5" Globe Valves, or DN125 globe valves, are essential for large-scale industrial applications where high flow capacity and precision are both required. Their size makes them ideal for main pipeline isolation, modulation, and control, especially in high-volume systems. With a proven ability to throttle flow and deliver tight shut-off, these valves are commonly used in steam distribution, district heating, large cooling water systems, and process plants with demanding flow requirements.

Key points on 5" Globe Valves.

Key Features

The 5" size enables efficient handling of large fluid volumes while maintaining precise modulation. Ideal for balancing flow and pressure in expansive systems.

Key Features

The robust seating design ensures tight closure even under high pressure. This protects downstream equipment and prevents unwanted leaks.

Key Features

Constructed from durable materials to resist corrosion, thermal shock, and mechanical wear. Built to perform in extreme environments with minimal maintenance.

Key Features

Can be operated by handwheel or fitted with electric, pneumatic, or hydraulic actuators. This flexibility supports integration into automated process systems.

Key Features

Ideal for controlling steam, gas, or liquids in real-time. The globe valve's linear motion provides accurate flow adjustment under load.

Key Features

Tested for extended use in industrial applications with continuous flow cycles. These valves are engineered for years of dependable service.

Built for larger capacity flow applications, the 5" ARI-Armaturen Globe Valve (DN125) delivers robust performance, accurate flow control, and secure shut-off. Engineered in Germany and trusted worldwide, this valve is perfectly suited for regulating steam, water, thermal oil, or gas in demanding industrial systems. Whether used in large process loops, high-pressure steam networks, or district energy systems, ARI’s 5" globe valve offers dependable operation and durability in even the harshest environments.

Valve Types:	Threaded (Screwed) or Flanged
Materials:	Cast Iron / Nodualr Iron

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SAMSON UK continues its long-standing tradition of engineering excellence with its 5" globe control valves, purpose-built for the precise modulation of flow, pressure, and temperature in large-scale industrial systems. These DN125 control valves are a vital component in critical applications where control accuracy and operational consistency are non-negotiable—such as in steam distribution, gas networks, and industrial fluid processing.

Each valve is designed with advanced control dynamics that ensure smooth, responsive adjustment under fluctuating process conditions, helping maintain system stability and optimise energy efficiency. Their robust construction allows them to perform reliably in high-pressure and high-temperature environments, withstanding thermal stresses and aggressive media without compromising sealing integrity or control precision.

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5" Globe Valves are critical in large industrial systems where precision, flow capacity, and safety are paramount. Their size allows them to handle high volumes of steam, water, or process media while maintaining the ability to modulate and regulate with control. This makes them essential in applications like boiler systems, process heat exchangers, district heating, and chemical dosing lines—where both regulation and isolation are key.

In industries where efficiency and uptime are non-negotiable, 5" globe valves offer the rugged reliability needed to keep systems stable and safe. Their compatibility with actuators and control systems also makes them ideal for automated process environments where real-time adjustments are critical.

You’ll commonly find 5" Globe Valves in high-demand flow control environments such as power plants, refineries, district heating networks, and chemical processing plants. In steam systems, they manage flow distribution to key equipment like turbines and heat exchangers. In HVAC and thermal oil loops, they regulate temperature control across extensive pipelines.

They're also used in marine systems for ballast and cooling operations, and in pharmaceutical and food industries where large-scale, hygienic, and precise flow control is required. Their reliability, capacity, and control precision make them a go-to valve solution for engineers managing complex fluid networks.

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