF also closed the divestment of the GF Casting Solutions’ iron foundry in Leipzig (Germany) to Linamar Corp., a leading global manufacturer of advanced mobility and industrial solutions. Annual sales amounted to CHF 93 million in 2025, and 300 employees were transferred to Linamar.

The divestment of GF Casting Solutions’ automotive business to Mexico-based Nemak S.A.B. de C.V. was completed after the reporting period on 12 February 2026. Annual sales carved out from GF amounted to CHF 517 million in 2025, and around 2’500 employees and nine production sites across Europe, China and the US were transferred to Nemak. Our transformation journey is now largely completed. What remains is the divestment of the successful aerospace and industrial gas turbine operations, including its three sites in Novazzano and Stabio (both in Switzerland), and Arad (Romania). This divestment process is ongoing.

GF thanks all employees of GF Machining Solutions and GF Casting Solutions for their valuable contributions to the company and wishes them every success in the next chapter of their journey.

Solid performance for GF’s Flow Solutions business despite headwinds

Throughout the year, GF’s Flow Solutions business proved resilient despite persistently difficult market conditions shaped by geopolitical tensions, a strong Swiss franc and weak construction markets.

GF’s Flow Solutions business generated sales of CHF 2’999 (3’051) million in 2025. Organically, sales were slightly above the previous year’s level.

In the Buildings business, sales in North America remained solid despite declining construction markets. In Europe, sales were affected by soft construction markets, with signs of recovery emerging toward year-end. In the Industry business, sales were impacted by delayed semiconductor-related projects and subdued demand in several key segments, including chemical processing. Sales were supported, however, by a solid global performance in the Infrastructure business. Currency effects negatively affected sales by CHF 124 million.

GF’s Flow Solutions businesses’ comparable operating result (EBIT) excluding items affecting comparability reached CHF 299 (349) million, with a comparable EBIT margin of 10.0% (11.4%). The margin decline was partly caused by a softness in the industrial business, especially in Europe, combined with growth in relatively lower-margin infrastructure segments, as well as by the tariffs imposed by the US. In addition, currency effects negatively impacted EBIT by CHF 25 million. Considering items affecting comparability of CHF 33 million, the reported operating result (EBIT) stood at CHF 266 (309) million, with an EBIT margin of 8.9% (10.1%). The comparable operating result before depreciation and amortization (EBITDA) reached CHF 403 (456) million, with a comparable EBITDA margin of 13.4% (15.0%). Reported EBITDA reached CHF 371 (420) million, with a reported EBITDA margin of 12.4% (13.8%).

The integration of Uponor and the associated value creation program continued to enhance GF’s efficiency and customer reach. The Flow Solutions organization was further streamlined, including the production footprint. Commercial synergies and scale effects are materializing, with annual synergies of CHF 40–50 million expected by 2027 and CHF 29 million in additional EBIT realized by the end of 2025.

GF successfully achieved the majority of the targets set out in its 2025 Sustainability Framework, reinforcing sustainability as a core pillar of the Group’s strategy. GF’s Flow Solutions business continued to expand its portfolio of products with social and environmental benefits, reduced Scope 1 and 2 CO₂e emissions, and further lowered unrecycled waste. GF expanded its carbon-neutral operations to the production sites in Sissach and Seewis (both in Switzerland), increasing the total number of carbon-neutral sites to 12. The Group’s sustainability performance was once more recognized externally, with the global rating agency CDP awarding GF an “A” score for transparency and climate action. Safety performance also improved further in 2025.

At the end of 2025, GF employed 13’270 (12’148) people in its Flow Solutions business, with the increase coming mainly from the acquisition of VAG-Group.

GF Industry and Infrastructure Flow Solutions (formerly GF Piping Systems)

GF Industry and Infrastructure Flow Solutions sales amounted to CHF 1’955 (1’947) million in 2025. Organically, sales increased by 1.9%. Sales were supported by strong momentum in the infrastructure sector in Europe, along with solid demand in the industrial sector in the US, the Middle East and Northeast Asia. Tariff-induced uncertainties caused hesitation among industrial customers, delaying investment decisions. While semiconductor-related sales were at a lower level due to fewer active projects, the project pipeline remains healthy. In contrast, demand for data center cooling solutions strongly increased in 2025.

The division’s comparable EBIT stood at CHF 212 (258) million, resulting in a comparable EBIT margin of 10.9% (13.2%). Reported EBIT was CHF 199 (244) million, with an EBIT margin of 10.2% (12.5%). Currency movements had a negative impact of CHF 19 million on the division’s EBIT. Profitability was adversely affected by an unfavorable product mix as well as the US tariffs. These effects were partly mitigated through cost-saving measures and continued progress in the value creation program.

The integration of the acquired VAG-Group progressed well, and the complementary acquired technologies further accelerated innovation. A prime example is the plug-and-play Flowise DMA (District Metering Areas) chambers, integrating GF, Uponor and VAG technologies with the latest generation of NeoFlow pressure control valves to support efficient and future-ready water network management.

Operational excellence initiatives progressed in 2025 through site modernizations and by bringing innovations closer to customers with new customer experience centers in China and the US. GF upgraded its site in Seewis with the most advanced automated ball valve assembly line, expanding capacity and efficiency for high-tech polymer valves. In parallel, GF Central Plastics opened a new 15’000 m² manufacturing campus for gas applications in Oklahoma, strengthening operational efficiency and GF’s leading market position in the US. 

