Liquid cooling manifolds are the core flow distribution hub of cabinet cooling, connecting CDUs and cold plates with flow deviation below ±5%, 0.1mL pressured plug-in leakage and 10Bar rated pressure. Tree-branch, annular and stacked-plate topologies adapt to medium, high-reliability and ultra-high-power scenarios, built from 304/316L stainless steel with fluororubber se...
Liquid cooling manifolds are the key flow distribution devices inside server racks, sitting between CDUs and cold plates to deliver coolant evenly—holding deviation within 5% across 16-24 ports per 42U rack. 304 stainless steel and vacuum brazing deliver 10+ years of service, with single/double-row designs for varied rack power. ASUS AI PODs adopt cold/heat separated dua...
Liquid cooling manifolds are the core flow hub of indirect cooling, distributing coolant to cold plates with flow deviation within ±5% (±2% for high-end AI). Three topologies—tree-branch, closed-loop annular and stacked plate—match medium, high-reliability and high-density AI GPU cabinets. CFD simulation and digital twin keep deviation below ±3%, while 316L stainless ste...
Air-liquid CDUs deliver practical liquid cooling without chilled-water piping, transferring heat to ambient air—ideal for edge computing nodes, small data centers and renovation projects. Global Info Research projects the market to reach $1.218 billion by 2031, at 18.3% CAGR. Vertiv, Delta, Envicool and Boyd lead, with the top three holding 54% of market share. While hea...
In the intricate world of fluid control systems—spanning industries from oil and gas and chemical processing to pharmaceuticals and semiconductor manufacturing—maintaining precise pressure is paramount. While most people are familiar with pressure-reducing regulators, which lower a high inlet pressure to a stable lower outlet pressure, their lesser-known counterpart play...
Liquid-liquid CDUs require primary coolant supply, while air-liquid CDUs dissipate heat directly to surrounding air—simpler and better suited for renovation. BOYD has launched a 10U air-liquid CDU delivering up to 32kW cooling capacity with 45°C maximum inlet air temperature and 1.5-inch sanitary clamp interfaces. N+1 redundant power modules, fans and pumps, plus real-ti...
The semiconductor industry stands as a cornerstone of modern technology, powering everything from smartphones to artificial intelligence systems. At the heart of semiconductor manufacturing lies the precise control and delivery of gases, which are essential for various fabrication processes. This is where the Integrated Gas System (IGS) comes into play. An IGS is a sophi...
Ask a supplier for a busbar price and the number is valid for about a day. Most of it is metal, metal is indexed to the London Metal Exchange, and the LME moves every trading session. The drawing stays the same; the quote does not. For panel builders and switchgear engineers, the useful question is therefore not what a busbar costs, but what the bar is made of, how much ...
Rear Door Heat Exchangers (RDHx) capture 80-100% of cabinet heat load, delivering 40-70% higher heat removal efficiency than room air conditioners, with pPUE optimized to 1.05-1.15 and rack loads up to 100kW—without infrastructure reconstruction. Ideal for air-cooled room upgrades, GPU clusters, edge and container deployments, RDHx works alongside rack-mounted air-liquid...
As global data center energy consumption is set to triple, Rear Door Heat Exchangers (RDHx) offer a cost-effective upgrade path for high-density AI workloads. Replacing cabinet rear panels with cooling coils, RDHx captures exhaust heat at the source, transferring it to dry coolers with minimal water use and no server modification. Passive and active configurations suit s...
DSG‑Canusa GmbH, part of the global Mattr group, is one of the world’s leading manufacturers of heat‑shrink tubing and related solutions, serving a wide range of industries with a strong focus on the automotive sector. With more than 200 employees and a large, highly automated manufacturing site in Rheinbach, Germany, DSG‑Canusa continuously invests in production technol...
nVent's Stefan Djuranec promotes Rear Door Heat Exchangers (RDHX) as a cost-effective, low-risk retrofit for AI data centers. Replacing rear panels with liquid cooling coils and a water-glycol medium, RDHX captures exhaust heat, avoiding the long ductwork energy losses of CRAC/CRAH systems. At just 281mm wide with active and passive versions, it supports zero-downtime li...
