GF receives OCP Inspired™ recognition for industry-first PVDF in-rack manifold
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
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,
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”
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
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
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
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-
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,
Engineered for reliability and performance, GF Urecon heat tracing is a complete solution - from design to application - that provides crucial protection against freezing in insulated and pre-insulated plastic or metal piping - both above and below ground. Designed for optimal efficiency, Heat Trace is a proven solution for the uninterrupted water and wastewater transport in demanding environments such as mining operations and municipal infrastructure at ambient temperatures below 0°C.Pre-insulated piping systems play an important role across industries and applications as they provide
Shawnee, OK – October 30, 2025 – GF Central Plastics, a leader in advanced plastics and metals solutions for the gas utility industry, is proud to announce the opening of its new 150,000 sq. ft. metals manufacturing facility in Shawnee, Oklahoma. This expansion supports the separation of metals and plastics production, enhances operational efficiency, and positions GF for continued growth in the natural gas sector.
GF Central Plastics currently operates a 500,000 sq. ft. production, manufacturing, and sales facility in Shawnee, where both metals and plastics portfolios have historically
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
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
For almost 40 years, Swiss flow solutions provider GF has been a trusted partner for thermoplastic piping systems in the marine industry, from pipes and fittings to measurement, control, automation, and jointing equipment. GF created the “Design Smarter. Build Better.” webinar series to give designers and engineers an introduction into the planning and installation process of polymers on board. All five episodes are available on-demand starting 1 October 2025.With the maritime industry under increasing pressure to improve efficiency, cut emissions, and extend asset lifetimes, materials are
At its Seewis site, GF manufactures plastic valves and actuators. As part of the modernization, GF has built a fully automated storage system with more than 60’000 slots and installed a new assembly line for ball valves. The facility is now also CO₂-neutral.After two years of construction, GF has completed the modernization of its Seewis site. For more than 50 years, the plant has specialized in the production of high-tech plastic valves and actuators for the reliable transport of water and chemicals in a wide range of industrial and infrastructure applications.
With the new high-bay
As data centers evolve to meet the rising demands of AI and high-performance computing, GF Industry and Infrastructure Flow Solutions, a division of Georg Fischer AG, reinforces its position as a trusted partner for sustainable and energy-efficient cooling solutions through a new collaboration in Japan, providing its pre-insulated COOL-FIT solution for a data center testbed.GF contributes to the development of the “Products Engineering Hub for Data Center Cooling” by NTT FACILITIES, INC., one of Japan’s leading engineering and design firms for mission-critical infrastructure. The new
The Quick Connect Valve 700 is a patented dual ball valve engineered to enhance safety, efficiency, and sustainability in Direct Liquid Cooling (DLC) systems. As the first all-polymer quick connect valve for data center applications, it is 50% lighter and facilitates 25% better flow compared to conventional metal alternatives while offering easy, ergonomic handling.As demand for high-density, high-performance computing grows, DLC is becoming the preferred method for thermal management in next-generation data centers. By transporting coolant directly to the chip, DLC significantly improves
The free online tool provides planners and operators with pressure management insights based on the parameters of their own water networks. With the introduction of the calculator, GF wants to support utilities in their fight against water loss.Pressure management is a versatile tool for water networks – it can prevent leakages and non-revenue water, improve energy efficiency, and increase the service life of piping systems. This is also supported by studies that have shown that a pressure reduction of 25% can lower the risk of leakages by up to 75%[1].
The NeoFlow Sustainabilty & Cost
The Swiss flow solutions provider has extended its range of pressure regulating valves for water distribution. The lightweight and compact NeoFlow Pressure Sustaining Valve is designed to protect upstream networks against insufficient or even negative pressure.While excessive pressure can cause serious damage in water networks, the same is true for insufficient pressure, as backflow and sudden pressure drops can increase contamination risks and cause water hammers. In addition, negative pressure can create a vacuum that may lead to reverse leakages, damage to pipe joints, or even pipe
The IR-225 M impressed the jury with its fast cooling times and unique dimension range. GF will unveil the infrared fusion machine at a virtual launch event on 4 June 2025.The Swiss flow solutions provider received the German Innovation Award in the Excellence in Machines & Engineering category on 13 May in Berlin. The award honors products, projects, and pioneering achievements that sustainably improve life through innovation and progress.
Building on the success of the IR-63 M, GF set out to further improve infrared pipe welds in industrial applications. Thanks to design improvements