GF Building Flow Solutions

GF Building Flow Solutions achieved sales of CHF 1’114 (1’189) million in 2025. Organically, sales decreased by 2.7%. Excluding the discontinued product lines resulting from the closure of two plants, sales declined 1.8%. Construction markets remained soft in Europe and slowed down in the US toward year-end. In North America, organic sales were flat despite declining new construction activity, persistently high mortgage rates and ongoing tariff uncertainty. In Europe, sales were affected by a mixed demand across construction markets, with signs of recovery emerging toward year-end.

Excluding items affecting comparability, comparable EBIT amounted to CHF 97 (104) million, with a comparable EBIT margin of 8.7% (8.7%). Reported EBIT was CHF 79 (79) million, with an EBIT margin of 7.1% (6.6%). Currency movements had a negative impact of CHF 6 million on the division’s EBIT. Operating margin development was supported by cost-saving initiatives and the value creation program.

Integration activities continued: portfolio complexity was further reduced, while procurement synergies continued to advance and customer and channel synergies were strengthened in line with “Maximizing the Core”. The production and organizational footprint were optimized, including through the consolidation of PEX and composite pipe manufacturing. GF strengthened its presence in the fast-growing MENAT (Middle East/North Africa/Turkey) region to deliver an unmatched, end-to-end portfolio of integrated Flow Solutions for large-scale projects across Buildings, Industry and Infrastructure. GF also expanded into the US renovation segment through a partnership with Home Depot, marking an important step in reaching professional contractors nationwide. Product synergies enabled entry into new customer segments, including combining Uponor AquaPEX with GF’s ChlorFIT® to deliver complete domestic water solutions for commercial buildings in North America. In 2025, GF successfully launched the Uponor S-Press portfolio in Switzerland to address the growing indoor heating and cooling market.

GF Casting Solutions (divestment completed after the reporting period)

On 29 July 2025, GF signed an agreement to divest the automotive business of GF Casting Solutions to Mexico-based Nemak S.A.B. de C.V. The transaction closed successfully after the reporting period on 12 February 2026. At year-end 2025, GF also closed the divestment of the iron foundry in Leipzig (Germany) to Linamar Corp., whereas the divestment process for the aerospace and industrial gas turbine operations, including its three sites in Novazzano, Stabio (both in Switzerland), and Arad (Romania), is ongoing. Following the agreement to sell the division, GF recognized in its annual results impairment charges and additional value adjustments amounting in total to CHF 166 million. For more information, please refer to the last chapter in this release.

GF Casting Solutions’ sales amounted to CHF 752 (841) million in 2025. Comparable EBIT stood at CHF 27 (56) million, resulting in a comparable EBIT margin of 3.6% (6.7%). Reported EBIT was CHF –52 (42) million, with a reported EBIT margin of –6.9% (5.0%).

GF Machining Solutions (divested on 30 June 2025)

The divestment of GF Machining Solutions to the Swiss-based United Grinding Group was closed on 30 June 2025. The agreed purchase price on a cash and debt-free basis was CHF 630 million. The transaction resulted in a significant one-time book gain of CHF 143 million, and the related cash flow was used to repay acquisition-related bank debt and thereby further strengthen the GF Group’s balance sheet.

GF Machining Solutions’ sales reached CHF 360 (392) million for the period up to the deconsolidation of the activities per mid-2025. Comparable EBIT was CHF –6 (2) million, with a comparable EBIT margin of –1.6% (0.5%). Reported EBIT was CHF –10 (–0) million, with an EBIT margin of –2.9%
(–0.1%).

Consolidated financial results

Group results were significantly impacted by the ongoing transformation, especially the divestment of GF Machining Solutions and GF Casting Solutions. GF Group sales reached CHF 4’110 (4’776) million. Reported EBIT amounted to CHF 326 (389) million.

The following section outlines the multiple effects of the various transactions on sales, EBIT as well as net profit and free cash flow:

• Group sales of CHF 4’110 (4’776) million: the reduction is mainly attributable to the divestment of GF Machining Solutions, the lower topline at GF Casting Solutions as well as significant currency effects.
• EBIT for the Group totalled CHF 326 (389) million: the two main drivers for the decrease are the lower performance of the discontinued businesses and the divestment bookings, including a positive contribution of CHF 143 million from the divestment of GF Machining Solutions and a negative impact of CHF 83 million from the divestment of GF Casting Solutions’ automotive business.

Reported ROIC was 15.0% (17.2%). 

Net profit attributable to shareholders of GF amounted to CHF 103 (214) million and was significantly affected by the revaluation of the net assets of GF Casting Solutions’ automotive business and other non-recurring events.

Free cash flow before acquisitions/divestments reached CHF 21 (184) million, driven by a negative working capital impact and large capital expenditures by GF Casting Solutions in the US, which will be partly repaid by the new owner in 2026. In addition, GF Machining Solutions no longer contributed to free cash flow following its divestment. Including the net cash flows from the divestments and acquisitions, free cash flow reached CHF 412 (112) million in 2025. The increase stems mainly from the divestment of GF Machining Solutions. In May 2025, GF raised a total of CHF 400 million on the Swiss debt capital market at attractive conditions. Future financing costs will decrease significantly following this successful refinancing transaction. Net debt decreased and amounted to CHF 1’684 (1’892) million.