Vertiv has launched the CoolLoop RDHx chilled water rear door cooling solution, delivering up to 80kW per cabinet. Its microchannel fin exchanger boosts cooling efficiency over 40% and cuts air resistance 30%. Integrated with cold plate cooling, it handles 45-120kW per cabinet at PUE below 1.2. Passive mode serves up to 40kW with zero extra power; active EC fans deliver ...
Liquid cooling has become the core foundation for high-density data centers, delivering over 1000 times the thermal efficiency of air cooling. As the system hub, CDUs come in air-to-liquid form for 5-15kW edge and small facilities, and liquid-to-liquid plate heat exchangers for 15kW+ high-power AI clusters. Cold plate cooling suits most existing upgrades with high safety...
Founded in 2002 and headquartered in Concesio, Italy, ENKI has built its reputation on its ability to design, engineer, and manufacture highly complex medical components. As part of the RI.MOS. Group, the company combines deep technical expertise with strong vertical integration, allowing it to move quickly from concept to production while maintaining strict control over...
An eight-year air conditioning engineer instinctively looked for air outlets in a liquid cooling room—found none. The biggest hurdle for O&M teams is not technical skill but ingrained air-cooling habits. Coolant systems demand cost awareness: glycol testing and replacement cost thousands of dollars, while excessive flow reduces efficiency and raises energy use. Safety ad...
Custom Red Emergency Call Pillar Telephones Deployed Along Spanish Coastline to Enhance Beach Safety and Emergency Response A comprehensive safety enhancement has been completed along a picturesque stretch of the Spanish coastline with the installation of custom-designed red emergency call pillar telephones. These distinctive red circular pillars, strategically position...
Components and tube systems must withstand extreme operating conditions, meet the highest safety requirements and, at the same time, be designed with minimum weight. As a result, manufacturing processes and quality assurance are subject to exceptionally high standards. Weld joints play a particularly important role in this environment. They must provide long-term reliab...
Ultra-high-purity gas delivery is one of the most critical requirements in semiconductor manufacturing. As wafer geometries continue to shrink and advanced processes such as chemical vapor deposition (CVD), atomic layer deposition (ALD), plasma etching, ion implantation, and cleaning become increasingly sophisticated, the gas delivery system must maintain extremely high ...
The skeleton oil seal, also known as rotary shaft lip seal, remains a core sealing component across automotive, hydraulic equipment, engineering machinery and industrial pump sectors. Rising demand for equipment reliability and longer service life drives continuous upgrades of sealing materials, including nitrile rubber, fluororubber and ACM rubber. Manufacturers are opt...
In the precise worlds of laboratory research and semiconductor fabrication, the quality of process gases is non-negotiable. Trace contaminants at the part-per-billion (ppb) or even part-per-trillion (ppt) level can ruin sensitive experiments, degrade analytical instrument performance, or cause catastrophic yield loss in chip manufacturing. While much attention is given t...
In modern industrial processes, efficient and safe distribution of gases and liquids is paramount. One critical component that facilitates this is the Valve Manifold Box, commonly abbreviated as VMB. A VMB is an enclosed assembly that integrates multiple valves into a single manifold system, allowing for the controlled distribution of fluids from a central source to vari...
In the precision-driven worlds of semiconductor fabrication, biotechnology, pharmaceutical production, and advanced scientific research, the control and purity of process fluids are non-negotiable. A single microscopic contaminant or an undocumented interaction between a fluid and its containment system can lead to catastrophic yield loss, compromised drug safety, or inv...
In the intricate world of high-purity industrial and scientific processes—from semiconductor fabrication and pharmaceutical manufacturing to advanced analytical chemistry and fiber optics production—the precise, reliable, and contaminant-free delivery of process gases is non-negotiable. At the heart of these ultra-high-purity (UHP) gas delivery systems lies a critical co...