The transformation of GF is largely completed with positive cash flow effects. GF is now focused on Flow Solutions and has full confidence in the future development of this business. The Board of Directors will propose at the next Shareholders’ Meeting an unchanged dividend of CHF 1.35 per share.

At the end of 2025, the GF Group employed 16’332 (19’023) people.

Changes in the Executive Committee

Effective 1 June 2025, Thomas Hary took over as President of GF Industry and Infrastructure Flow Solutions (formerly GF Piping Systems). He succeeded Andreas Müller, who held the role on an interim basis alongside his duties as Group CEO. Thomas Hary joined GF in 2005 and has held leadership roles across several GF divisions. Most recently, he headed the Business Unit Industry/Utility at GF Piping Systems, after serving as divisional CFO from 2019 to 2023.

Strategy 2030 launched: Excellence in Execution

Strategy 2030 focuses on maximizing GF’s core business and growing with new opportunities and innovative solutions to reach leadership positions in the three business areas: In Buildings, by harvesting synergies between GF’s Building Technology business and Uponor in residential and commercial buildings. In Industry, GF’s focus is on market segments such as semiconductors, water treatment, chemical processing and data centers, where a lead is either achieved or possible. In Infrastructure, the combined portfolios of GF, Uponor and VAG provide innovative and complete solutions to utilities and infrastructure customers.

Execution will be key in the coming years. Important innovations were launched in 2025, as evidenced in March at the ISH Fair and at GF’s Capital Markets Day in November. Cost reductions, especially the adaptation of corporate structures and production footprint, have been implemented in the last two years and will support next years’ performance.

By 2030, GF targets sales of CHF 4.2–4.5 billion including acquisitions, with expected organic growth of 4–6% CAGR. The company aims to achieve an EBITDA margin of 16–18%, an EBIT margin of
13–15%, a free cash flow to EBITDA conversion above 50% and a return on invested capital (ROIC) of 21–26%. With an estimated capital deployment capacity of CHF 1.8–2.0 billion over 2025–2030, GF will maintain a strong focus on growth investments, while aiming to reduce its net debt-to-EBITDA ratio to around 2.0x and continuing to distribute an attractive dividend to its shareholders.

2026 outlook

GF started 2026 with a streamlined corporate organization and a lower cost structure. In response to weaker market conditions in the construction sector and in other key industrial market segments, GF has initiated additional targeted countermeasures to safeguard operating performance. These include a recently launched Fit for Growth program to increase efficiency and to reduce the cost base in excess of CHF 40 million, effective 2026.

The recovery in the construction market as well as in the semiconductor business segments is forecast to accelerate in the second half of 2026. For full-year 2026, the GF Group expects organic growth in the low single digits and profitability before items affecting comparability in the range of 10.5–12.5% for the EBIT margin and 14–16% for the EBITDA margin.

Significant events after the reporting period

With the fulfilment of all required regulatory approvals and other closing conditions, the divestment of GF Casting Solutions’ automotive business to Mexican-based Nemak S.A.B. de C.V was successfully completed on 12 February 2026. The divestment included all automotive activities of GF Casting Solutions, which generated CHF 517 million in sales in 2025.

The transaction enterprise value amounts to USD 336 million, of which USD 216 million was paid at closing. The remaining amount consists of instalments totalling USD 188 million over a five-year period until early 2031 and the assumption of potential operating and financial liabilities by Nemak. The future payments are not subject to any business performance-related conditions. Certain purchase price adjustments may be applied on the final closing accounts.

Following the agreement with Nemak to sell the division, GF shows in its 2025 annual results impairment charges on property, plant and equipment, intangible assets and value adjustments on non-current loans previously attributable to the divested automotive business in the total amount of CHF 166 million.

In 2026, the division will be deconsolidated with an expected negative impact on the operating profit of CHF 180 million. The vast majority of this negative impact arises on non-cash items such as the recycling of cumulative translation adjustments (CTA) and goodwill. The consolidated equity will not be impacted by these effects.

The cash proceeds from the divestment will be used in line with GF’s capital allocation framework to further reduce outstanding net debt. 
 

Financial calendar

• 15 April 2026: Annual Shareholders’ Meeting in Schaffhausen (Switzerland)
• 17 July 2026: Mid-year 2026 results
   

For further information please contact

Beat Römer, Chief Communications Officer
+41 (0) 79 290 04 00, media@georgfischer.com

Anna Engvall, Head of Investor Relations
+41 (0) 76 795 6871, ir@georgfischer.com

Photos of the Analyst and Media Conference will be available in the GF image database on 25 February 2026 from 2:00 p.m.
 

Forward-looking statements

This media release includes forward-looking information and statements as well as other statements concerning the outlook for our business. These statements are based on current expectations, estimates and projections about factors that may affect GF’s future performance, including global economic conditions and the economic conditions of the regions and industries that are major markets for GF. These expectations, estimates and projections are generally identifiable by statements containing words such as “anticipates,” “expects,” “estimates,” “intends,” “plans,” “targets,” “guidance,” or similar expressions. However, there are many risks and uncertainties, many of which are beyond GF’s control, that could cause actual results to differ materially from the forward-looking information and statements made in this press release and which could affect our ability to achieve any or all of GF’s stated targets. These include, among others, business risks associated with the volatile global economic environment and political conditions, market acceptance of new products and services, changes in government regulations and currency exchange rates. Although GF believes that its expectations reflected in any such forward-looking statement are based upon reasonable assumptions, it can give no assurance that those expectations will be achieved.

Alternative performance measures

GF uses certain key figures to measure its performance that are not defined by Swiss GAAP FER. As a result, their comparability with similar figures presented by other companies may be limited. Additional information on these key figures can be found at Alternative Performance Measures.

Downloads:

• Ad hoc announcement: GF Annual Report 2025 (PDF/ 638 KB)
  https://www.gfps.com/content/dam/gfcorp/documents/newsroom/media-releases/annual-report-2025/20260225-ad-hoc-announcement-annual-report-2025-en.pdf


• Presentation Analyst and Media Conference 2026 (PDF/ 3 MB)
  https://www.gfps.com/content/dam/gfcorp/documents/newsroom/media-releases/annual-report-2025/presentation-analyst-and-media-conference-2026-en.pdf


• Annual Report 2025: Full version (PDF/ 16 MB)
  https://www.gfps.com/content/dam/gfcorp/documents/newsroom/media-releases/annual-report-2025/annual-report-2025-full-version-en.pdf
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Contacts:

With a rich history in industrial innovation since 1802, GF is reshaping the future of Flow Solutions by delivering Excellence in Flow through mission-critical products and solutions that enable the safe and sustainable transport of water and other fluids for Buildings, Industry and Infrastructure. Headquartered in Switzerland, GF employs around 13’300 professionals across 46 countries. In 2025, GF’s Flow Solutions business generated sales of CHF 3 billion. GF is listed on the SIX Swiss Exchange.

09/02/2026 - 14:00

GF has received the German Design Award for the IR-225 M infrared fusion machine, recognizing a design that directly supports installers with faster, safer, and more reliable thermoplastic pipe welding in industrial applications. In addition, GF’s trade fair booth was honored for its unified presentation of Flow Solutions for buildings at ISH 2025.

Building on more than 30 years of experience in infrared fusion technology, GF developed the IR-225 M to further improve welding performance for industrial Flow Solutions. The German Design Award jury highlighted how the versatile machine’s design translates technical excellence into practical benefits for operators and installers, meeting a wide range of application requirements including cleanroom conditions.

Designed for efficiency on site

The IR-225 M combines a compact and robust base frame with a clear, operator-focused layout. Intuitive interfaces with multilingual instructions, optimized accessibility, and a stable mechanical design support safe handling and repeatable results.

Thanks to design improvements based on intensive research and in-depth material knowledge, the IR-225 M enables shorter cooling times while extending the range of weldable materials within the same unique, application-oriented dimension range. This increases productivity on site and reduces overall installation time.

Proven infrared fusion technology for industrial applications

GF’s infrared fusion machines deliver contact-free, high-quality welding of materials such as PVDF, ECTFE, PP-H, PP-n, PE100, and PVC-U. This technology is especially valuable in industries including chemical processing, microelectronics, data centers, and water treatment, where long-lasting, reliable operation is essential.

The machine-controlled fusion process minimizes the risk of welding errors, minimizes preparation effort, and ensures consistent weld quality. Since introducing contact-free infrared fusion technology in 1992, GF has continuously advanced the process, combining technological innovation with practical usability.

Dominik Scherer, Head of Jointing Solutions and GSS & Solution Training at GF, comments:
“Good design is essential when it directly improves daily work on site. With the IR-225 M, design and performance go hand in hand – enabling faster processes, intuitive operation, and reliable welding results for industrial piping systems.”

Immersive visitor experience through a circular booth concept

In addition to the product award, GF also received a German Design Award for its trade fair booth at ISH 2025, built together with M+W Gruppe, Brands and Emotions GmbH, and architect Axel Loritz from imageneering GmbH. This recognition reflects the company’s commitment to customer-centricity in all aspects of its work and its mission to create energy-efficient, affordable buildings with clean and safe drinking water, as well as comfortable spaces. Built with sustainability in mind, the booth concept ensured that displays and materials can be reused repeatedly. Meanwhile, the Digital Twin – the virtual ISH presentation – offers a virtual stand experience and sales training extending the fair. The jury’s statement: “…This strong interplay of architectural clarity and resource-conscious execution impresses at the highest level and sets new standards for sustainable design in temporary spaces.”

Find out more about the IR-225 M infrared fusion machine here.

Find out more about GF’s Flow Solutions for Buildings here.