Gas pressure regulators are essential devices in various industrial, commercial, and residential applications where gaseous fuels or process gases need to be delivered at a consistent and safe pressure. These regulators ensure that high-pressure gas from sources like cylinders, pipelines, or storage tanks is reduced to a lower, usable level for equipment such as burners,...
We live in a world shaped and supported by unseen networks. Beneath our cities, inside our hospitals, across vast industrial plants, and in the depths of the ocean, critical fluids and gases flow silently through a labyrinth of tubes. At the heart of many of these demanding applications lies a material of remarkable resilience: 316 stainless steel tubing. But how does it...
As industrial digital transformation continues to accelerate, industries such as energy, transportation, mining, and industrial parks are placing higher demands on communication stability, coordination, and dispatching efficiency. To meet the needs for rapid communication, efficient command, and multi-terminal collaboration in complex environments, J&R has launched the n...
In the realm of industrial engineering, high-pressure gas control valves play a pivotal role in managing the flow, pressure, and direction of gases under extreme conditions. These specialized valves are designed to handle pressures exceeding 1000 psi, often reaching up to 10,000 psi or more, making them indispensable in sectors such as oil and gas, chemical processing, a...
In fluid control systems, managing pressure is critical for ensuring safety, efficiency, and longevity of equipment. Two commonly used devices in this domain are the pressure regulator and the pressure reducing valve. At first glance, they may seem interchangeable since both aim to control or reduce pressure in pipelines or systems. However, they serve distinct roles bas...
Gas pressure regulators are indispensable components in fluid control systems, ensuring safe, stable, and precise delivery of gases from high-pressure sources to application points. Among the various materials used in their construction, stainless steel stands out for its exceptional durability, corrosion resistance, and reliability in demanding environments. This 1800-w...
In the realm of industrial gas handling, precision and purity are paramount, especially in sectors like semiconductor manufacturing, pharmaceuticals, and analytical laboratories. High flow ultra-high purity (UHP) gas pressure regulators represent a critical component in these systems, ensuring the safe and efficient delivery of gases at controlled pressures while maintai...
Raythink, a subsidiary of Raytron Technology, has partnered with ThermalTech LLP as an authorized distributor in Kazakhstan. The partnership strengthens Raythink’s local presence in the market and establishes a dedicated channel for customers seeking Raythink thermal imaging products and technical support. Raythink | Raytron Industrial Partners with ThermalTech LLP to E...
Vertiv™ CoolChip Fluid Network Rack Manifolds deliver a clean, efficient path between servers and CDUs. Built from 304L stainless steel, these zero-U in-rack manifolds feature drip-free quick connectors, air release and drain valves, plus top/bottom connections for rack- and row-level cooling. Row-based manifolds form the backbone of the Secondary Fluid Network, distribu...
Manifold is the circulation heart of energy-saving liquid cooling, connecting CDUs to cold plates in AI data centers. High-quality manifolds offer corrosion resistance, high strength, single/double-row flexibility and ±0.1mm precision, with laser and manual welding ensuring sealing. As high-density computing accelerates, suppliers including Fuman, CoolIT Systems, Nidec, ...
Intel is uniting the industry to build a mature cold plate liquid cooling ecosystem, with Invic as a core supplier and devices jointly certified. GreenCloud partners with Intel and Luxshare Technology to break heat dissipation limits, launching the Hurricane Water-Free Cold Plate Cooling System. Its self-developed non-conductive coolant, co-developed with Taihang Lubrica...
GreenCloud has signed a strategic cooperation intent with Intel to jointly develop an immersion cooling system based on Intel's next-generation Birch Stream platform for low-carbon data centers. Featuring innovative TANK and CPU heat pipe designs, the solution saves 30% energy versus traditional air cooling and cuts data center PUE. With nearly 100 technical patents, Gre...