Downloads:

• Media Release: One GF – two German Design Awards (PDF/ 409 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20260209-en-media-release-one-gf-two-german-design-awards.pdf
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Links:

• IR-225 M Infrared Fusion Machine


• https://www.uponor.com/
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Contacts:

With a rich history in industrial innovation since 1802, GF is actively reshaping itself to become the global leader in Flow Solutions for Buildings, Industry and Infrastructure. GF delivers Excellence in Flow through essential products and solutions that enable the safe and sustainable transport of fluids worldwide. As part of its strategic transformation, GF divested GF Machining Solutions on 30 June 2025 and has signed an agreement to divest its GF Casting Solutions division. Headquartered in Switzerland, GF employs about 15’700 professionals and is present in 46 countries. GF generated sales of CHF 4’776 million in 2024. GF is listed on the SIX Swiss Exchange.

02/02/2026 - 14:00

GF is excited to present its expanded heating and cooling portfolio across its Buildings, Industry, and Infrastructure divisions, bolstering its reputation as a pure play Flow Solutions company at AHR 2026 in Las Vegas, NV from February 2-4 at booth C7925.

As GF continues its transformation into the global leader in Flow Solutions, both company divisions – GF Building Flow Solutions (formerly Uponor) and GF Industry and Infrastructure Flow Solutions (formerly GF Piping Systems) – will unite as "One GF". GF Industry and Infrastructure will highlight its design and prefabricated solutions, as well as advanced cooling solutions for Data Centers with a strong focus on sustainable technologies, especially in support of rapid growth markets.

Data Centers continue to serve as the backbone of the digital economy, and the global expansion of artificial intelligence is driving unprecedented demand for high-performance, energy-efficient infrastructure. As this growth accelerates, the need for sustainable and reliable cooling technologies has never been more critical. Cooling systems represent as much as 40% of total energy consumption in today’s modern hyperscale data centers. In response, GF is committed to supporting the industry with innovative Liquid Cooling solutions engineered to enhance both efficiency and sustainability across mission-critical environments.

As industrial projects grow in scale and complexity, GF delivers reliable, high-quality pre-fabricated solutions designed to help our customers reduce costs and accelerate project completion. From the early steps of design to the assembly, GF engineering and prefabrication capabilities offer ready-to-install solutions that minimize on-site work and accelerate project execution. From pipe racks and modules to skid building, special fittings, pipe spools and assemblies, GF delivers reliable, high-quality pre-fabricated solutions ideal for large-scale industrial facilities including data centers, microelectronics, and chilled water-cooling systems.

Pre-insulated piping systems are emerging as another critical technology in cooling infrastructures across industrial and commercial environments. Engineered to minimize energy loss and enhance long-term performance, GF pre-insulated portfolio includes COOL-FIT^® PE Plus pre-insulated plastic piping systems, as well as comprehensive factory insulation solutions from the GF Urecon brand. Ideal for use in refrigeration installations COOL-FIT^® PE Plus pairs corrosion and maintenance-free plastic components with ex works pre-insulation in a system that is reliable, efficient, safe, lightweight and quick to install. The GF Urecon brand specializes in custom pre-insulated solutions for virtually any type and size of pipe, or applications including hot water and chilled water distribution in the district energy industry, and electric heat tracing to compensate for heat losses.

GF continues to drive innovation in residential and commercial gas and water utilities, delivering sustainable solutions that extend the lifespan of vital infrastructure while minimizing disruptive repairs. From the source to the grid and all the way to the end user, GF Industry and Infrastructure Flow Solutions partners with utilities to protect and preserve these essential resources. Our comprehensive portfolio enables efficient repair, maintenance, and rehabilitation of all types of piping systems. With proven technologies that address bursts and leaks across common pipe materials, GF helps utilities achieve greater cost efficiency, reliability, and sustainable water management.
 

Find out more about GF’s exhibits at AHR.

Downloads:

• Reshaping the future of Flow Solutions at AHR 2026 (PDF/ 611 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20260202-en-media-release-reshaping-the-future-of-flow-solutions-at-ahr-2026.pdf
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Links:

• AHR Expo 2026
<

Contacts:

With a rich history in industrial innovation since 1802, GF is actively reshaping itself to become the global leader in Flow Solutions for Buildings, Industry and Infrastructure. GF delivers Excellence in Flow through essential products and solutions that enable the safe and sustainable transport of fluids worldwide. As part of its strategic transformation, GF divested GF Machining Solutions on 30 June 2025 and has signed an agreement to divest its GF Casting Solutions division. Headquartered in Switzerland, GF employs about 15’700 professionals and is present in 46 countries. GF generated sales of CHF 4’776 million in 2024. GF is listed on the SIX Swiss Exchange.

20/11/2025 - 08:00

GF has completed its acquisition of VAG-Group, Mannheim (Germany), a renowned global manufacturer of metal valves for water and infrastructure applications. Through this acquisition, GF will deliver more integrated, high-performance Flow Solutions — for the benefit of GF’s existing and future industry and infrastructure customers.

Building a more complete offering for customers and partners

By bringing VAG’s strong valve technologies into its portfolio, GF rounds up its portfolio to infrastructure, water utilities, industrial and building technology customers. They can rely on a single-source partner with a strong engineering, manufacturing and service backbone. Key advantages include:

• End-to-end Flow Solutions from one partner
  GF can now offer a complete range of solutions including pipes, fittings, valves, connection systems, stormwater management, and repair technologies. Customers benefit from fewer suppliers, simplified logistics and better system compatibility.
• Stronger technical depth and innovation capacity
  VAG brings decades of expertise in metal valves (gate, butterfly, control, check, air valves) used in critical infrastructure such as water networks, dams, hydrants, desalination and power plants. GF customers gain access to advanced valve solutions and deeper engineering support than ever before.
• Improved reliability, performance, and longevity
  Metal valves are crucial for durable, resilient utility networks. With VAG’s heritage in highreliability valve manufacturing, GF can now offer customers more robust systems with reduced downtime, maintenance costs and leakage risk.
• Faster project execution and local support
  VAG’s existing global footprint across Europe, Americas, Middle East and Asia means improved delivery times, stronger local presence and improved service support.
• Innovation synergies & sustainability
  VAG’s commitment to sustainable innovation aligns with GF’s strategy. The combined R&D capabilities will enable the development of next-generation valve and flow management solutions designed for water loss mitigation, smarter control and lower energy consumption.

GF has closed the transaction and integrated VAG into its Industry & Infrastructure Flow Solutions’ division as of 1 October 2025.

Learn more about GF’s Flow Solutions here.

Downloads:

• GF and VAG Group: Now one team creating more value for customers and partners (PDF/ 1 MB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20251120-en-media-release-acquisition-of-vag-group.pdf
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Links:

• GF Industry and Infrastructure Flow Solutions
<

Contacts:

With a rich history in industrial innovation since 1802, GF is actively reshaping itself to become the global leader in Flow Solutions for Buildings, Industry and Infrastructure. GF delivers Excellence in Flow through essential products and solutions that enable the safe and sustainable transport of fluids worldwide. As part of its strategic transformation, GF divested GF Machining Solutions on 30 June 2025 and has signed an agreement to divest its GF Casting Solutions division. Headquartered in Switzerland, GF employs about 15’700 professionals and is present in 46 countries. GF generated sales of CHF 4’776 million in 2024. GF is listed on the SIX Swiss Exchange.

11/11/2025 - 08:00

As liquid cooling becomes the standard for high-density AI and HPC environments, GF launches a complete, reliable, and scalable polymer piping system for direct-to-chip liquid cooling to deliver stable, clean, and energy-efficient coolant flow between the coolant distribution unit (CDU) and the cold plate. 

Direct-to-chip cooling places strict demands on the fluid handling infrastructure. Consistent flow, coolant purity, and hydraulic stability are critical to maintaining chip temperatures and system uptime. LiquidCore addresses these needs by combining high-performance polymer pipes, fittings, valves, actuation, instrumentation, engineered manifolds, jointing solutions, and precision design and pre-fabrication into one integrated solution.

A complete engineered Flow Solution

• Distribution system: Pre-fabricated high-performance polymer liquid-to-rack piping system for reliable coolant distribution.
• Rack integration: The patented Quick Connect Valve 700 has a 25% better flow rate, is more than 50% lighter than metal alternatives and enables safe and fast rack-integration.
• In-rack manifold: Custom-designed manifolds ensure consistent coolant distribution across every port to maintain thermal stability under high computational loads.
• Valve actuation and instrumentation: Valves, actuation, and measurement solutions support precise flow regulation and system efficiency.

GF’s global engineering and pre-fabrication services provide tailored 3D design, hydraulic and material reviews, reliable infrared jointing, and controlled-environment manufacturing to deliver ready-to-install modules. This combination reduces on-site labor, shortens installation times, and strengthens reliability for mission-critical cooling infrastructure. Weld bead inspection supports consistent joint integrity and long-term operational stability at the core.
 

Driving sustainability and efficiency 

LiquidCore builds on more than 30 years of experience in demanding fluid handling applications for the semiconductor industry. High-purity polymers have long been proven in corrosive and mission-critical environments and are ideal for handling deionized water and coolants such as PG25. Compared with conventional metal systems, GF’s polymer Flow Solution offers:

• 100% corrosion-free operation 
• Up to 80% lower CO₂ footprint* 
• 4× faster installation through pre-fabrication* 
• 30% better thermal insulation*
• Certified Environmental Product Declarations (EPD)  and full traceability across manufacturing and installation help data center operators meet their ESG targets without compromising system performance. 

*compared to metal alternatives

“With LiquidCore, we combine our materials expertise and global design and pre-fabrication footprint to help scale AI computing efficiently and sustainably. By rounding out our polymer offering from chiller to chip, we enable fully integrated Flow Solutions for the entire data center cooling , environment with our novel solution for the data hall” said Charles Freda, Global Head Data Centers at GF Industry & Infrastructure Flow Solutions.

Find more about LiquidCore.

Downloads:

• GF launches LiquidCore Engineered Flow Solution for direct-to-chip liquid cooling (PDF/ 344 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20251111-en-media-release-gf-launches-liquidcore-engineered-flow-solution.pdf
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Links:

• LiquidCore
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Contacts:

With a rich history in industrial innovation since 1802, GF is actively reshaping itself to become the global leader in Flow Solutions for Buildings, Industry and Infrastructure. GF delivers Excellence in Flow through essential products and solutions that enable the safe and sustainable transport of fluids worldwide. As part of its strategic transformation, GF divested GF Machining Solutions on 30 June 2025 and has signed an agreement to divest its GF Casting Solutions division. Headquartered in Switzerland, GF employs about 15’700 professionals and is present in 46 countries. GF generated sales of CHF 4’776 million in 2024. GF is listed on the SIX Swiss Exchange.

05/11/2025 - 08:00

Georg Fischer AG (SIX: GF) is reinforcing its commitment to the Middle East, North Africa, and Türkiye as the region experiences unprecedented growth and economic diversification. At Big 5 Global in Dubai from November 24-27 (Booth 3B151, Hall 3), GF will showcase comprehensive flow solutions across its business areas Buildings, Industry and Infrastructure, demonstrating its enhanced regional strategy and unmatched local footprint.

“The region is pursuing one of the world’s most ambitious development programs, where sustainable water management is key to realizing this vision,” says Michael Rauterkus, Executive Committee member of GF and President of GF Building Flow Solutions. “GF is uniquely positioned to support this progress through its comprehensive solutions portfolio, our local presence including manufacturing, pre-fabrication centers and customer experience facilities, long-standing regional partnerships and dedicated teams who understand the market’s unique challenges.”

“In MENAT, GF helps safeguard every drop of water through high-quality, leak-free flow solutions spanning the complete value chain: from seawater intake and desalination to food processing and storage, distribution networks, pressure management and building systems. This end-to-end capability remains unmatched in the region,” says César Sayegh, General Manager GF MENAT. “Beyond water safety, we deliver innovative solutions that enhance comfort and quality of life while optimizing resource use, from energy-efficient radiant heating and cooling to hygienic installations and the award-winning digital I-Shower system and to cooling solutions for commercial buildings. We are proud to be supporting the region’s economic diversification by providing water infrastructure for emerging industries in leisure, tourism, data centers, food processing and marine sectors”.

GF’s regional footprint, strengthened through GF Corys’ integration, now spans major markets including the UAE, Oman, Türkiye, and Egypt, with expanded Saudi Arabia presence launching in 2026 to support the Kingdom’s Vision 2030 and massive infrastructure investments in megaprojects, plus indirect presence across all countries in the region.

GF supports projects across their entire lifecycle, from design and engineering through supply, installation and upgrades, backed by robust local manufacturing, prefabrication capabilities and regional engineering expertise. This end-to-end capability is further strengthened by integrating Uponor’s solutions for buildings and VAG’s valves and flow control products, creating a broad portfolio of integrated flow solutions across infrastructure, industrial and building applications. Prefabrication and specialized services directly address the region’s skilled labor shortage by shifting complex installation work to controlled factory environments, substantially reducing on-site requirements while ensuring superior quality consistency.

Big 5 Global 2025, Dubai: Visitors will access GF’s executive leadership, engineering specialists and project consultants for strategic discussions and technical demonstrations of technologies deployed on active MENAT projects. The event enables engagement with institutional developers, government authorities, and engineering firms establishing next-generation water-resilient standards. GF will demonstrate prefabricated systems and digital planning tools that visualize complete infrastructure before construction, compressing design-to-commissioning timelines.

Downloads:

• Big 5 Global 2025, Dubai: GF strengthens its presence in the Middle East, North Africa and Turkey (PDF/ 331 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20251105-en-media-release-big-5-dubai.pdf
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Contacts:

With a rich history in industrial innovation since 1802, GF is actively reshaping itself to become the global leader in Flow Solutions for Buildings, Industry and Infrastructure. GF delivers Excellence in Flow through essential products and solutions that enable the safe and sustainable transport of fluids worldwide. As part of its strategic transformation, GF divested GF Machining Solutions on 30 June 2025 and has signed an agreement to divest its GF Casting Solutions division. Headquartered in Switzerland, GF employs about 15’700 professionals and is present in 46 countries. GF generated sales of CHF 4’776 million in 2024. GF is listed on the SIX Swiss Exchange.

14/10/2025 - 08:00

Covering dimensions from DN350 to DN600, the thermoplastic Butterfly Valve 565 Big is the strongest plastic butterfly valve with a short installation length thanks to a PN10 pressure rating. It is designed for durable and cost-effective operation in demanding water applications like desalination and water distribution.

GF’s thermoplastic Butterfly Valve 565 range has established itself as a flexible solution for all water and water treatment applications thanks to Lug-Style and Wafer-Style configurations and a dimension range from DN50 to DN300. It features corrosion-free materials and high temperature and pressure-resistance, making it a lightweight and long-lasting alternative to metal valves. The new Butterfly Valve 565 Big builds on this formula by adding larger dimensions that are particularly suitable for applications like desalination and water distribution.

In terms of construction, the 565 Big shares a number of features with the rest of the range. The valve housing is made of glass fiber reinforced polypropylene, while the disc is made of metal-reinforced polyethylene. As a result, it is up to 20% lighter than metal alternatives. Despite its lightweight construction and short installation length, a PN10 pressure rating makes the 565 Big the strongest thermoplastic butterfly valve with a short installation length on the market.

For a streamlined installation process and more flexibility for customers, GF offers customized valve actuation through its network of Valve Automation Centers. Customers benefit from customized service solutions and the assembly of complete solutions according to their requirements – including third party components. In order to meet current and future operational demands, the 565 Big comes with a standard interface that supports the simple automation and digitalization of installations with optional modules. These include various actuators as well as the Double-Sensor Click-in with LED position feedback, a unique solution on the market that integrates directly into the housing.

Jochen Hamburger, Head of Product Management Valves at GF, comments on the launch: “The 565 is built for the future thanks to corrosion-free materials and digital interfaces that ensure a long-lasting, reliable, and cost-effective operation. With the introduction of the 565 Big we are extending the application scope with the toughest plastic Butterfly Valves on the market. Water distribution and desalination applications will particularly benefit from its durability and high pressure rating while maintaining a short installation length.”

The new addition to GF’s Butterfly Valve line-up was launched in the dimensions DN350 and DN400. The dimensions DN450 to DN600 will follow in the near future.

Find out more about the Butterfly Valve 565 Big by GF

Downloads:

• Built for the bigger picture: GF introduces the Butterfly Valve 565 Big (PDF/ 946 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20251014-en-media-release-built-for-the-bigger-picture.pdf
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Links:

• Butterfly Valve 565
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Contacts:

GF, with a rich history in industrial innovation since 1802, is actively reshaping itself to become the global leader in Flow Solutions for Industry, Infrastructure and Buildings. GF delivers Excellence in Flow through essential products and solutions that enable the safe and sustainable transport of fluids worldwide. As part of its strategic transformation, GF divested GF Machining Solutions on 30 June 2025 and has signed an agreement to divest its GF Casting Solutions division. Headquartered in Switzerland, GF employs about 15’700 professionals and is present in 46 countries. GF generated sales of CHF 4’776 million in 2024. GF is listed on the SIX Swiss Exchange.

07/10/2025 - 08:00

From 21 to 23 October 2025, Swiss flow solutions provider GF will showcase its range of products, planning and customizing services at Hydrogen Technology Expo in Hamburg, Germany. Visitors will be able to experience H2-ready components such as the Butterfly Valve 565 and the weldable, high purity PROGEF Plus PP-H piping system, designed to support the growth of green hydrogen with long-lasting materials and reliable operation.

Thanks to their corrosion-resistance, excellent leach-out values, and flexibility for the transport of ultrapure water, thermoplastics have established themselves as a piping material across the hydrogen value chain. As a global leader in thermoplastic piping systems, GF is therefore committed to advancing the hydrogen industry with low-maintenance, corrosion-free plastic piping systems.

At Hydrogen Technology Expo 2025, visitors will be able to experience GF’s extensive portfolio of H2 solutions. These include PROGEF, a homopolymer polypropylene welded piping system that has been specifically designed to meet purified water requirements. Its highly corrosion-resistant material properties minimize metal ions and organic leaching and may extend the lifespan of electrolysers. In addition to hydrogen production, GF will also focus on hydrogen storage with its Type IV liner components. These and other solutions across the value chain can be explored virtually at the booth with GF’s 3D Hydrogen World.

Visitors will also be able to experience the corrosion-free Butterfly Valve 565, which is now available cleaned for oxygen service to meet the demanding requirements of modern electrolyser systems. The valve comes in double packaging to prevent contamination, while chemically inert lubricants maintain high purity standards without compromising the electrolysis. As a result, the 565 ensures a reliable control of purified water during hydrogen production and contributes to the efficiency, safety, and longevity of electrolyser systems.

Beyond products: tailored engineering for hydrogen success

GF not only delivers components, but also provides comprehensive engineering and customization services, such as retrofitting, or prefabricated solutions to meet the specific needs of hydrogen projects. From joint system design and material selection to digital simulation and on-site training, GF supports customers in creating safe, efficient, and future-proof systems. With decades of application knowledge GF’s experts apply their know-how to accelerate hydrogen innovation and ensure smooth implementation across the entire value chain.

Gregory Fourgeaud, Head of New Energy at GF comments: “To scale green hydrogen efficiently, customers need solutions tailored to their specific requirements. With our engineering expertise and ability to customize thermoplastic systems, we help create safe and reliable infrastructure that meets the highest performance standards. GF is now deeply involved at every stage of hydrogen project development - from collaborating with water treatment companies, EPCs, and OEMs to supporting end-users directly. This holistic approach reflects our commitment to driving innovation and shaping the future of clean energy."

Meet GF at Hydrogen Technology Expo 2025 in Hamburg from 21-23 October in Hall 5B, booth #5H60

Downloads:

• GF brings corrosion-free piping expertise and tailored hydrogen solutions to Hydrogen Technology Expo 2025 (PDF/ 296 KB)
  https://www.gfps.com/content/dam/gfps/com/media-releases/20251007-en-media-release-hydrogen-technology-expo-2025.pdf
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Links:

• Hydrogen Technology Expo 2025
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Contacts:

GF, with a rich history in industrial innovation since 1802, is actively reshaping itself to become the global leader in Flow Solutions for Industry, Infrastructure and Buildings. GF delivers Excellence in Flow through essential products and solutions that enable the safe and sustainable transport of fluids worldwide. As part of its strategic transformation, GF divested GF Machining Solutions on 30 June 2025 and has signed an agreement to divest its GF Casting Solutions division. Headquartered in Switzerland, GF employs about 15’700 professionals and is present in 46 countries. GF generated sales of CHF 4’776 million in 2024. GF is listed on the SIX Swiss Exchange.